in mcs-dep

mod MCS-EXP is
  inc MCS-CHECK .
  eq Bound = 8 .
  var OCs : Soup{OComp} .
  var P : Pid .
endm

***(
)***

---> Solution 1 (state 1821)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 2 (state 1822)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 3 (state 1823)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 4 (state 1824)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 5 (state 1825)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 6 (state 1826)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 7 (state 1827)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 8 (state 1828)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 9 (state 1829)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 10 (state 1830)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 11 (state 1831)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 12 (state 1832)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 13 (state 1833)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 14 (state 1834)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 15 (state 1835)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 16 (state 1836)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 17 (state 1837)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 18 (state 1838)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 19 (state 1839)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 20 (state 1840)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 21 (state 1841)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 22 (state 1842)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 23 (state 1843)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 24 (state 1844)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 25 (state 1845)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 26 (state 1846)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 27 (state 1847)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 28 (state 1848)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 29 (state 1849)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 30 (state 1850)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 31 (state 1851)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 32 (state 1852)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 33 (state 1853)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 34 (state 1854)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 35 (state 1855)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 36 (state 1856)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 37 (state 1857)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 38 (state 1858)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 39 (state 1859)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 40 (state 1860)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 41 (state 1861)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 42 (state 1862)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 43 (state 1863)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 44 (state 1864)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 45 (state 1865)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 46 (state 1866)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 47 (state 1867)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 48 (state 1868)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 49 (state 1869)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 50 (state 1870)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 51 (state 1871)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 52 (state 1872)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 53 (state 1873)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 54 (state 1874)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 55 (state 1875)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 56 (state 1876)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 57 (state 1877)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 58 (state 1878)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 59 (state 1879)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 60 (state 1880)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 61 (state 1881)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 62 (state 1882)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 63 (state 1883)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 64 (state 1884)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 65 (state 1885)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 66 (state 1886)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 67 (state 1887)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 68 (state 1888)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 69 (state 1889)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 70 (state 1890)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 71 (state 1891)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 72 (state 1892)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 73 (state 1893)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 74 (state 1894)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 75 (state 1895)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 76 (state 1896)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 77 (state 1897)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 78 (state 1898)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 79 (state 1899)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 80 (state 1900)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 81 (state 1901)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 82 (state 1902)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 83 (state 1903)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 84 (state 1904)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 85 (state 1905)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 86 (state 1906)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 87 (state 1907)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 88 (state 1908)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 89 (state 1909)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 90 (state 1910)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 91 (state 1911)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 92 (state 1912)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 93 (state 1913)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 94 (state 1914)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 95 (state 1915)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 96 (state 1916)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 97 (state 1917)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 98 (state 1918)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 99 (state 1919)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 100 (state 1920)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 101 (state 1921)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 102 (state 1922)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 103 (state 1923)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 104 (state 1924)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 105 (state 1925)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 106 (state 1926)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 107 (state 1927)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 108 (state 1928)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 109 (state 1929)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 110 (state 1930)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 111 (state 1931)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 112 (state 1932)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 113 (state 1933)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 114 (state 1934)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 115 (state 1935)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 116 (state 1936)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 117 (state 1937)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 118 (state 1938)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 119 (state 1939)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 120 (state 1940)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 121 (state 1941)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 122 (state 1942)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 123 (state 1943)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 124 (state 1944)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 125 (state 1945)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 126 (state 1946)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 127 (state 1947)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 128 (state 1948)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 129 (state 1949)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 130 (state 1950)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 131 (state 1951)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 132 (state 1952)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 133 (state 1953)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 134 (state 1954)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 135 (state 1955)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 136 (state 1956)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 137 (state 1957)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 138 (state 1958)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 139 (state 1959)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 140 (state 1960)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 141 (state 1961)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 142 (state 1962)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 143 (state 1963)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 144 (state 1964)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 145 (state 1965)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 146 (state 1966)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 147 (state 1967)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 148 (state 1968)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 149 (state 1969)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 150 (state 1970)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 151 (state 1971)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 152 (state 1972)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 153 (state 1973)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 154 (state 1974)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 155 (state 1975)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 156 (state 1976)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 157 (state 1977)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 158 (state 1978)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 159 (state 1979)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 160 (state 1980)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 161 (state 1981)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 162 (state 1982)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 163 (state 1983)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 164 (state 1984)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 165 (state 1985)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 166 (state 1986)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 167 (state 1987)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 168 (state 1988)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 169 (state 1989)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 170 (state 1990)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 171 (state 1991)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 172 (state 1992)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 173 (state 1993)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 174 (state 1994)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 175 (state 1995)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 176 (state 1996)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 177 (state 1997)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 178 (state 1998)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 179 (state 1999)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 180 (state 2000)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 181 (state 2001)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 182 (state 2002)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 183 (state 2003)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 184 (state 2004)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 185 (state 2005)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 186 (state 2006)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 187 (state 2007)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 188 (state 2008)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 189 (state 2009)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 190 (state 2010)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 191 (state 2011)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 192 (state 2012)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 193 (state 2013)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 194 (state 2014)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 195 (state 2015)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 196 (state 2016)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 197 (state 2017)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 198 (state 2018)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 199 (state 2019)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 200 (state 2020)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 201 (state 2021)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 202 (state 2022)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 203 (state 2023)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 204 (state 2024)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 205 (state 2025)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 206 (state 2026)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 207 (state 2027)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 208 (state 2028)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 209 (state 2029)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 210 (state 2030)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 211 (state 2031)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 212 (state 2032)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 213 (state 2033)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 214 (state 2034)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 215 (state 2035)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 216 (state 2036)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 217 (state 2037)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 218 (state 2038)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 219 (state 2039)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 220 (state 2040)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 221 (state 2041)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 222 (state 2042)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 223 (state 2043)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 224 (state 2044)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 225 (state 2045)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 226 (state 2046)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 227 (state 2047)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 228 (state 2048)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 229 (state 2049)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 230 (state 2050)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 231 (state 2051)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 232 (state 2052)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 233 (state 2053)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 234 (state 2054)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 235 (state 2055)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 236 (state 2056)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 237 (state 2057)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 238 (state 2058)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 239 (state 2059)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 240 (state 2060)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 241 (state 2061)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 242 (state 2062)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 243 (state 2063)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 244 (state 2064)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 245 (state 2065)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 246 (state 2066)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 247 (state 2067)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 248 (state 2068)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 249 (state 2069)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 250 (state 2070)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 251 (state 2071)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 252 (state 2072)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 253 (state 2073)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 254 (state 2074)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 255 (state 2075)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 256 (state 2076)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 257 (state 2077)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 258 (state 2078)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 259 (state 2079)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 260 (state 2080)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 261 (state 2081)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 262 (state 2082)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 263 (state 2083)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 264 (state 2084)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 265 (state 2085)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 266 (state 2086)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 267 (state 2087)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 268 (state 2088)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 269 (state 2089)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 270 (state 2090)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 271 (state 2091)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 272 (state 2092)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 273 (state 2093)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 274 (state 2094)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 275 (state 2095)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 276 (state 2096)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 277 (state 2097)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 278 (state 2098)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 279 (state 2099)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 280 (state 2100)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 281 (state 2101)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 282 (state 2102)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 283 (state 2103)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 284 (state 2104)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 285 (state 2105)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 286 (state 2106)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 287 (state 2107)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 288 (state 2108)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 289 (state 2109)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 290 (state 2110)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 291 (state 2111)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 292 (state 2112)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 293 (state 2113)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 294 (state 2114)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 295 (state 2115)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 296 (state 2116)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 297 (state 2117)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 298 (state 2118)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 299 (state 2119)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 300 (state 2120)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 301 (state 2121)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 302 (state 2122)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 303 (state 2123)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 304 (state 2124)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 305 (state 2125)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 306 (state 2126)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 307 (state 2127)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 308 (state 2128)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 309 (state 2129)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 310 (state 2130)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 311 (state 2131)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 312 (state 2132)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 313 (state 2133)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 314 (state 2134)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 315 (state 2135)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 316 (state 2136)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 317 (state 2137)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 318 (state 2138)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 319 (state 2139)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 320 (state 2140)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 321 (state 2141)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 322 (state 2142)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 323 (state 2143)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 324 (state 2144)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 325 (state 2145)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 326 (state 2146)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 327 (state 2147)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 328 (state 2148)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 329 (state 2149)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 330 (state 2150)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 331 (state 2151)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 332 (state 2152)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 333 (state 2153)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 334 (state 2154)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 335 (state 2155)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 336 (state 2156)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 337 (state 2157)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 338 (state 2158)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 339 (state 2159)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 340 (state 2160)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 341 (state 2161)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 342 (state 2162)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 343 (state 2163)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 344 (state 2164)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 345 (state 2165)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 346 (state 2166)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 347 (state 2167)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 348 (state 2168)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 349 (state 2169)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 350 (state 2170)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 351 (state 2171)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 352 (state 2172)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 353 (state 2173)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 354 (state 2174)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 355 (state 2175)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 356 (state 2176)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 357 (state 2177)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 358 (state 2178)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 359 (state 2179)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 360 (state 2180)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 361 (state 2181)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 362 (state 2182)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 363 (state 2183)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 364 (state 2184)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 365 (state 2185)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 366 (state 2186)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 367 (state 2187)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 368 (state 2188)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 369 (state 2189)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 370 (state 2190)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 371 (state 2191)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 372 (state 2192)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 373 (state 2193)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 374 (state 2194)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 375 (state 2195)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 376 (state 2196)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 377 (state 2197)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 378 (state 2198)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 379 (state 2199)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 380 (state 2200)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 381 (state 2201)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 382 (state 2202)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 383 (state 2203)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 384 (state 2204)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 385 (state 2205)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 386 (state 2206)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 387 (state 2207)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 388 (state 2208)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 389 (state 2209)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 390 (state 2210)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 391 (state 2211)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 392 (state 2212)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 393 (state 2213)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 394 (state 2214)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 395 (state 2215)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 396 (state 2216)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 397 (state 2217)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 398 (state 2218)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 399 (state 2219)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 400 (state 2220)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 401 (state 2221)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 402 (state 2222)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 403 (state 2223)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 404 (state 2224)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 405 (state 2225)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 406 (state 2226)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 407 (state 2227)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 408 (state 2228)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 409 (state 2229)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 410 (state 2230)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 411 (state 2231)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 412 (state 2232)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 413 (state 2233)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 414 (state 2234)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 415 (state 2235)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 416 (state 2236)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 417 (state 2237)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 418 (state 2238)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 419 (state 2239)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 420 (state 2240)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 421 (state 2241)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 422 (state 2242)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 423 (state 2243)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 424 (state 2244)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 425 (state 2245)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 426 (state 2246)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 427 (state 2247)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 428 (state 2248)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 429 (state 2249)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 430 (state 2250)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 431 (state 2251)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 432 (state 2252)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 433 (state 2253)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 434 (state 2254)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 435 (state 2255)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 436 (state 2256)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 437 (state 2257)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 438 (state 2258)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 439 (state 2259)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 440 (state 2260)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 441 (state 2261)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 442 (state 2262)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 443 (state 2263)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 444 (state 2264)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 445 (state 2265)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 446 (state 2266)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 447 (state 2267)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 448 (state 2268)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 449 (state 2269)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 450 (state 2270)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 451 (state 2271)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 452 (state 2272)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 453 (state 2273)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 454 (state 2274)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 455 (state 2275)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 456 (state 2276)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 457 (state 2277)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 458 (state 2278)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 459 (state 2279)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 460 (state 2280)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 461 (state 2281)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 462 (state 2282)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 463 (state 2283)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 464 (state 2284)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 465 (state 2285)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 466 (state 2286)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 467 (state 2287)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 468 (state 2288)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 469 (state 2289)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 470 (state 2290)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 471 (state 2291)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 472 (state 2292)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 473 (state 2293)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 474 (state 2294)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 475 (state 2295)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 476 (state 2296)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 477 (state 2297)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 478 (state 2298)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 479 (state 