in mcs

mod MCS-EXP is
  inc MCS-CHECK .
  var OCs : Soup{OComp} .
endm

---> Solution 1 (state 852)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 2 (state 853)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 3 (state 854)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 4 (state 855)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 5 (state 856)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 6 (state 857)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 7 (state 858)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 8 (state 859)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 9 (state 860)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 10 (state 861)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 11 (state 862)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 12 (state 863)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 13 (state 864)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 14 (state 865)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 15 (state 866)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 16 (state 867)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 17 (state 868)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 18 (state 869)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 19 (state 870)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 20 (state 871)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 21 (state 872)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 22 (state 873)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 23 (state 874)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 24 (state 875)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 25 (state 876)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 26 (state 877)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 27 (state 878)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 28 (state 879)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 29 (state 880)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 30 (state 881)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 31 (state 882)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 32 (state 883)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 33 (state 884)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 34 (state 885)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 35 (state 886)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 36 (state 887)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 37 (state 888)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 38 (state 889)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 39 (state 890)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 40 (state 891)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 41 (state 892)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 42 (state 893)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 43 (state 894)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 44 (state 895)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 45 (state 896)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 46 (state 897)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 47 (state 898)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 48 (state 899)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 49 (state 900)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 50 (state 901)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 51 (state 902)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 52 (state 903)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 53 (state 904)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 54 (state 905)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 55 (state 906)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 56 (state 907)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 57 (state 908)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 58 (state 909)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 59 (state 910)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 60 (state 911)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 61 (state 912)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 62 (state 913)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 63 (state 914)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 64 (state 915)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 65 (state 916)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 66 (state 917)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 67 (state 918)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 68 (state 919)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 69 (state 920)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 70 (state 921)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 71 (state 922)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 72 (state 923)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 73 (state 924)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 74 (state 925)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 75 (state 926)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 76 (state 927)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 77 (state 928)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 78 (state 929)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 79 (state 930)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 80 (state 931)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 81 (state 932)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 82 (state 933)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 83 (state 934)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 84 (state 935)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 85 (state 936)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 86 (state 937)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 87 (state 938)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 88 (state 939)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 89 (state 940)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 90 (state 941)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 91 (state 942)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 92 (state 943)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 93 (state 944)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 94 (state 945)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 95 (state 946)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 96 (state 947)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 97 (state 948)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 98 (state 949)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 99 (state 950)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 100 (state 951)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 101 (state 952)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 102 (state 953)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 103 (state 954)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 104 (state 955)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 105 (state 956)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 106 (state 957)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 107 (state 958)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 108 (state 959)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 109 (state 960)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 110 (state 961)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 111 (state 962)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 112 (state 963)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 113 (state 964)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 114 (state 965)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 115 (state 966)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 116 (state 967)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 117 (state 968)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 118 (state 969)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 119 (state 970)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 120 (state 971)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l2) (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)},lofree1) .

---> Solution 121 (state 972)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 122 (state 973)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 123 (state 974)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l2) (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)},lofree1) .

---> Solution 124 (state 975)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 125 (state 976)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 126 (state 977)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: cs) (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)},lofree1) .

---> Solution 127 (state 978)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 128 (state 979)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 129 (state 980)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: l1) (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)},lofree1) .

---> Solution 130 (state 981)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 131 (state 982)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 132 (state 983)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: l1) (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)},lofree1) .

---> Solution 133 (state 984)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 134 (state 985)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l4) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 135 (state 986)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l2) (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)},lofree1) .

---> Solution 136 (state 987)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: l3) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 137 (state 988)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: cs) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 138 (state 989)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l7) (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)},lofree1) .

---> Solution 139 (state 990)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: l1) (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)},lofree1) .

---> Solution 140 (state 991)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 141 (state 992)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l4) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 142 (state 993)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l2) (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)},lofree1) .

---> Solution 143 (state 994)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: l3) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 144 (state 995)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: cs) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 145 (state 996)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l7) (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)},lofree1) .

---> Solution 146 (state 997)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: l1) (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)},lofree1) .

---> Solution 147 (state 998)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l8) (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)},lofree1) .