2299)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 480 (state 2300)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 481 (state 2301)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 482 (state 2302)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 483 (state 2303)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 484 (state 2304)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 485 (state 2305)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 486 (state 2306)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 487 (state 2307)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 488 (state 2308)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 489 (state 2309)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 490 (state 2310)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 491 (state 2311)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 492 (state 2312)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 493 (state 2313)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 494 (state 2314)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 495 (state 2315)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 496 (state 2316)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 497 (state 2317)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 498 (state 2318)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 499 (state 2319)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 500 (state 2320)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 501 (state 2321)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 502 (state 2322)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 503 (state 2323)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 504 (state 2324)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 505 (state 2325)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 506 (state 2326)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 507 (state 2327)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 508 (state 2328)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 509 (state 2329)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 510 (state 2330)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 511 (state 2331)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 512 (state 2332)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 513 (state 2333)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 514 (state 2334)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 515 (state 2335)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 516 (state 2336)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 517 (state 2337)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 518 (state 2338)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 519 (state 2339)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 520 (state 2340)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 521 (state 2341)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 522 (state 2342)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 523 (state 2343)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 524 (state 2344)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 525 (state 2345)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 526 (state 2346)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 527 (state 2347)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 528 (state 2348)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 529 (state 2349)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l7) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 530 (state 2350)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    true) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 531 (state 2351)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 532 (state 2352)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 533 (state 2353)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: true) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 534 (state 2354)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 535 (state 2355)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 536 (state 2356)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 537 (state 2357)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 538 (state 2358)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 539 (state 2359)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 540 (state 2360)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 541 (state 2361)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 542 (state 2362)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 543 (state 2363)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 544 (state 2364)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 545 (state 2365)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 546 (state 2366)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 547 (state 2367)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 548 (state 2368)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 549 (state 2369)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 550 (state 2370)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 551 (state 2371)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 552 (state 2372)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 553 (state 2373)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 554 (state 2374)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 555 (state 2375)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 556 (state 2376)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 557 (state 2377)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 558 (state 2378)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 559 (state 2379)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 560 (state 2380)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 561 (state 2381)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 562 (state 2382)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 563 (state 2383)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 564 (state 2384)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 565 (state 2385)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 566 (state 2386)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 567 (state 2387)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 568 (state 2388)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 569 (state 2389)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 570 (state 2390)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 571 (state 2391)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 572 (state 2392)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 573 (state 2393)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 574 (state 2394)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 575 (state 2395)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 576 (state 2396)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 577 (state 2397)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 578 (state 2398)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 579 (state 2399)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 580 (state 2400)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 581 (state 2401)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 582 (state 2402)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 583 (state 2403)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 584 (state 2404)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 585 (state 2405)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 586 (state 2406)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 587 (state 2407)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 588 (state 2408)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 589 (state 2409)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 590 (state 2410)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 591 (state 2411)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 592 (state 2412)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 593 (state 2413)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 594 (state 2414)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 595 (state 2415)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 596 (state 2416)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 597 (state 2417)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 598 (state 2418)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 599 (state 2419)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 600 (state 2420)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 601 (state 2421)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 602 (state 2422)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 603 (state 2423)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 604 (state 2424)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 605 (state 2425)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 606 (state 2426)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 607 (state 2427)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 608 (state 2428)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 609 (state 2429)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 610 (state 2430)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 611 (state 2431)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 612 (state 2432)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 613 (state 2433)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 614 (state 2434)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 615 (state 2435)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 616 (state 2436)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 617 (state 2437)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 618 (state 2438)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 619 (state 2439)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 620 (state 2440)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 621 (state 2441)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 622 (state 2442)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 623 (state 2443)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 624 (state 2444)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 625 (state 2445)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 626 (state 2446)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 627 (state 2447)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 628 (state 2448)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 629 (state 2449)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 630 (state 2450)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 631 (state 2451)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 632 (state 2452)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 633 (state 2453)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 634 (state 2454)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 635 (state 2455)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 636 (state 2456)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 637 (state 2457)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 638 (state 2458)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 639 (state 2459)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 640 (state 2460)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 641 (state 2461)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 642 (state 2462)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 643 (state 2463)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 644 (state 2464)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 645 (state 2465)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 646 (state 2466)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 647 (state 2467)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 648 (state 2468)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 649 (state 2469)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 650 (state 2470)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 651 (state 2471)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 652 (state 2472)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 653 (state 2473)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 654 (state 2474)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 655 (state 2475)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 656 (state 2476)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 657 (state 2477)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 658 (state 2478)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 659 (state 2479)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 660 (state 2480)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 661 (state 2481)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 662 (state 2482)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 663 (state 2483)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 664 (state 2484)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 665 (state 2485)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 666 (state 2486)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 667 (state 2487)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 668 (state 2488)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 669 (state 2489)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 670 (state 2490)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 671 (state 2491)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 672 (state 2492)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 673 (state 2493)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 674 (state 2494)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 675 (state 2495)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 676 (state 2496)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 677 (state 2497)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 678 (state 2498)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 679 (state 2499)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 680 (state 2500)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 681 (state 2501)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 682 (state 2502)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 683 (state 2503)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 684 (state 2504)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 685 (state 2505)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 686 (state 2506)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 687 (state 2507)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 688 (state 2508)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 689 (state 2509)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 690 (state 2510)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 691 (state 2511)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 692 (state 2512)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 693 (state 2513)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 694 (state 2514)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 695 (state 2515)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 696 (state 2516)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 697 (state 2517)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 698 (state 2518)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 699 (state 2519)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 700 (state 2520)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 701 (state 2521)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 702 (state 2522)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 703 (state 2523)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 704 (state 2524)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 705 (state 2525)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 706 (state 2526)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 707 (state 2527)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 708 (state 2528)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 709 (state 2529)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 710 (state 2530)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 711 (state 2531)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 712 (state 2532)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 713 (state 2533)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 714 (state 2534)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 715 (state 2535)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 716 (state 2536)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 717 (state 2537)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 718 (state 2538)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 719 (state 2539)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 720 (state 2540)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 721 (state 2541)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 722 (state 2542)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 723 (state 2543)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 724 (state 2544)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 725 (state 2545)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 726 (state 2546)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 727 (state 2547)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 728 (state 2548)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 729 (state 2549)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 730 (state 2550)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 731 (state 2551)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 732 (state 2552)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 733 (state 2553)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 734 (state 2554)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 735 (state 2555)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 736 (state 2556)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 737 (state 2557)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 738 (state 2558)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 739 (state 2559)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 740 (state 2560)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 741 (state 2561)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 742 (state 2562)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 743 (state 2563)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 744 (state 2564)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 745 (state 2565)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 746 (state 2566)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 747 (state 2567)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 748 (state 2568)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 749 (state 2569)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 750 (state 2570)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 751 (state 2571)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 752 (state 2572)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 753 (state 2573)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 754 (state 2574)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 755 (state 2575)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 756 (state 2576)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 757 (state 2577)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 758 (state 2578)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 759 (state 2579)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 760 (state 2580)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 761 (state 2581)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 762 (state 2582)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 763 (state 2583)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 764 (state 2584)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 765 (state 2585)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 766 (state 2586)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 767 (state 2587)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 768 (state 2588)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 769 (state 2589)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 770 (state 2590)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 771 (state 2591)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 772 (state 2592)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 773 (state 2593)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 774 (state 2594)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 775 (state 2595)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 776 (state 2596)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 777 (state 2597)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 778 (state 2598)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 779 (state 2599)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 780 (state 2600)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 781 (state 2601)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 782 (state 2602)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 783 (state 2603)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 784 (state 2604)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 785 (state 2605)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 786 (state 2606)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 787 (state 2607)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 788 (state 2608)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: true) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 789 (state 2609)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 790 (state 2610)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 791 (state 2611)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: true) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 792 (state 2612)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 793 (state 2613)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 794 (state 2614)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 795 (state 2615)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 796 (state 2616)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 797 (state 2617)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 798 (state 2618)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 799 (state 2619)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 800 (state 2620)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 801 (state 2621)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 802 (state 2622)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 803 (state 2623)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 804 (state 2624)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 805 (state 2625)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 806 (state 2626)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 807 (state 2627)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 808 (state 2628)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 809 (state 2629)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 810 (state 2630)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 811 (state 2631)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 812 (state 2632)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 813 (state 2633)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 814 (state 2634)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 815 (state 2635)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 816 (state 2636)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 817 (state 2637)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 818 (state 2638)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 819 (state 2639)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 820 (state 2640)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 821 (state 2641)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 822 (state 2642)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 823 (state 2643)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 824 (state 2644)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 825 (state 2645)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 826 (state 2646)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 827 (state 2647)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 828 (state 2648)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 829 (state 2649)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 830 (state 2650)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 831 (state 2651)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 832 (state 2652)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 833 (state 2653)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 834 (state 2654)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 835 (state 2655)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 836 (state 2656)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 837 (state 2657)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 838 (state 2658)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 839 (state 2659)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 840 (state 2660)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 841 (state 2661)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 842 (state 2662)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 843 (state 2663)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 844 (state 2664)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 845 (state 2665)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 846 (state 2666)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 847 (state 2667)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 848 (state 2668)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 849 (state 2669)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 850 (state 2670)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 851 (state 2671)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 852 (state 2672)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 853 (state 2673)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 854 (state 2674)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 855 (state 2675)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 856 (state 2676)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 857 (state 2677)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 858 (state 2678)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 859 (state 2679)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 860 (state 2680)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 861 (state 2681)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 862 (state 2682)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 863 (state 2683)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 864 (state 2684)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 865 (state 2685)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 866 (state 2686)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 867 (state 2687)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 868 (state 2688)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 869 (state 2689)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 870 (state 2690)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 871 (state 2691)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 872 (state 2692)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 873 (state 2693)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 874 (state 2694)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 875 (state 2695)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 876 (state 2696)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 877 (state 2697)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 878 (state 2698)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 879 (state 2699)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 880 (state 2700)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 881 (state 2701)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 882 (state 2702)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 883 (state 2703)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 884 (state 2704)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 885 (state 2705)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 886 (state 2706)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 887 (state 2707)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 888 (state 2708)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 889 (state 2709)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 890 (state 2710)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 891 (state 2711)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 892 (state 2712)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 893 (state 2713)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 894 (state 2714)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 895 (state 2715)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 896 (state 2716)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 897 (state 2717)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 898 (state 2718)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 899 (state 2719)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: true) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p1) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 900 (state 2720)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 901 (state 2721)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 902 (state 2722)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: true) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 903 (state 2723)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 904 (state 2724)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 905 (state 2725)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 906 (state 2726)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 907 (state 2727)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 908 (state 2728)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 909 (state 2729)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 910 (state 2730)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 911 (state 2731)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 912 (state 2732)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 913 (state 2733)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 914 (state 2734)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 915 (state 2735)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 916 (state 2736)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 917 (state 2737)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 918 (state 2738)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 919 (state 2739)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 920 (state 2740)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 921 (state 2741)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 922 (state 2742)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 923 (state 2743)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 924 (state 2744)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 925 (state 2745)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 926 (state 2746)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 927 (state 2747)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 928 (state 2748)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 929 (state 2749)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 930 (state 2750)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 931 (state 2751)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 932 (state 2752)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 933 (state 2753)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 934 (state 2754)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 935 (state 2755)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 936 (state 2756)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 937 (state 2757)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 938 (state 2758)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 939 (state 2759)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 940 (state 2760)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 941 (state 2761)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 942 (state 2762)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: true) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 943 (state 2763)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 944 (state 2764)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 945 (state 2765)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 946 (state 2766)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 947 (state 2767)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 948 (state 2768)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 949 (state 2769)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p1) (depth: 0)} ,lofree1) .