---> Solution 148 (state 999)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 149 (state 1000)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 150 (state 1001)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 151 (state 1002)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 152 (state 1003)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 153 (state 1004)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 154 (state 1005)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 155 (state 1006)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 156 (state 1007)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 157 (state 1008)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 158 (state 1009)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 159 (state 1010)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 160 (state 1011)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 161 (state 1012)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 162 (state 1013)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 163 (state 1014)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 164 (state 1015)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 165 (state 1016)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 166 (state 1017)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 167 (state 1018)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 168 (state 1019)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 169 (state 1020)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 170 (state 1021)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 171 (state 1022)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 172 (state 1023)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 173 (state 1024)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 174 (state 1025)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 175 (state 1026)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 176 (state 1027)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 177 (state 1028)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 178 (state 1029)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 179 (state 1030)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 180 (state 1031)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 181 (state 1032)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 182 (state 1033)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 183 (state 1034)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 184 (state 1035)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 185 (state 1036)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 186 (state 1037)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 187 (state 1038)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 188 (state 1039)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 189 (state 1040)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 190 (state 1041)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 191 (state 1042)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 192 (state 1043)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 193 (state 1044)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 194 (state 1045)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 195 (state 1046)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 196 (state 1047)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 197 (state 1048)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 198 (state 1049)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 199 (state 1050)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 200 (state 1051)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 201 (state 1052)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 202 (state 1053)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 203 (state 1054)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 204 (state 1055)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 205 (state 1056)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 206 (state 1057)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 207 (state 1058)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 208 (state 1059)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 209 (state 1060)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 210 (state 1061)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 211 (state 1062)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 212 (state 1063)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 213 (state 1064)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 214 (state 1065)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 215 (state 1066)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 216 (state 1067)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 217 (state 1068)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 218 (state 1069)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 219 (state 1070)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 220 (state 1071)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 221 (state 1072)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 222 (state 1073)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 223 (state 1074)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 224 (state 1075)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 225 (state 1076)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 226 (state 1077)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 227 (state 1078)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 228 (state 1079)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 229 (state 1080)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 230 (state 1081)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 231 (state 1082)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 232 (state 1083)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 233 (state 1084)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 234 (state 1085)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 235 (state 1086)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 236 (state 1087)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 237 (state 1088)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 238 (state 1089)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 239 (state 1090)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 240 (state 1091)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 241 (state 1092)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 242 (state 1093)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 243 (state 1094)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 244 (state 1095)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 245 (state 1096)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 246 (state 1097)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 247 (state 1098)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 248 (state 1099)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 249 (state 1100)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l4) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 250 (state 1101)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l7) (pc[p2]: l3) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 251 (state 1102)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l5) (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]:
    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)},lofree1) .

---> Solution 252 (state 1103)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l2) (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)},lofree1) .

---> Solution 253 (state 1104)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: cs) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 254 (state 1105)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: l3) (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]: 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)},lofree1) .

---> Solution 255 (state 1106)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l7) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 256 (state 1107)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l8) (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)},lofree1) .

---> Solution 257 (state 1108)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: l1) (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)},lofree1) .

---> Solution 258 (state 1109)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l9) (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)},lofree1) .

---> Solution 259 (state 1110)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 260 (state 1111)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 261 (state 1112)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 262 (state 1113)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 263 (state 1114)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 264 (state 1115)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 265 (state 1116)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 266 (state 1117)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 267 (state 1118)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 268 (state 1119)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 269 (state 1120)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 270 (state 1121)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 271 (state 1122)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 272 (state 1123)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 273 (state 1124)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 274 (state 1125)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 275 (state 1126)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 276 (state 1127)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 277 (state 1128)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 278 (state 1129)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 279 (state 1130)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 280 (state 1131)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 281 (state 1132)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 282 (state 1133)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 283 (state 1134)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 284 (state 1135)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 285 (state 1136)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 286 (state 1137)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 287 (state 1138)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 288 (state 1139)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 289 (state 1140)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 290 (state 1141)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 291 (state 1142)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 292 (state 1143)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 293 (state 1144)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 294 (state 1145)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 295 (state 1146)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 296 (state 1147)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 297 (state 1148)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 298 (state 1149)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 299 (state 1150)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 300 (state 1151)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 301 (state 1152)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 302 (state 1153)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 303 (state 1154)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 304 (state 1155)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 305 (state 1156)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 306 (state 1157)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 307 (state 1158)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 308 (state 1159)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 309 (state 1160)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 310 (state 1161)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 311 (state 1162)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 312 (state 1163)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 313 (state 1164)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 314 (state 1165)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 315 (state 1166)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 316 (state 1167)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 317 (state 1168)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 318 (state 1169)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 319 (state 1170)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 320 (state 1171)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 321 (state 1172)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 322 (state 1173)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 323 (state 1174)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 324 (state 1175)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 325 (state 1176)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 326 (state 1177)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 327 (state 1178)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 328 (state 1179)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 329 (state 1180)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 330 (state 1181)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 331 (state 1182)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 332 (state 1183)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 333 (state 1184)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 334 (state 1185)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 335 (state 1186)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 336 (state 1187)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 337 (state 1188)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 338 (state 1189)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 339 (state 1190)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 340 (state 1191)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 341 (state 1192)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 342 (state 1193)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 343 (state 1194)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 344 (state 1195)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 345 (state 1196)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 346 (state 1197)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 347 (state 1198)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 348 (state 1199)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 349 (state 1200)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 350 (state 1201)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 351 (state 1202)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 352 (state 1203)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 353 (state 1204)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 354 (state 1205)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 355 (state 1206)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 356 (state 1207)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 357 (state 1208)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 358 (state 1209)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 359 (state 1210)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 360 (state 1211)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l4) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 361 (state 1212)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 362 (state 1213)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l5) (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]: 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)},lofree1) .

---> Solution 363 (state 1214)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l2) (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)},lofree1) .

---> Solution 364 (state 1215)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: cs) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 365 (state 1216)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: l3) (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]: 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)},lofree1) .

---> Solution 366 (state 1217)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l7) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 367 (state 1218)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l8) (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)},lofree1) .

---> Solution 368 (state 1219)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: l1) (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)},lofree1) .

---> Solution 369 (state 1220)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l9) (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)},lofree1) .

---> Solution 370 (state 1221)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 371 (state 1222)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 372 (state 1223)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 373 (state 1224)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 374 (state 1225)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 375 (state 1226)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 376 (state 1227)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 377 (state 1228)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 378 (state 1229)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 379 (state 1230)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 380 (state 1231)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 381 (state 1232)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 382 (state 1233)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 383 (state 1234)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 384 (state 1235)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 385 (state 1236)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 386 (state 1237)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 387 (state 1238)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 388 (state 1239)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: 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)},lofree1) .

---> Solution 389 (state 1240)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 390 (state 1241)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 391 (state 1242)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 392 (state 1243)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 393 (state 1244)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 394 (state 1245)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 395 (state 1246)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 396 (state 1247)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 397 (state 1248)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 398 (state 1249)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 399 (state 1250)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 400 (state 1251)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 401 (state 1252)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 402 (state 1253)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 403 (state 1254)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 404 (state 1255)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 405 (state 1256)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    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]: 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)},lofree1) .

---> Solution 406 (state 1257)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 407 (state 1258)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 408 (state 1259)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 409 (state 1260)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 410 (state 1261)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 411 (state 1262)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 412 (state 1263)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 413 (state 1264)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 414 (state 1265)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 415 (state 1266)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 416 (state 1267)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 417 (state 1268)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 418 (state 1269)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 419 (state 1270)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 420 (state 1271)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: fs) (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)},lofree1) .

---> Solution 421 (state 1272)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 422 (state 1273)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 423 (state 1274)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 424 (state 1275)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 425 (state 1276)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 426 (state 1277)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 427 (state 1278)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 428 (state 1279)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 429 (state 1280)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 430 (state 1281)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 431 (state 1282)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 432 (state 1283)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 433 (state 1284)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 434 (state 1285)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 435 (state 1286)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 436 (state 1287)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 437 (state 1288)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 438 (state 1289)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 439 (state 1290)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 440 (state 1291)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 441 (state 1292)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 442 (state 1293)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 443 (state 1294)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 444 (state 1295)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 445 (state 1296)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 446 (state 1297)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 447 (state 1298)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 448 (state 1299)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 449 (state 1300)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 450 (state 1301)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 451 (state 1302)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 452 (state 1303)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 453 (state 1304)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 454 (state 1305)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 455 (state 1306)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 456 (state 1307)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 457 (state 1308)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 458 (state 1309)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 459 (state 1310)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 460 (state 1311)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 461 (state 1312)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 462 (state 1313)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 463 (state 1314)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 464 (state 1315)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 465 (state 1316)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 466 (state 1317)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 467 (state 1318)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 468 (state 1319)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 469 (state 1320)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 470 (state 1321)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 471 (state 1322)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 472 (state 1323)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 473 (state 1324)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 474 (state 1325)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 475 (state 1326)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 476 (state 1327)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 477 (state 1328)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 478 (state 1329)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 479 (state 1330)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 480 (state 1331)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 481 (state 1332)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 482 (state 1333)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 483 (state 1334)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 484 (state 1335)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 485 (state 1336)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 486 (state 1337)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 487 (state 1338)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 488 (state 1339)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 489 (state 1340)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 490 (state 1341)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 491 (state 1342)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 492 (state 1343)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 493 (state 1344)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 494 (state 1345)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 495 (state 1346)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 496 (state 1347)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 497 (state 1348)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 498 (state 1349)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 499 (state 1350)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 500 (state 1351)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 501 (state 1352)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 502 (state 1353)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 503 (state 1354)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 504 (state 1355)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 505 (state 1356)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 506 (state 1357)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 507 (state 1358)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 508 (state 1359)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 509 (state 1360)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 510 (state 1361)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 511 (state 1362)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 512 (state 1363)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 513 (state 1364)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 514 (state 1365)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 515 (state 1366)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 516 (state 1367)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 517 (state 1368)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 518 (state 1369)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 519 (state 1370)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 520 (state 1371)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 521 (state 1372)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 522 (state 1373)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l4) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 523 (state 1374)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 524 (state 1375)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l5) (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]: 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)},lofree1) .