---> Solution 950 (state 2770)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 951 (state 2771)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 952 (state 2772)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: true) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 953 (state 2773)


red in MCS-EXP : modelCheck( {glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 954 (state 2774)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 955 (state 2775)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 956 (state 2776)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 957 (state 2777)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: fs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 958 (state 2778)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 959 (state 2779)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 960 (state 2780)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 961 (state 2781)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 962 (state 2782)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 963 (state 2783)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 964 (state 2784)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 965 (state 2785)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 966 (state 2786)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 967 (state 2787)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 968 (state 2788)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 969 (state 2789)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 970 (state 2790)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 971 (state 2791)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 972 (state 2792)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 973 (state 2793)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 974 (state 2794)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 975 (state 2795)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 976 (state 2796)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 977 (state 2797)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 978 (state 2798)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 979 (state 2799)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 980 (state 2800)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 981 (state 2801)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 982 (state 2802)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 983 (state 2803)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 984 (state 2804)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 985 (state 2805)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 986 (state 2806)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 987 (state 2807)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 988 (state 2808)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 989 (state 2809)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 990 (state 2810)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 991 (state 2811)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 992 (state 2812)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 993 (state 2813)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 994 (state 2814)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 995 (state 2815)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 996 (state 2816)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 997 (state 2817)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 998 (state 2818)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 999 (state 2819)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1000 (state 2820)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1001 (state 2821)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1002 (state 2822)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1003 (state 2823)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1004 (state 2824)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1005 (state 2825)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1006 (state 2826)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1007 (state 2827)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1008 (state 2828)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1009 (state 2829)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1010 (state 2830)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1011 (state 2831)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1012 (state 2832)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1013 (state 2833)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1014 (state 2834)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1015 (state 2835)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1016 (state 2836)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1017 (state 2837)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1018 (state 2838)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1019 (state 2839)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1020 (state 2840)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1021 (state 2841)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1022 (state 2842)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1023 (state 2843)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1024 (state 2844)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1025 (state 2845)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1026 (state 2846)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1027 (state 2847)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1028 (state 2848)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1029 (state 2849)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1030 (state 2850)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1031 (state 2851)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1032 (state 2852)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1033 (state 2853)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1034 (state 2854)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1035 (state 2855)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1036 (state 2856)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1037 (state 2857)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1038 (state 2858)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1039 (state 2859)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1040 (state 2860)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1041 (state 2861)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1042 (state 2862)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1043 (state 2863)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1044 (state 2864)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1045 (state 2865)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1046 (state 2866)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1047 (state 2867)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1048 (state 2868)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1049 (state 2869)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1050 (state 2870)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1051 (state 2871)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1052 (state 2872)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1053 (state 2873)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1054 (state 2874)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1055 (state 2875)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1056 (state 2876)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1057 (state 2877)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1058 (state 2878)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1059 (state 2879)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1060 (state 2880)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1061 (state 2881)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1062 (state 2882)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1063 (state 2883)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1064 (state 2884)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1065 (state 2885)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1066 (state 2886)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1067 (state 2887)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1068 (state 2888)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1069 (state 2889)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1070 (state 2890)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1071 (state 2891)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1072 (state 2892)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1073 (state 2893)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1074 (state 2894)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1075 (state 2895)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1076 (state 2896)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1077 (state 2897)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1078 (state 2898)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1079 (state 2899)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1080 (state 2900)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1081 (state 2901)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1082 (state 2902)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1083 (state 2903)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1084 (state 2904)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1085 (state 2905)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1086 (state 2906)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1087 (state 2907)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1088 (state 2908)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1089 (state 2909)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1090 (state 2910)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1091 (state 2911)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1092 (state 2912)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1093 (state 2913)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1094 (state 2914)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1095 (state 2915)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1096 (state 2916)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1097 (state 2917)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1098 (state 2918)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1099 (state 2919)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1100 (state 2920)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1101 (state 2921)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1102 (state 2922)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1103 (state 2923)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1104 (state 2924)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1105 (state 2925)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1106 (state 2926)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1107 (state 2927)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1108 (state 2928)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1109 (state 2929)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1110 (state 2930)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1111 (state 2931)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1112 (state 2932)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1113 (state 2933)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1114 (state 2934)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1115 (state 2935)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1116 (state 2936)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1117 (state 2937)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1118 (state 2938)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1119 (state 2939)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1120 (state 2940)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1121 (state 2941)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1122 (state 2942)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1123 (state 2943)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1124 (state 2944)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1125 (state 2945)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1126 (state 2946)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1127 (state 2947)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1128 (state 2948)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1129 (state 2949)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1130 (state 2950)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1131 (state 2951)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1132 (state 2952)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1133 (state 2953)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1134 (state 2954)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1135 (state 2955)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1136 (state 2956)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1137 (state 2957)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1138 (state 2958)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1139 (state 2959)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1140 (state 2960)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1141 (state 2961)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1142 (state 2962)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1143 (state 2963)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1144 (state 2964)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1145 (state 2965)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1146 (state 2966)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1147 (state 2967)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1148 (state 2968)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1149 (state 2969)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1150 (state 2970)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1151 (state 2971)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1152 (state 2972)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1153 (state 2973)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1154 (state 2974)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1155 (state 2975)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1156 (state 2976)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1157 (state 2977)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1158 (state 2978)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1159 (state 2979)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1160 (state 2980)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1161 (state 2981)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1162 (state 2982)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1163 (state 2983)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1164 (state 2984)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1165 (state 2985)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1166 (state 2986)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1167 (state 2987)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1168 (state 2988)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1169 (state 2989)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1170 (state 2990)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1171 (state 2991)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1172 (state 2992)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1173 (state 2993)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1174 (state 2994)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1175 (state 2995)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1176 (state 2996)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1177 (state 2997)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1178 (state 2998)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1179 (state 2999)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1180 (state 3000)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1181 (state 3001)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1182 (state 3002)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1183 (state 3003)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1184 (state 3004)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1185 (state 3005)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1186 (state 3006)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1187 (state 3007)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1188 (state 3008)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1189 (state 3009)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1190 (state 3010)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1191 (state 3011)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1192 (state 3012)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1193 (state 3013)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1194 (state 3014)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1195 (state 3015)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1196 (state 3016)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1197 (state 3017)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1198 (state 3018)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1199 (state 3019)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1200 (state 3020)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1201 (state 3021)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1202 (state 3022)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1203 (state 3023)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1204 (state 3024)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1205 (state 3025)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1206 (state 3026)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1207 (state 3027)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1208 (state 3028)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: true) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1209 (state 3029)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1210 (state 3030)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1211 (state 3031)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    true) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1212 (state 3032)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1213 (state 3033)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1214 (state 3034)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1215 (state 3035)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1216 (state 3036)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1217 (state 3037)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1218 (state 3038)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1219 (state 3039)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1220 (state 3040)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1221 (state 3041)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1222 (state 3042)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1223 (state 3043)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1224 (state 3044)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1225 (state 3045)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1226 (state 3046)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1227 (state 3047)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1228 (state 3048)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1229 (state 3049)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1230 (state 3050)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1231 (state 3051)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1232 (state 3052)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1233 (state 3053)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1234 (state 3054)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1235 (state 3055)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1236 (state 3056)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1237 (state 3057)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1238 (state 3058)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1239 (state 3059)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1240 (state 3060)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1241 (state 3061)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1242 (state 3062)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1243 (state 3063)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1244 (state 3064)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1245 (state 3065)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1246 (state 3066)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1247 (state 3067)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1248 (state 3068)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1249 (state 3069)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1250 (state 3070)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1251 (state 3071)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1252 (state 3072)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1253 (state 3073)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1254 (state 3074)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1255 (state 3075)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1256 (state 3076)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1257 (state 3077)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1258 (state 3078)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1259 (state 3079)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1260 (state 3080)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1261 (state 3081)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1262 (state 3082)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1263 (state 3083)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1264 (state 3084)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1265 (state 3085)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1266 (state 3086)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1267 (state 3087)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1268 (state 3088)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1269 (state 3089)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1270 (state 3090)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1271 (state 3091)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1272 (state 3092)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1273 (state 3093)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1274 (state 3094)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1275 (state 3095)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1276 (state 3096)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1277 (state 3097)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1278 (state 3098)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1279 (state 3099)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1280 (state 3100)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1281 (state 3101)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1282 (state 3102)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1283 (state 3103)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1284 (state 3104)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1285 (state 3105)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1286 (state 3106)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1287 (state 3107)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1288 (state 3108)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1289 (state 3109)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1290 (state 3110)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1291 (state 3111)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1292 (state 3112)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1293 (state 3113)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1294 (state 3114)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1295 (state 3115)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1296 (state 3116)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1297 (state 3117)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1298 (state 3118)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1299 (state 3119)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1300 (state 3120)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1301 (state 3121)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1302 (state 3122)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1303 (state 3123)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1304 (state 3124)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1305 (state 3125)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1306 (state 3126)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1307 (state 3127)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1308 (state 3128)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1309 (state 3129)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1310 (state 3130)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1311 (state 3131)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1312 (state 3132)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1313 (state 3133)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1314 (state 3134)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1315 (state 3135)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1316 (state 3136)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1317 (state 3137)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1318 (state 3138)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1319 (state 3139)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: true) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p2) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1320 (state 3140)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1321 (state 3141)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1322 (state 3142)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    true) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1323 (state 3143)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1324 (state 3144)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1325 (state 3145)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1326 (state 3146)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1327 (state 3147)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1328 (state 3148)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1329 (state 3149)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1330 (state 3150)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1331 (state 3151)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1332 (state 3152)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1333 (state 3153)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1334 (state 3154)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1335 (state 3155)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1336 (state 3156)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1337 (state 3157)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1338 (state 3158)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1339 (state 3159)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1340 (state 3160)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1341 (state 3161)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1342 (state 3162)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1343 (state 3163)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1344 (state 3164)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1345 (state 3165)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1346 (state 3166)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1347 (state 3167)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1348 (state 3168)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1349 (state 3169)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1350 (state 3170)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1351 (state 3171)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1352 (state 3172)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1353 (state 3173)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1354 (state 3174)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1355 (state 3175)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1356 (state 3176)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1357 (state 3177)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1358 (state 3178)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1359 (state 3179)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1360 (state 3180)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1361 (state 3181)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1362 (state 3182)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    true) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1363 (state 3183)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1364 (state 3184)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1365 (state 3185)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1366 (state 3186)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1367 (state 3187)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1368 (state 3188)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1369 (state 3189)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p2) (depth: 0)} ,lofree1) .