---> Solution 525 (state 1376)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l2) (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)},lofree1) .

---> Solution 526 (state 1377)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: cs) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 527 (state 1378)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: l3) (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]:
    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)},lofree1) .

---> Solution 528 (state 1379)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l7) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 529 (state 1380)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l8) (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)},lofree1) .

---> Solution 530 (state 1381)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: l1) (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)},lofree1) .

---> Solution 531 (state 1382)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l9) (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)},lofree1) .

---> Solution 532 (state 1383)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 533 (state 1384)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 534 (state 1385)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 535 (state 1386)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 536 (state 1387)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 537 (state 1388)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 538 (state 1389)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 539 (state 1390)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 540 (state 1391)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 541 (state 1392)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 542 (state 1393)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 543 (state 1394)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 544 (state 1395)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 545 (state 1396)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 546 (state 1397)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 547 (state 1398)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 548 (state 1399)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 549 (state 1400)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 550 (state 1401)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: 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)},lofree1) .

---> Solution 551 (state 1402)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 552 (state 1403)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 553 (state 1404)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 554 (state 1405)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 555 (state 1406)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 556 (state 1407)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 557 (state 1408)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 558 (state 1409)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 559 (state 1410)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 560 (state 1411)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 561 (state 1412)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 562 (state 1413)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 563 (state 1414)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 564 (state 1415)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 565 (state 1416)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 566 (state 1417)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 567 (state 1418)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: l3) (
    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]:
    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)},lofree1) .

---> Solution 568 (state 1419)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l7) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 569 (state 1420)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 570 (state 1421)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 571 (state 1422)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 572 (state 1423)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 573 (state 1424)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 574 (state 1425)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 575 (state 1426)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 576 (state 1427)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 577 (state 1428)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: 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)},lofree1) .

---> Solution 578 (state 1429)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 579 (state 1430)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 580 (state 1431)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 581 (state 1432)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 582 (state 1433)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: fs) (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)},lofree1) .

---> Solution 583 (state 1434)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 584 (state 1435)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 585 (state 1436)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 586 (state 1437)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 587 (state 1438)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 588 (state 1439)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 589 (state 1440)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 590 (state 1441)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 591 (state 1442)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 592 (state 1443)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 593 (state 1444)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 594 (state 1445)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 595 (state 1446)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 596 (state 1447)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 597 (state 1448)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 598 (state 1449)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 599 (state 1450)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 600 (state 1451)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 601 (state 1452)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: 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)},lofree1) .

---> Solution 602 (state 1453)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 603 (state 1454)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 604 (state 1455)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 605 (state 1456)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 606 (state 1457)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 607 (state 1458)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 608 (state 1459)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    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)},lofree1) .

---> Solution 609 (state 1460)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 610 (state 1461)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 611 (state 1462)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 612 (state 1463)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 613 (state 1464)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 614 (state 1465)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 615 (state 1466)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 616 (state 1467)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 617 (state 1468)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 618 (state 1469)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: l3) (
    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]: 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)},lofree1) .

---> Solution 619 (state 1470)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l7) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 620 (state 1471)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 621 (state 1472)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 622 (state 1473)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 623 (state 1474)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 624 (state 1475)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 625 (state 1476)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 626 (state 1477)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 627 (state 1478)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 628 (state 1479)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: 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)},lofree1) .

---> Solution 629 (state 1480)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 630 (state 1481)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 631 (state 1482)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 632 (state 1483)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 633 (state 1484)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: fs) (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)},lofree1) .

---> Solution 634 (state 1485)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 635 (state 1486)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: 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)},lofree1) .