---> Solution 1370 (state 3190)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1371 (state 3191)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1372 (state 3192)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    true) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1373 (state 3193)


red in MCS-EXP : modelCheck( {glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1374 (state 3194)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1375 (state 3195)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1376 (state 3196)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1377 (state 3197)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: fs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1378 (state 3198)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1379 (state 3199)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1380 (state 3200)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1381 (state 3201)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1382 (state 3202)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1383 (state 3203)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1384 (state 3204)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1385 (state 3205)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1386 (state 3206)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1387 (state 3207)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1388 (state 3208)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1389 (state 3209)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1390 (state 3210)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1391 (state 3211)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1392 (state 3212)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1393 (state 3213)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1394 (state 3214)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1395 (state 3215)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1396 (state 3216)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1397 (state 3217)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1398 (state 3218)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1399 (state 3219)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1400 (state 3220)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1401 (state 3221)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1402 (state 3222)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1403 (state 3223)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1404 (state 3224)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1405 (state 3225)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1406 (state 3226)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1407 (state 3227)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1408 (state 3228)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1409 (state 3229)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1410 (state 3230)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1411 (state 3231)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1412 (state 3232)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1413 (state 3233)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1414 (state 3234)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1415 (state 3235)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1416 (state 3236)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1417 (state 3237)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1418 (state 3238)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1419 (state 3239)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1420 (state 3240)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1421 (state 3241)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1422 (state 3242)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1423 (state 3243)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1424 (state 3244)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1425 (state 3245)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1426 (state 3246)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1427 (state 3247)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1428 (state 3248)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1429 (state 3249)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1430 (state 3250)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1431 (state 3251)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1432 (state 3252)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1433 (state 3253)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1434 (state 3254)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1435 (state 3255)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1436 (state 3256)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1437 (state 3257)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1438 (state 3258)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1439 (state 3259)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1440 (state 3260)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1441 (state 3261)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1442 (state 3262)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1443 (state 3263)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1444 (state 3264)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1445 (state 3265)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1446 (state 3266)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1447 (state 3267)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1448 (state 3268)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1449 (state 3269)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1450 (state 3270)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1451 (state 3271)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1452 (state 3272)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1453 (state 3273)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1454 (state 3274)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1455 (state 3275)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1456 (state 3276)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1457 (state 3277)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1458 (state 3278)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1459 (state 3279)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1460 (state 3280)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1461 (state 3281)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1462 (state 3282)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1463 (state 3283)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1464 (state 3284)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1465 (state 3285)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1466 (state 3286)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1467 (state 3287)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1468 (state 3288)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1469 (state 3289)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1470 (state 3290)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1471 (state 3291)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1472 (state 3292)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p4) (depth: 0)} ,lofree1) .

---> Solution 1473 (state 3293)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1474 (state 3294)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1475 (state 3295)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1476 (state 3296)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1477 (state 3297)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1478 (state 3298)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1479 (state 3299)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1480 (state 3300)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1481 (state 3301)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l5) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: true) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p3) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1482 (state 3302)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1483 (state 3303)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1484 (state 3304)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: true) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1485 (state 3305)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1486 (state 3306)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1487 (state 3307)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1488 (state 3308)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l9) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1489 (state 3309)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1490 (state 3310)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1491 (state 3311)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1492 (state 3312)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1493 (state 3313)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1494 (state 3314)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1495 (state 3315)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1496 (state 3316)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1497 (state 3317)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1498 (state 3318)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1499 (state 3319)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1500 (state 3320)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1501 (state 3321)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1502 (state 3322)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1503 (state 3323)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1504 (state 3324)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1505 (state 3325)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1506 (state 3326)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1507 (state 3327)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1508 (state 3328)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1509 (state 3329)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1510 (state 3330)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1511 (state 3331)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1512 (state 3332)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1513 (state 3333)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1514 (state 3334)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1515 (state 3335)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1516 (state 3336)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1517 (state 3337)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1518 (state 3338)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1519 (state 3339)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1520 (state 3340)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1521 (state 3341)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1522 (state 3342)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1523 (state 3343)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1524 (state 3344)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: true) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1525 (state 3345)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1526 (state 3346)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1527 (state 3347)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1528 (state 3348)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1529 (state 3349)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1530 (state 3350)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1531 (state 3351)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p3) (depth: 0)} ,lofree1) .

---> Solution 1532 (state 3352)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1533 (state 3353)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1534 (state 3354)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: true) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1535 (state 3355)


red in MCS-EXP : modelCheck( {glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1536 (state 3356)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1537 (state 3357)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1538 (state 3358)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1539 (state 3359)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: fs) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1540 (state 3360)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1541 (state 3361)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1542 (state 3362)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1543 (state 3363)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1544 (state 3364)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1545 (state 3365)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1546 (state 3366)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1547 (state 3367)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1548 (state 3368)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1549 (state 3369)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1550 (state 3370)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1551 (state 3371)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1552 (state 3372)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1553 (state 3373)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1554 (state 3374)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1555 (state 3375)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1556 (state 3376)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1557 (state 3377)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1558 (state 3378)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1559 (state 3379)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1560 (state 3380)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1561 (state 3381)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1562 (state 3382)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1563 (state 3383)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: p5) (depth: 0)} ,lofree1) .

---> Solution 1564 (state 3384)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1565 (state 3385)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1566 (state 3386)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1567 (state 3387)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1568 (state 3388)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1569 (state 3389)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1570 (state 3390)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1571 (state 3391)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1572 (state 3392)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1573 (state 3393)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1574 (state 3394)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1575 (state 3395)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: true) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1576 (state 3396)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p5) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1577 (state 3397)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1578 (state 3398)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1579 (state 3399)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1580 (state 3400)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1581 (state 3401)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1582 (state 3402)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p4)) (depth: 0)} ,lofree1) .

---> Solution 1583 (state 3403)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1584 (state 3404)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1585 (state 3405)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: true) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1586 (state 3406)


red in MCS-EXP : modelCheck( {glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: p6) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1587 (state 3407)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1588 (state 3408)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1589 (state 3409)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1590 (state 3410)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: fs) (
    pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1591 (state 3411)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (pc[p6]: l4) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p5)) (depth: 0)} ,lofree1) .

---> Solution 1592 (state 3412)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p5)) (depth: 0)} ,lofree1) .

---> Solution 1593 (state 3413)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l5) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) ((pred[p6]: p5)) (depth: 0)} ,lofree1) .

---> Solution 1594 (state 3414)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1595 (state 3415)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (pc[p6]: cs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1596 (state 3416)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l5) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1597 (state 3417)


red in MCS-EXP : modelCheck( {glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: l7) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p6) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1598 (state 3418)


red in MCS-EXP : modelCheck( {glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (pc[p6]: l8) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1599 (state 3419)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l9) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1600 (state 3420)


red in MCS-EXP : modelCheck( {glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (pc[p6]: l9) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1601 (state 3421)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: ss) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

---> Solution 1602 (state 3422)


red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: ss) (pc[p6]: fs) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop) (depth: 0)} ,lofree1) .

eof

==========================================
---> Solution 1 (state 1821)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 6284885049ms cpu (1168ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 2 (state 1822)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1088ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 3 (state 1823)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1091ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 4 (state 1824)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1087ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 5 (state 1825)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1093ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 6 (state 1826)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 7 (state 1827)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1115ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 8 (state 1828)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1182ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 9 (state 1829)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1090ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 10 (state 1830)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1093ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 11 (state 1831)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (369ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 12 (state 1832)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1088ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 13 (state 1833)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1092ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 14 (state 1834)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1089ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 15 (state 1835)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (367ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 16 (state 1836)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1120ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 17 (state 1837)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1123ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 18 (state 1838)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (392ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 19 (state 1839)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 311122 in 4332565049ms cpu (1188ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 20 (state 1840)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (386ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 21 (state 1841)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 117956 in 4332565049ms cpu (405ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 22 (state 1842)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1606ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 23 (state 1843)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1335ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 24 (state 1844)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1499ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 25 (state 1845)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (478ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 26 (state 1846)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (586ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 27 (state 1847)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1894ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 28 (state 1848)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1380ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 29 (state 1849)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 30 (state 1850)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (419ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 31 (state 1851)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 32 (state 1852)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 33 (state 1853)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (403ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 34 (state 1854)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (414ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 35 (state 1855)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (434ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 36 (state 1856)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (322ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 37 (state 1857)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 38 (state 1858)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1354ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 39 (state 1859)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (416ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 40 (state 1860)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 41 (state 1861)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1321ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 42 (state 1862)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 43 (state 1863)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (442ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 44 (state 1864)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (432ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 45 (state 1865)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (405ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 46 (state 1866)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (322ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 47 (state 1867)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 48 (state 1868)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 49 (state 1869)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (440ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 50 (state 1870)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 51 (state 1871)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 52 (state 1872)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (350ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 53 (state 1873)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (408ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 54 (state 1874)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 55 (state 1875)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (351ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 56 (state 1876)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (333ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 57 (state 1877)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 58 (state 1878)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1295ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 59 (state 1879)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1300ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 60 (state 1880)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 61 (state 1881)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (405ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 62 (state 1882)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1296ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 63 (state 1883)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1313ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 64 (state 1884)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 65 (state 1885)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 66 (state 1886)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 67 (state 1887)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 68 (state 1888)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 69 (state 1889)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 70 (state 1890)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 71 (state 1891)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (322ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 72 (state 1892)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1261ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 73 (state 1893)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1324ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 74 (state 1894)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (405ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 75 (state 1895)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 76 (state 1896)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1258ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 77 (state 1897)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 78 (state 1898)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 79 (state 1899)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 80 (state 1900)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 81 (state 1901)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (327ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 82 (state 1902)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1356ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 83 (state 1903)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 84 (state 1904)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (435ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 85 (state 1905)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 86 (state 1906)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 87 (state 1907)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 88 (state 1908)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 89 (state 1909)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 90 (state 1910)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (323ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 91 (state 1911)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (348ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 92 (state 1912)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1477ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 93 (state 1913)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 94 (state 1914)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 95 (state 1915)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (450ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 96 (state 1916)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 97 (state 1917)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 98 (state 1918)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (475ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 99 (state 1919)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 100 (state 1920)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (348ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 101 (state 1921)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (219ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 102 (state 1922)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (361ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 103 (state 1923)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (475ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 104 (state 1924)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 105 (state 1925)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 106 (state 1926)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 107 (state 1927)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 108 (state 1928)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 109 (state 1929)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 110 (state 1930)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 111 (state 1931)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 112 (state 1932)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 113 (state 1933)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 114 (state 1934)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (290ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 115 (state 1935)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 116 (state 1936)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (450ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 117 (state 1937)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (438ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 118 (state 1938)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (212ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 119 (state 1939)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 120 (state 1940)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 121 (state 1941)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 122 (state 1942)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 123 (state 1943)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 124 (state 1944)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 125 (state 1945)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 126 (state 1946)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 127 (state 1947)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 128 (state 1948)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (417ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 129 (state 1949)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 130 (state 1950)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (735ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 131 (state 1951)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (541ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 132 (state 1952)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (841ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 133 (state 1953)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (2700ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 134 (state 1954)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1566ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 135 (state 1955)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1461ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 136 (state 1956)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (461ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 137 (state 1957)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (460ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 138 (state 1958)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1318ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 139 (state 1959)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1275ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 140 (state 1960)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (414ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 141 (state 1961)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 142 (state 1962)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (2053ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 143 (state 1963)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (450ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 144 (state 1964)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (414ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 145 (state 1965)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 146 (state 1966)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (432ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 147 (state 1967)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (332ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 148 (state 1968)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1406ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 149 (state 1969)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1286ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 150 (state 1970)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 151 (state 1971)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (403ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 152 (state 1972)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1251ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 153 (state 1973)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 154 (state 1974)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (440ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 155 (state 1975)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 156 (state 1976)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 157 (state 1977)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 158 (state 1978)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1299ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 159 (state 1979)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 160 (state 1980)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (406ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 161 (state 1981)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (405ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 162 (state 1982)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 163 (state 1983)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (325ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 164 (state 1984)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 165 (state 1985)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (403ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 166 (state 1986)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (324ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 167 (state 1987)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (322ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 168 (state 1988)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1469ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 169 (state 1989)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (439ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 170 (state 1990)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 171 (state 1991)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 172 (state 1992)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 173 (state 1993)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 174 (state 1994)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 175 (state 1995)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 176 (state 1996)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 177 (state 1997)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 178 (state 1998)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (349ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 179 (state 1999)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (432ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 180 (state 2000)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (431ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 181 (state 2001)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (454ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 182 (state 2002)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 183 (state 2003)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 184 (state 2004)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 185 (state 2005)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 186 (state 2006)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 187 (state 2007)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 188 (state 2008)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 189 (state 2009)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 190 (state 2010)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (300ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 191 (state 2011)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 192 (state 2012)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 193 (state 2013)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (436ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 194 (state 2014)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (208ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 195 (state 2015)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 196 (state 2016)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (232ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 197 (state 2017)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 198 (state 2018)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (231ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 199 (state 2019)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (353ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 200 (state 2020)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (237ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 201 (state 2021)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (350ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 202 (state 2022)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (299ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 203 (state 2023)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (244ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 204 (state 2024)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (350ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 205 (state 2025)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 206 (state 2026)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (382ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 207 (state 2027)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 208 (state 2028)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (323ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 209 (state 2029)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1646ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 210 (state 2030)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (432ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 211 (state 2031)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 212 (state 2032)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (438ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 213 (state 2033)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 214 (state 2034)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 215 (state 2035)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 216 (state 2036)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 217 (state 2037)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 218 (state 2038)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 219 (state 2039)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 220 (state 2040)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 221 (state 2041)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 222 (state 2042)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 223 (state 2043)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 224 (state 2044)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 225 (state 2045)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (191ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 226 (state 2046)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 227 (state 2047)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 228 (state 2048)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (367ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 229 (state 2049)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 230 (state 2050)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 231 (state 2051)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 232 (state 2052)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 233 (state 2053)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 234 (state 2054)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 235 (state 2055)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 236 (state 2056)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 237 (state 2057)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 238 (state 2058)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 239 (state 2059)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 240 (state 2060)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 241 (state 2061)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (210ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 242 (state 2062)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (350ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 243 (state 2063)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 244 (state 2064)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 245 (state 2065)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 246 (state 2066)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 247 (state 2067)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (357ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 248 (state 2068)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 249 (state 2069)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 250 (state 2070)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 251 (state 2071)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (215ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 252 (state 2072)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (394ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 253 (state 2073)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (211ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 254 (state 2074)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (210ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 255 (state 2075)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 256 (state 2076)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (223ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 257 (state 2077)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 258 (state 2078)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 259 (state 2079)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 260 (state 2080)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 261 (state 2081)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 262 (state 2082)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 263 (state 2083)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 264 (state 2084)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 265 (state 2085)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 266 (state 2086)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 267 (state 2087)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (313ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 268 (state 2088)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (154ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 269 (state 2089)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 270 (state 2090)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 271 (state 2091)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (269ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 272 (state 2092)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (178ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 273 (state 2093)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 274 (state 2094)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (320ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 275 (state 2095)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (166ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 276 (state 2096)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 277 (state 2097)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (322ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 278 (state 2098)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (281ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 279 (state 2099)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 280 (state 2100)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1383ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 281 (state 2101)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 282 (state 2102)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1289ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 283 (state 2103)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 284 (state 2104)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 285 (state 2105)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1247ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 286 (state 2106)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1275ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 287 (state 2107)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (394ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 288 (state 2108)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (404ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 289 (state 2109)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1251ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 290 (state 2110)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 291 (state 2111)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (395ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 292 (state 2112)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 293 (state 2113)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 294 (state 2114)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 295 (state 2115)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1260ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 296 (state 2116)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1263ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 297 (state 2117)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (403ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 298 (state 2118)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (404ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 299 (state 2119)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 300 (state 2120)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 301 (state 2121)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 302 (state 2122)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 303 (state 2123)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 304 (state 2124)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (326ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 305 (state 2125)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1303ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 306 (state 2126)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 307 (state 2127)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (415ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 308 (state 2128)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 309 (state 2129)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 310 (state 2130)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (512ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 311 (state 2131)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (529ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 312 (state 2132)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (642ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 313 (state 2133)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 314 (state 2134)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (331ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 315 (state 2135)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1563ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 316 (state 2136)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (432ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 317 (state 2137)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 318 (state 2138)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (431ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 319 (state 2139)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 320 (state 2140)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (456ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 321 (state 2141)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (458ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 322 (state 2142)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 323 (state 2143)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (394ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 324 (state 2144)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 325 (state 2145)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (371ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 326 (state 2146)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 327 (state 2147)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (441ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 328 (state 2148)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (448ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 329 (state 2149)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 330 (state 2150)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 331 (state 2151)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 332 (state 2152)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 333 (state 2153)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 334 (state 2154)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (346ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 335 (state 2155)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 336 (state 2156)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (363ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 337 (state 2157)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (296ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 338 (state 2158)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 339 (state 2159)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (440ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 340 (state 2160)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 341 (state 2161)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 342 (state 2162)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 343 (state 2163)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 344 (state 2164)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 345 (state 2165)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 346 (state 2166)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 347 (state 2167)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (210ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 348 (state 2168)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (355ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 349 (state 2169)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 350 (state 2170)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 351 (state 2171)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (367ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 352 (state 2172)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 353 (state 2173)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 354 (state 2174)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 355 (state 2175)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 356 (state 2176)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1457ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 357 (state 2177)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 358 (state 2178)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (443ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 359 (state 2179)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (453ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 360 (state 2180)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 361 (state 2181)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 362 (state 2182)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 363 (state 2183)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 364 (state 2184)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 365 (state 2185)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 366 (state 2186)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (348ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 367 (state 2187)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 368 (state 2188)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 369 (state 2189)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (434ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 370 (state 2190)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (215ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 371 (state 2191)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 372 (state 2192)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 373 (state 2193)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 374 (state 2194)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 375 (state 2195)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 376 (state 2196)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 377 (state 2197)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (346ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 378 (state 2198)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 379 (state 2199)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 380 (state 2200)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 381 (state 2201)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 382 (state 2202)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 383 (state 2203)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (371ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 384 (state 2204)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 385 (state 2205)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 386 (state 2206)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 387 (state 2207)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 388 (state 2208)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 389 (state 2209)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (346ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 390 (state 2210)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 391 (state 2211)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 392 (state 2212)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 393 (state 2213)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 394 (state 2214)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 395 (state 2215)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 396 (state 2216)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 397 (state 2217)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 398 (state 2218)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (221ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 399 (state 2219)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (360ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 400 (state 2220)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 401 (state 2221)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 402 (state 2222)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (394ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 403 (state 2223)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (210ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 404 (state 2224)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (211ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 405 (state 2225)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 406 (state 2226)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 407 (state 2227)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 408 (state 2228)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 409 (state 2229)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 410 (state 2230)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 411 (state 2231)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (314ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 412 (state 2232)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 413 (state 2233)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (151ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 414 (state 2234)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 415 (state 2235)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (161ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 416 (state 2236)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (187ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 417 (state 2237)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 418 (state 2238)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (278ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 419 (state 2239)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (179ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 420 (state 2240)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 421 (state 2241)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (335ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 422 (state 2242)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 423 (state 2243)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (185ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 424 (state 2244)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 425 (state 2245)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (273ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 426 (state 2246)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (275ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 427 (state 2247)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1528ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 428 (state 2248)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (436ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 429 (state 2249)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (436ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 430 (state 2250)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (431ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 431 (state 2251)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (451ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 432 (state 2252)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (466ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 433 (state 2253)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 434 (state 2254)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 435 (state 2255)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 436 (state 2256)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (240ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 437 (state 2257)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (355ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 438 (state 2258)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (476ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 439 (state 2259)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 440 (state 2260)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (438ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 441 (state 2261)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 442 (state 2262)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 443 (state 2263)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 444 (state 2264)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 445 (state 2265)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 446 (state 2266)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 447 (state 2267)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 448 (state 2268)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (349ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 449 (state 2269)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (321ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 450 (state 2270)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 451 (state 2271)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (457ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 452 (state 2272)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (462ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 453 (state 2273)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 454 (state 2274)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (360ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 455 (state 2275)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (223ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 456 (state 2276)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 457 (state 2277)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 458 (state 2278)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 459 (state 2279)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 460 (state 2280)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 461 (state 2281)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (299ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 462 (state 2282)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 463 (state 2283)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 464 (state 2284)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (206ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 465 (state 2285)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (363ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 466 (state 2286)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 467 (state 2287)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 468 (state 2288)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 469 (state 2289)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 470 (state 2290)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (366ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 471 (state 2291)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 472 (state 2292)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 473 (state 2293)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 474 (state 2294)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 475 (state 2295)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 476 (state 2296)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (390ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 477 (state 2297)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 478 (state 2298)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 479 (state 2299)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 480 (state 2300)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (162ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 481 (state 2301)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (188ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 482 (state 2302)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (335ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 483 (state 2303)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (184ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 484 (state 2304)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (157ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 485 (state 2305)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (358ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 486 (state 2306)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (161ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 487 (state 2307)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (192ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 488 (state 2308)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (311ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 489 (state 2309)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (320ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 490 (state 2310)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (204ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 491 (state 2311)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (157ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 492 (state 2312)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 493 (state 2313)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (159ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 494 (state 2314)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (259ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 495 (state 2315)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (446ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 496 (state 2316)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (324ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 497 (state 2317)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (284ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 498 (state 2318)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (223ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 499 (state 2319)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 500 (state 2320)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 501 (state 2321)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 502 (state 2322)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 503 (state 2323)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 504 (state 2324)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 505 (state 2325)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 506 (state 2326)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (372ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 507 (state 2327)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (189ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 508 (state 2328)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 509 (state 2329)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (318ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 510 (state 2330)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 511 (state 2331)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (186ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 512 (state 2332)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 513 (state 2333)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 514 (state 2334)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (243ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 515 (state 2335)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (588ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 516 (state 2336)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (329ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 517 (state 2337)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 518 (state 2338)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (360ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 519 (state 2339)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (321ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 520 (state 2340)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (219ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 521 (state 2341)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (180ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 522 (state 2342)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (377ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 523 (state 2343)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (164ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 524 (state 2344)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (190ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 525 (state 2345)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (328ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 526 (state 2346)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l1) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (289ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 527 (state 2347)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 528 (state 2348)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: cs) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (135ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 529 (state 2349)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l7) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 530 (state 2350)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l3) (pc[p2]: l5) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: true) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p1) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (84ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 531 (state 2351)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (286ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 532 (state 2352)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (134ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 533 (state 2353)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: true) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (83ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 534 (state 2354)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p2) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 535 (state 2355)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: l2) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 536 (state 2356)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 537 (state 2357)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: l9) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 538 (state 2358)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1253ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 539 (state 2359)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1264ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 540 (state 2360)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 541 (state 2361)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 542 (state 2362)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 543 (state 2363)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1239ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 544 (state 2364)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1239ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 545 (state 2365)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (407ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 546 (state 2366)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (413ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 547 (state 2367)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1240ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 548 (state 2368)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 549 (state 2369)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 550 (state 2370)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 551 (state 2371)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (396ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 552 (state 2372)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 553 (state 2373)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 554 (state 2374)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1249ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 555 (state 2375)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (396ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 556 (state 2376)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (396ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 557 (state 2377)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1249ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 558 (state 2378)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 559 (state 2379)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 560 (state 2380)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (395ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 561 (state 2381)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 562 (state 2382)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 563 (state 2383)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1239ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 564 (state 2384)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 565 (state 2385)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 566 (state 2386)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 567 (state 2387)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (392ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 568 (state 2388)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (318ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 569 (state 2389)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 570 (state 2390)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (392ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 571 (state 2391)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 572 (state 2392)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 573 (state 2393)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1444ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 574 (state 2394)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (463ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 575 (state 2395)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 576 (state 2396)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 577 (state 2397)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (422ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 578 (state 2398)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (422ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 579 (state 2399)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (422ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 580 (state 2400)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 581 (state 2401)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 582 (state 2402)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 583 (state 2403)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 584 (state 2404)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (422ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 585 (state 2405)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (446ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 586 (state 2406)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (436ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 587 (state 2407)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 588 (state 2408)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 589 (state 2409)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 590 (state 2410)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 591 (state 2411)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 592 (state 2412)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 593 (state 2413)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 594 (state 2414)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 595 (state 2415)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (290ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 596 (state 2416)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 597 (state 2417)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 598 (state 2418)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (453ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 599 (state 2419)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 600 (state 2420)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 601 (state 2421)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 602 (state 2422)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 603 (state 2423)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 604 (state 2424)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 605 (state 2425)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 606 (state 2426)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 607 (state 2427)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 608 (state 2428)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 609 (state 2429)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 610 (state 2430)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 611 (state 2431)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 612 (state 2432)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 613 (state 2433)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (328ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 614 (state 2434)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1449ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 615 (state 2435)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 616 (state 2436)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 617 (state 2437)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 618 (state 2438)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 619 (state 2439)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 620 (state 2440)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (450ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 621 (state 2441)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 622 (state 2442)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 623 (state 2443)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 624 (state 2444)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 625 (state 2445)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 626 (state 2446)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 627 (state 2447)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 628 (state 2448)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 629 (state 2449)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 630 (state 2450)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 631 (state 2451)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 632 (state 2452)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 633 (state 2453)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 634 (state 2454)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (220ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 635 (state 2455)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 636 (state 2456)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 637 (state 2457)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (422ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 638 (state 2458)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 639 (state 2459)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 640 (state 2460)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 641 (state 2461)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 642 (state 2462)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 643 (state 2463)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 644 (state 2464)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 645 (state 2465)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 646 (state 2466)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 647 (state 2467)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 648 (state 2468)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 649 (state 2469)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 650 (state 2470)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 651 (state 2471)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 652 (state 2472)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 653 (state 2473)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 654 (state 2474)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (298ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 655 (state 2475)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 656 (state 2476)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 657 (state 2477)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (361ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 658 (state 2478)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 659 (state 2479)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 660 (state 2480)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (361ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 661 (state 2481)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 662 (state 2482)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 663 (state 2483)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 664 (state 2484)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (179ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 665 (state 2485)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 666 (state 2486)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 667 (state 2487)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 668 (state 2488)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 669 (state 2489)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 670 (state 2490)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 671 (state 2491)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 672 (state 2492)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (304ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 673 (state 2493)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 674 (state 2494)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 675 (state 2495)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 676 (state 2496)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 677 (state 2497)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 678 (state 2498)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 679 (state 2499)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 680 (state 2500)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 681 (state 2501)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 682 (state 2502)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (331ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 683 (state 2503)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (269ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 684 (state 2504)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (272ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 685 (state 2505)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1460ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 686 (state 2506)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 687 (state 2507)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 688 (state 2508)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 689 (state 2509)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 690 (state 2510)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (450ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 691 (state 2511)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 692 (state 2512)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 693 (state 2513)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 694 (state 2514)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 695 (state 2515)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 696 (state 2516)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 697 (state 2517)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 698 (state 2518)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (421ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 699 (state 2519)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 700 (state 2520)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 701 (state 2521)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 702 (state 2522)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (363ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 703 (state 2523)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 704 (state 2524)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 705 (state 2525)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 706 (state 2526)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 707 (state 2527)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 708 (state 2528)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 709 (state 2529)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 710 (state 2530)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 711 (state 2531)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 712 (state 2532)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 713 (state 2533)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 714 (state 2534)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 715 (state 2535)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 716 (state 2536)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (374ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 717 (state 2537)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 718 (state 2538)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 719 (state 2539)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (289ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 720 (state 2540)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 721 (state 2541)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 722 (state 2542)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 723 (state 2543)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 724 (state 2544)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (304ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 725 (state 2545)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 726 (state 2546)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (230ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 727 (state 2547)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (216ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 728 (state 2548)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 729 (state 2549)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 730 (state 2550)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 731 (state 2551)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (389ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 732 (state 2552)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 733 (state 2553)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 734 (state 2554)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (370ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 735 (state 2555)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 736 (state 2556)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 737 (state 2557)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 738 (state 2558)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (156ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 739 (state 2559)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 740 (state 2560)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 741 (state 2561)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 742 (state 2562)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 743 (state 2563)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 744 (state 2564)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (151ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 745 (state 2565)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 746 (state 2566)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 747 (state 2567)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 748 (state 2568)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 749 (state 2569)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (164ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 750 (state 2570)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 751 (state 2571)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 752 (state 2572)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 753 (state 2573)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 754 (state 2574)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 755 (state 2575)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 756 (state 2576)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 757 (state 2577)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 758 (state 2578)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (358ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 759 (state 2579)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 760 (state 2580)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 761 (state 2581)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (366ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 762 (state 2582)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 763 (state 2583)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 764 (state 2584)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (366ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 765 (state 2585)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 766 (state 2586)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (159ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 767 (state 2587)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 768 (state 2588)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 769 (state 2589)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 770 (state 2590)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 771 (state 2591)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 772 (state 2592)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 773 (state 2593)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 774 (state 2594)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 775 (state 2595)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 776 (state 2596)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 777 (state 2597)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (272ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 778 (state 2598)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 779 (state 2599)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (143ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 780 (state 2600)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 781 (state 2601)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 782 (state 2602)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 783 (state 2603)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 784 (state 2604)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 785 (state 2605)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (300ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 786 (state 2606)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (133ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 787 (state 2607)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p1) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 788 (state 2608)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l5) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: true) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p1) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (80ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 789 (state 2609)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (285ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 790 (state 2610)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (130ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 791 (state 2611)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: true) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (82ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 792 (state 2612)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p3) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (155ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 793 (state 2613)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (286ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 794 (state 2614)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 795 (state 2615)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: l9) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 796 (state 2616)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1448ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 797 (state 2617)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 798 (state 2618)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 799 (state 2619)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 800 (state 2620)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 801 (state 2621)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 802 (state 2622)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 803 (state 2623)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 804 (state 2624)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 805 (state 2625)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 806 (state 2626)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 807 (state 2627)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 808 (state 2628)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 809 (state 2629)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (448ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 810 (state 2630)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (204ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 811 (state 2631)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 812 (state 2632)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 813 (state 2633)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 814 (state 2634)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 815 (state 2635)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 816 (state 2636)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 817 (state 2637)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 818 (state 2638)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 819 (state 2639)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 820 (state 2640)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 821 (state 2641)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 822 (state 2642)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 823 (state 2643)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 824 (state 2644)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 825 (state 2645)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 826 (state 2646)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 827 (state 2647)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (347ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 828 (state 2648)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 829 (state 2649)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 830 (state 2650)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 831 (state 2651)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 832 (state 2652)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 833 (state 2653)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 834 (state 2654)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 835 (state 2655)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 836 (state 2656)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (295ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 837 (state 2657)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 838 (state 2658)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (226ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 839 (state 2659)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (363ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 840 (state 2660)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 841 (state 2661)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 842 (state 2662)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 843 (state 2663)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 844 (state 2664)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 845 (state 2665)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 846 (state 2666)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 847 (state 2667)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 848 (state 2668)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 849 (state 2669)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 850 (state 2670)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 851 (state 2671)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 852 (state 2672)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 853 (state 2673)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 854 (state 2674)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 855 (state 2675)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 856 (state 2676)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 857 (state 2677)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 858 (state 2678)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 859 (state 2679)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 860 (state 2680)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 861 (state 2681)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 862 (state 2682)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 863 (state 2683)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 864 (state 2684)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 865 (state 2685)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 866 (state 2686)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (273ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 867 (state 2687)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 868 (state 2688)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 869 (state 2689)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 870 (state 2690)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 871 (state 2691)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 872 (state 2692)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (361ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 873 (state 2693)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (227ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 874 (state 2694)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 875 (state 2695)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 876 (state 2696)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 877 (state 2697)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 878 (state 2698)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (313ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 879 (state 2699)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 880 (state 2700)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 881 (state 2701)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 882 (state 2702)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 883 (state 2703)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 884 (state 2704)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 885 (state 2705)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 886 (state 2706)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 887 (state 2707)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 888 (state 2708)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (273ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 889 (state 2709)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 890 (state 2710)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 891 (state 2711)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (324ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 892 (state 2712)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (160ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 893 (state 2713)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 894 (state 2714)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 895 (state 2715)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (275ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 896 (state 2716)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 897 (state 2717)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (137ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 898 (state 2718)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 899 (state 2719)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l5) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: true) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: p1) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (80ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 900 (state 2720)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (280ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 901 (state 2721)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (137ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 902 (state 2722)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: true) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (85ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 903 (state 2723)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p4) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (162ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 904 (state 2724)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (332ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 905 (state 2725)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 906 (state 2726)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l9) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 907 (state 2727)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 908 (state 2728)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 909 (state 2729)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 910 (state 2730)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 911 (state 2731)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 912 (state 2732)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (389ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 913 (state 2733)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 914 (state 2734)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 915 (state 2735)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 916 (state 2736)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 917 (state 2737)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 918 (state 2738)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 919 (state 2739)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (154ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 920 (state 2740)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (190ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 921 (state 2741)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 922 (state 2742)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (190ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 923 (state 2743)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (165ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 924 (state 2744)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (330ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 925 (state 2745)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 926 (state 2746)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 927 (state 2747)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 928 (state 2748)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 929 (state 2749)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 930 (state 2750)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 931 (state 2751)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (326ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 932 (state 2752)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 933 (state 2753)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (217ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 934 (state 2754)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (370ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 935 (state 2755)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (332ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 936 (state 2756)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 937 (state 2757)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (165ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 938 (state 2758)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 939 (state 2759)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: true) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p1) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (93ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 940 (state 2760)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (366ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 941 (state 2761)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 942 (state 2762)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: true) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (91ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 943 (state 2763)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p5) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (166ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 944 (state 2764)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 945 (state 2765)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (180ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 946 (state 2766)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 947 (state 2767)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: cs) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 948 (state 2768)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l7) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 949 (state 2769)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p1}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (82ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 950 (state 2770)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l8) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (290ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 951 (state 2771)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l4) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (155ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 952 (state 2772)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l5) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: true) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (94ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 953 (state 2773)
==========================================
reduce in MCS-EXP : modelCheck({glock: p1 cnt: 6 (pc[p1]: l3) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: p6) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (157ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 954 (state 2774)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: l2) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (285ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 955 (state 2775)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l9) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (180ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 956 (state 2776)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: l1) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 957 (state 2777)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: fs) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (97ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 958 (state 2778)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1260ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 959 (state 2779)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 960 (state 2780)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 961 (state 2781)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (406ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 962 (state 2782)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (413ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 963 (state 2783)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1275ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 964 (state 2784)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 965 (state 2785)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (400ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 966 (state 2786)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 967 (state 2787)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1251ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 968 (state 2788)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 969 (state 2789)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 970 (state 2790)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (399ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 971 (state 2791)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (395ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 972 (state 2792)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 973 (state 2793)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1269ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 974 (state 2794)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1250ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 975 (state 2795)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (393ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 976 (state 2796)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 977 (state 2797)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1297ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 978 (state 2798)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 979 (state 2799)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (418ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 980 (state 2800)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (401ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 981 (state 2801)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (410ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 982 (state 2802)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 983 (state 2803)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 362798 in 4332565049ms cpu (1253ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 984 (state 2804)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 985 (state 2805)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 986 (state 2806)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (392ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 987 (state 2807)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (396ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 988 (state 2808)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (319ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 989 (state 2809)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (402ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 990 (state 2810)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 128879 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 991 (state 2811)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (327ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 992 (state 2812)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 103150 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 993 (state 2813)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1553ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 994 (state 2814)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (448ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 995 (state 2815)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (459ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 996 (state 2816)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 997 (state 2817)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 998 (state 2818)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 999 (state 2819)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1000 (state 2820)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1001 (state 2821)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1002 (state 2822)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1003 (state 2823)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1004 (state 2824)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (487ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1005 (state 2825)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (442ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1006 (state 2826)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (505ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1007 (state 2827)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1008 (state 2828)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1009 (state 2829)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (206ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1010 (state 2830)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (351ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1011 (state 2831)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1012 (state 2832)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1013 (state 2833)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1014 (state 2834)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1015 (state 2835)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (298ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1016 (state 2836)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (451ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1017 (state 2837)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1018 (state 2838)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1019 (state 2839)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1020 (state 2840)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (384ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1021 (state 2841)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1022 (state 2842)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1023 (state 2843)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1024 (state 2844)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1025 (state 2845)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1026 (state 2846)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1027 (state 2847)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1028 (state 2848)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1029 (state 2849)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1030 (state 2850)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (221ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1031 (state 2851)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1032 (state 2852)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1033 (state 2853)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1034 (state 2854)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1458ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1035 (state 2855)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1036 (state 2856)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1037 (state 2857)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1038 (state 2858)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (444ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1039 (state 2859)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1040 (state 2860)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1041 (state 2861)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1042 (state 2862)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1043 (state 2863)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (215ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1044 (state 2864)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1045 (state 2865)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (490ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1046 (state 2866)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (434ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1047 (state 2867)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1048 (state 2868)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1049 (state 2869)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1050 (state 2870)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (225ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1051 (state 2871)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1052 (state 2872)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (192ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1053 (state 2873)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1054 (state 2874)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1055 (state 2875)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1056 (state 2876)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1057 (state 2877)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1058 (state 2878)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (430ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1059 (state 2879)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (451ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1060 (state 2880)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1061 (state 2881)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1062 (state 2882)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1063 (state 2883)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1064 (state 2884)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1065 (state 2885)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1066 (state 2886)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (192ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1067 (state 2887)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1068 (state 2888)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1069 (state 2889)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1070 (state 2890)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1071 (state 2891)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1072 (state 2892)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (336ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1073 (state 2893)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (296ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1074 (state 2894)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1075 (state 2895)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1076 (state 2896)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (192ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1077 (state 2897)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1078 (state 2898)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1079 (state 2899)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (220ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1080 (state 2900)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (358ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1081 (state 2901)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1082 (state 2902)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1083 (state 2903)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1084 (state 2904)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1085 (state 2905)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l4) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1086 (state 2906)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1087 (state 2907)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1088 (state 2908)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1089 (state 2909)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1090 (state 2910)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1091 (state 2911)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1092 (state 2912)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (313ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1093 (state 2913)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1094 (state 2914)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1095 (state 2915)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1096 (state 2916)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1097 (state 2917)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1098 (state 2918)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1099 (state 2919)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1100 (state 2920)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l4) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1101 (state 2921)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1102 (state 2922)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1103 (state 2923)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l8) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1104 (state 2924)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1105 (state 2925)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1465ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1106 (state 2926)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1107 (state 2927)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1108 (state 2928)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (456ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1109 (state 2929)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1110 (state 2930)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (431ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1111 (state 2931)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1112 (state 2932)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1113 (state 2933)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1114 (state 2934)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1115 (state 2935)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1116 (state 2936)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1117 (state 2937)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (433ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1118 (state 2938)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (452ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1119 (state 2939)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (303ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1120 (state 2940)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (525ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1121 (state 2941)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (221ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1122 (state 2942)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (351ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1123 (state 2943)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (218ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1124 (state 2944)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (349ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1125 (state 2945)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1126 (state 2946)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (345ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1127 (state 2947)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (294ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1128 (state 2948)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1129 (state 2949)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1130 (state 2950)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1131 (state 2951)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (225ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1132 (state 2952)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (350ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1133 (state 2953)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (215ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1134 (state 2954)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1135 (state 2955)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1136 (state 2956)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (348ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1137 (state 2957)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (205ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1138 (state 2958)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (395ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1139 (state 2959)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1140 (state 2960)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (325ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1141 (state 2961)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (435ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1142 (state 2962)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (221ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1143 (state 2963)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1144 (state 2964)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (373ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1145 (state 2965)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (304ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1146 (state 2966)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (212ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1147 (state 2967)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1148 (state 2968)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (398ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1149 (state 2969)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1150 (state 2970)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (206ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1151 (state 2971)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1152 (state 2972)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (213ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1153 (state 2973)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1154 (state 2974)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (374ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1155 (state 2975)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1156 (state 2976)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1157 (state 2977)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1158 (state 2978)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (166ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1159 (state 2979)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (184ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1160 (state 2980)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1161 (state 2981)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1162 (state 2982)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (162ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1163 (state 2983)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1164 (state 2984)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1165 (state 2985)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (189ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1166 (state 2986)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1167 (state 2987)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1168 (state 2988)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1169 (state 2989)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1170 (state 2990)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (323ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1171 (state 2991)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1172 (state 2992)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (217ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1173 (state 2993)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (438ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1174 (state 2994)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (373ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1175 (state 2995)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (277ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1176 (state 2996)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1177 (state 2997)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (254ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1178 (state 2998)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1179 (state 2999)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1180 (state 3000)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (218ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1181 (state 3001)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (371ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1182 (state 3002)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1183 (state 3003)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (204ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1184 (state 3004)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1185 (state 3005)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1186 (state 3006)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (154ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1187 (state 3007)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1188 (state 3008)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (154ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1189 (state 3009)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1190 (state 3010)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1191 (state 3011)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (182ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1192 (state 3012)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1193 (state 3013)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (331ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1194 (state 3014)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1195 (state 3015)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1196 (state 3016)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (327ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1197 (state 3017)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1198 (state 3018)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1199 (state 3019)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1200 (state 3020)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1201 (state 3021)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1202 (state 3022)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1203 (state 3023)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1204 (state 3024)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (269ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1205 (state 3025)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (277ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1206 (state 3026)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1207 (state 3027)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p2) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (156ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1208 (state 3028)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l5) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: true) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p2) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (81ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1209 (state 3029)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1210 (state 3030)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (133ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1211 (state 3031)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: true) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (86ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1212 (state 3032)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p3) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (156ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1213 (state 3033)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (284ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1214 (state 3034)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1215 (state 3035)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: l9) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1216 (state 3036)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (
    pc[p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1478ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1217 (state 3037)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1218 (state 3038)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1219 (state 3039)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1220 (state 3040)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1221 (state 3041)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1222 (state 3042)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1223 (state 3043)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1224 (state 3044)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1225 (state 3045)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (217ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1226 (state 3046)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1227 (state 3047)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (426ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1228 (state 3048)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1229 (state 3049)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (423ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1230 (state 3050)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1231 (state 3051)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1232 (state 3052)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1233 (state 3053)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1234 (state 3054)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1235 (state 3055)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1236 (state 3056)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1237 (state 3057)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1238 (state 3058)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1239 (state 3059)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (431ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1240 (state 3060)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1241 (state 3061)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (421ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1242 (state 3062)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1243 (state 3063)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1244 (state 3064)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1245 (state 3065)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1246 (state 3066)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (192ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1247 (state 3067)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (344ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1248 (state 3068)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1249 (state 3069)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (343ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1250 (state 3070)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (291ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1251 (state 3071)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1252 (state 3072)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1253 (state 3073)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1254 (state 3074)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1255 (state 3075)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1256 (state 3076)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (295ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1257 (state 3077)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1258 (state 3078)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1259 (state 3079)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (361ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1260 (state 3080)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1261 (state 3081)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1262 (state 3082)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1263 (state 3083)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1264 (state 3084)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1265 (state 3085)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1266 (state 3086)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1267 (state 3087)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1268 (state 3088)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (330ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1269 (state 3089)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (144ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1270 (state 3090)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1271 (state 3091)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1272 (state 3092)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1273 (state 3093)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1274 (state 3094)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1275 (state 3095)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1276 (state 3096)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1277 (state 3097)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1278 (state 3098)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1279 (state 3099)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1280 (state 3100)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1281 (state 3101)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1282 (state 3102)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1283 (state 3103)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1284 (state 3104)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1285 (state 3105)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1286 (state 3106)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (303ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1287 (state 3107)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1288 (state 3108)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (202ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1289 (state 3109)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (357ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1290 (state 3110)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1291 (state 3111)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (205ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1292 (state 3112)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (373ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1293 (state 3113)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1294 (state 3114)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1295 (state 3115)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1296 (state 3116)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1297 (state 3117)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1298 (state 3118)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1299 (state 3119)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1300 (state 3120)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1301 (state 3121)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (311ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1302 (state 3122)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1303 (state 3123)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1304 (state 3124)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (324ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1305 (state 3125)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1306 (state 3126)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1307 (state 3127)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1308 (state 3128)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1309 (state 3129)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1310 (state 3130)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (151ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1311 (state 3131)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1312 (state 3132)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1313 (state 3133)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1314 (state 3134)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1315 (state 3135)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (271ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1316 (state 3136)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1317 (state 3137)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1318 (state 3138)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1319 (state 3139)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l5) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: true) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: p2) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (82ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1320 (state 3140)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1321 (state 3141)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (133ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1322 (state 3142)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: true) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (84ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1323 (state 3143)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p4) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1324 (state 3144)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (305ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1325 (state 3145)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1326 (state 3146)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: l9) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (168ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1327 (state 3147)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1328 (state 3148)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1329 (state 3149)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (360ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1330 (state 3150)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1331 (state 3151)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1332 (state 3152)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (360ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1333 (state 3153)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1334 (state 3154)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1335 (state 3155)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (366ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1336 (state 3156)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1337 (state 3157)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1338 (state 3158)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1339 (state 3159)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1340 (state 3160)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (172ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1341 (state 3161)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (311ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1342 (state 3162)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1343 (state 3163)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1344 (state 3164)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1345 (state 3165)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1346 (state 3166)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1347 (state 3167)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (308ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1348 (state 3168)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (272ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1349 (state 3169)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1350 (state 3170)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1351 (state 3171)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (307ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1352 (state 3172)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1353 (state 3173)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1354 (state 3174)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1355 (state 3175)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1356 (state 3176)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (276ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1357 (state 3177)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1358 (state 3178)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1359 (state 3179)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: true) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p2) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (86ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1360 (state 3180)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (282ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1361 (state 3181)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (133ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1362 (state 3182)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: true) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (99ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1363 (state 3183)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p5) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1364 (state 3184)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (285ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1365 (state 3185)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1366 (state 3186)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1367 (state 3187)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: cs) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1368 (state 3188)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l7) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1369 (state 3189)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p2}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (81ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1370 (state 3190)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l8) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (287ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1371 (state 3191)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l4) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (130ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1372 (state 3192)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l5) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: true) (lock[p3]: false) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]: nop) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (79ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1373 (state 3193)
==========================================
reduce in MCS-EXP : modelCheck({glock: p2 cnt: 6 (pc[p1]: ss) (pc[p2]: l3) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: p6) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (155ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1374 (state 3194)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: l2) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (283ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1375 (state 3195)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l9) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1376 (state 3196)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: l1) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1377 (state 3197)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: fs) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (92ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1378 (state 3198)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l2) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 416255 in 4332565049ms cpu (1437ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1379 (state 3199)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (454ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1380 (state 3200)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (420ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1381 (state 3201)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (462ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1382 (state 3202)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1383 (state 3203)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (427ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1384 (state 3204)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (425ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1385 (state 3205)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1386 (state 3206)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1387 (state 3207)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1388 (state 3208)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1389 (state 3209)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (428ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1390 (state 3210)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (447ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1391 (state 3211)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (424ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1392 (state 3212)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1393 (state 3213)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (363ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1394 (state 3214)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (195ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1395 (state 3215)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1396 (state 3216)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1397 (state 3217)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1398 (state 3218)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1399 (state 3219)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1400 (state 3220)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1401 (state 3221)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (429ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1402 (state 3222)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (436ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1403 (state 3223)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 140202 in 4332565049ms cpu (442ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1404 (state 3224)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (194ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1405 (state 3225)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (338ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1406 (state 3226)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1407 (state 3227)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (341ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1408 (state 3228)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (201ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1409 (state 3229)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1410 (state 3230)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1411 (state 3231)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (340ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1412 (state 3232)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (296ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1413 (state 3233)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1414 (state 3234)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (339ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1415 (state 3235)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 65844 in 4332565049ms cpu (193ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1416 (state 3236)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 111124 in 4332565049ms cpu (342ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1417 (state 3237)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (314ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1418 (state 3238)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 96009 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1419 (state 3239)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1420 (state 3240)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1421 (state 3241)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (359ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1422 (state 3242)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1423 (state 3243)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1424 (state 3244)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (364ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1425 (state 3245)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (197ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1426 (state 3246)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1427 (state 3247)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (358ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1428 (state 3248)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1429 (state 3249)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l4) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (146ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1430 (state 3250)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1431 (state 3251)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1432 (state 3252)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1433 (state 3253)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (309ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1434 (state 3254)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (186ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1435 (state 3255)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (145ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1436 (state 3256)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (304ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1437 (state 3257)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1438 (state 3258)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1439 (state 3259)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1440 (state 3260)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (272ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1441 (state 3261)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1442 (state 3262)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1443 (state 3263)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (306ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1444 (state 3264)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l4) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1445 (state 3265)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1446 (state 3266)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1447 (state 3267)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l8) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (276ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1448 (state 3268)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (281ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1449 (state 3269)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (225ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1450 (state 3270)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (203ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1451 (state 3271)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (412ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1452 (state 3272)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (240ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1453 (state 3273)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (213ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1454 (state 3274)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (373ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1455 (state 3275)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1456 (state 3276)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1457 (state 3277)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (362ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1458 (state 3278)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (180ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1459 (state 3279)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1460 (state 3280)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (326ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1461 (state 3281)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1462 (state 3282)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (180ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1463 (state 3283)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (331ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1464 (state 3284)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (176ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1465 (state 3285)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1466 (state 3286)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (349ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1467 (state 3287)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (161ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1468 (state 3288)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1469 (state 3289)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (323ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1470 (state 3290)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (278ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1471 (state 3291)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (219ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1472 (state 3292)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (151ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1473 (state 3293)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (355ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1474 (state 3294)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (160ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1475 (state 3295)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (236ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1476 (state 3296)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (323ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1477 (state 3297)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1478 (state 3298)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (278ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1479 (state 3299)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (136ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1480 (state 3300)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (178ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1481 (state 3301)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l5) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: true) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: p3) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (83ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1482 (state 3302)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (293ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1483 (state 3303)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (135ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1484 (state 3304)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l5) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: true) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p4) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (87ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1485 (state 3305)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p4) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (161ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1486 (state 3306)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1487 (state 3307)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l9) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1488 (state 3308)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: l9) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1489 (state 3309)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1490 (state 3310)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (228ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1491 (state 3311)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (397ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1492 (state 3312)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1493 (state 3313)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (203ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1494 (state 3314)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (368ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1495 (state 3315)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1496 (state 3316)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (198ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1497 (state 3317)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (365ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1498 (state 3318)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1499 (state 3319)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (148ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1500 (state 3320)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1501 (state 3321)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (147ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1502 (state 3322)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1503 (state 3323)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1504 (state 3324)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1505 (state 3325)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1506 (state 3326)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (316ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1507 (state 3327)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (170ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1508 (state 3328)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (183ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1509 (state 3329)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (337ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1510 (state 3330)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (298ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1511 (state 3331)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1512 (state 3332)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1513 (state 3333)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (312ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1514 (state 3334)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1515 (state 3335)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1516 (state 3336)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (310ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1517 (state 3337)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (273ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1518 (state 3338)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l1) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (270ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1519 (state 3339)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (140ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1520 (state 3340)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1521 (state 3341)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: true) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p3) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (88ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1522 (state 3342)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (286ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1523 (state 3343)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (134ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1524 (state 3344)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l5) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: true) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p5) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (86ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1525 (state 3345)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p5) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (157ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1526 (state 3346)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (290ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1527 (state 3347)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l9) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1528 (state 3348)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (190ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1529 (state 3349)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: cs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1530 (state 3350)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l7) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (155ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1531 (state 3351)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p3}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (83ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1532 (state 3352)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l8) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (287ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1533 (state 3353)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l4) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (134ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1534 (state 3354)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l5) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: true) (lock[p4]: false) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: p6) (
    pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (83ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1535 (state 3355)
==========================================
reduce in MCS-EXP : modelCheck({glock: p3 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l3) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    p6) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1536 (state 3356)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: l2) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (287ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1537 (state 3357)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l9) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1538 (state 3358)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: l1) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (171ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1539 (state 3359)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: fs) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (95ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1540 (state 3360)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1541 (state 3361)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1542 (state 3362)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l2) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (367ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1543 (state 3363)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l3) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (196ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1544 (state 3364)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (199ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1545 (state 3365)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: cs) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (380ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1546 (state 3366)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l2) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (210ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1547 (state 3367)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l3) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 67138 in 4332565049ms cpu (200ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1548 (state 3368)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l2) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 119616 in 4332565049ms cpu (379ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1549 (state 3369)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (185ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1550 (state 3370)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l4) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1551 (state 3371)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l2) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1552 (state 3372)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l3) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (168ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1553 (state 3373)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: cs) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (186ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1554 (state 3374)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l7) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (315ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1555 (state 3375)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1556 (state 3376)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1557 (state 3377)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l1) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (313ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1558 (state 3378)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: l1) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (149ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1559 (state 3379)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l1) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (177ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1560 (state 3380)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l1) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (311ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1561 (state 3381)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: l1) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (276ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1562 (state 3382)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: cs) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1563 (state 3383)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (154ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1564 (state 3384)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l7) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (317ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1565 (state 3385)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l4) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 48221 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1566 (state 3386)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l3) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 58161 in 4332565049ms cpu (175ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1567 (state 3387)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l2) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 102324 in 4332565049ms cpu (332ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1568 (state 3388)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l8) (pc[p6]: l1) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (280ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1569 (state 3389)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l1) (pc[p5]: l1) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 89619 in 4332565049ms cpu (274ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1570 (state 3390)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: l4) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (136ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1571 (state 3391)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1572 (state 3392)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l5) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: true) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p4) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (82ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1573 (state 3393)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: l2) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1574 (state 3394)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: cs) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (134ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1575 (state 3395)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l5) (pc[p5]: l3) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: true) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (81ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1576 (state 3396)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: l7) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p5) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (155ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1577 (state 3397)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: l8) (pc[p6]: ss) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (287ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1578 (state 3398)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l9) (pc[p5]: l1) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1579 (state 3399)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: l9) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (179ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1580 (state 3400)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: cs) (pc[p5]: ss) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (132ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1581 (state 3401)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l7) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (150ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1582 (state 3402)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l5) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p4}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (85ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1583 (state 3403)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l8) (pc[p5]: ss) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1584 (state 3404)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l4) (pc[p5]: ss) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (135ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1585 (state 3405)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l5) (pc[p5]: ss) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: true) (lock[p5]:
    false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (
    pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (84ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1586 (state 3406)
==========================================
reduce in MCS-EXP : modelCheck({glock: p4 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l3) (pc[p5]: ss) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: p6) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1587 (state 3407)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: l2) (pc[p5]: ss) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (288ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1588 (state 3408)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l9) (pc[p5]: ss) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (173ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1589 (state 3409)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: l1) (pc[p5]: ss) (pc[p6]: l9) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1590 (state 3410)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: fs) (pc[p5]: ss) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (95ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1591 (state 3411)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: cs) (pc[p6]: l4) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (157ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1592 (state 3412)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l7) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (153ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1593 (state 3413)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l5) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: true) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: p5}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (80ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1594 (state 3414)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l8) (pc[p6]: l2) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (292ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1595 (state 3415)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l4) (pc[p6]: cs) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 43209 in 4332565049ms cpu (134ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1596 (state 3416)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l5) (pc[p6]: l3) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: true) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 26151 in 4332565049ms cpu (84ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1597 (state 3417)
==========================================
reduce in MCS-EXP : modelCheck({glock: p5 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l3) (pc[p6]: l7) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: p6) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 51339 in 4332565049ms cpu (152ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1598 (state 3418)
==========================================
reduce in MCS-EXP : modelCheck({glock: p6 cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (pc[
    p3]: ss) (pc[p4]: ss) (pc[p5]: l2) (pc[p6]: l8) (next[p1]: nop) (next[p2]:
    nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[
    p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (lock[
    p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]:
    nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1) .
rewrites: 94765 in 4332565049ms cpu (286ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1599 (state 3419)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l9) (pc[p6]: l1) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1600 (state 3420)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 6 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: l1) (pc[p6]: l9) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 56344 in 4332565049ms cpu (174ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1601 (state 3421)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: fs) (pc[p6]: ss) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (97ms real) (0 rewrites/second)
result Bool: true
==========================================
---> Solution 1602 (state 3422)
==========================================
reduce in MCS-EXP : modelCheck({glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (
    pc[p3]: ss) (pc[p4]: ss) (pc[p5]: ss) (pc[p6]: fs) (next[p1]: nop) (next[
    p2]: nop) (next[p3]: nop) (next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (
    lock[p1]: false) (lock[p2]: false) (lock[p3]: false) (lock[p4]: false) (
    lock[p5]: false) (lock[p6]: false) (pred[p1]: nop) (pred[p2]: nop) (pred[
    p3]: nop) (pred[p4]: nop) (pred[p5]: nop) depth: 0 pred[p6]: nop}, lofree1)
    .
rewrites: 29730 in 4332565049ms cpu (96ms real) (0 rewrites/second)
result Bool: true