---> Solution 636 (state 1487)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 637 (state 1488)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: fs) (pc[p6]: l2) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 638 (state 1489)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 639 (state 1490)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: fs) (pc[p6]: l3) (next[p1]: nop) (next[p2]: 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)},lofree1) .

---> Solution 640 (state 1491)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 641 (state 1492)

red in MCS-EXP : modelCheck( {glock: p6 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 642 (state 1493)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: fs) (pc[p6]: l1) (next[p1]: nop) (next[p2]: nop) (next[p3]: nop) (
    next[p4]: nop) (next[p5]: nop) (next[p6]: nop) (lock[p1]: false) (lock[p2]:
    false) (lock[p3]: false) (lock[p4]: false) (lock[p5]: false) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 643 (state 1494)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: fs) (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)},lofree1) .

---> Solution 644 (state 1495)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: fs) (
    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)},lofree1) .

---> Solution 645 (state 1496)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .





---> Solution 1 (state 852)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 2 (state 853)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 3 (state 854)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 4 (state 855)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 5 (state 856)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 6 (state 857)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 7 (state 858)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 8 (state 859)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 9 (state 860)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 10 (state 861)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 11 (state 862)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 12 (state 863)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 13 (state 864)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 14 (state 865)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 15 (state 866)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 16 (state 867)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 17 (state 868)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 18 (state 869)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 19 (state 870)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 20 (state 871)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 21 (state 872)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 22 (state 873)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 23 (state 874)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 24 (state 875)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 25 (state 876)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 26 (state 877)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 27 (state 878)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 28 (state 879)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 29 (state 880)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 30 (state 881)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 31 (state 882)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 32 (state 883)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 33 (state 884)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 34 (state 885)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 35 (state 886)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 36 (state 887)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 37 (state 888)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 38 (state 889)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 39 (state 890)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 40 (state 891)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 41 (state 892)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 42 (state 893)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 43 (state 894)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 44 (state 895)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 45 (state 896)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 46 (state 897)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 47 (state 898)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 48 (state 899)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 49 (state 900)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 50 (state 901)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 51 (state 902)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 52 (state 903)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 53 (state 904)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 54 (state 905)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 55 (state 906)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 56 (state 907)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 57 (state 908)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 58 (state 909)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 59 (state 910)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 60 (state 911)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 61 (state 912)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    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)},lofree1) .

---> Solution 62 (state 913)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 63 (state 914)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 64 (state 915)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 65 (state 916)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 66 (state 917)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 67 (state 918)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 68 (state 919)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 69 (state 920)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 70 (state 921)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 71 (state 922)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 72 (state 923)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 73 (state 924)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 74 (state 925)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 75 (state 926)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 76 (state 927)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 77 (state 928)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 78 (state 929)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 79 (state 930)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 80 (state 931)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 81 (state 932)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 82 (state 933)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 83 (state 934)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 84 (state 935)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 85 (state 936)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 86 (state 937)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 87 (state 938)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 88 (state 939)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 89 (state 940)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 90 (state 941)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 91 (state 942)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 92 (state 943)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 93 (state 944)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 94 (state 945)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 95 (state 946)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 96 (state 947)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 97 (state 948)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 98 (state 949)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 99 (state 950)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 100 (state 951)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 101 (state 952)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 102 (state 953)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 103 (state 954)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 104 (state 955)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 105 (state 956)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 106 (state 957)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 107 (state 958)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 108 (state 959)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 109 (state 960)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 110 (state 961)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 111 (state 962)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 112 (state 963)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 113 (state 964)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 114 (state 965)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 115 (state 966)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 116 (state 967)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 117 (state 968)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 118 (state 969)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 119 (state 970)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 120 (state 971)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: l2) (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)},lofree1) .

---> Solution 121 (state 972)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: l2) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 122 (state 973)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 123 (state 974)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: l2) (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)},lofree1) .

---> Solution 124 (state 975)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: l3) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 125 (state 976)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: l3) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 126 (state 977)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: cs) (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)},lofree1) .

---> Solution 127 (state 978)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 128 (state 979)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 129 (state 980)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: l1) (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)},lofree1) .

---> Solution 130 (state 981)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 131 (state 982)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 132 (state 983)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: l1) (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)},lofree1) .

---> Solution 133 (state 984)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 134 (state 985)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: l4) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 135 (state 986)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: l2) (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)},lofree1) .

---> Solution 136 (state 987)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: l3) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 137 (state 988)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: cs) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 138 (state 989)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: l7) (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)},lofree1) .

---> Solution 139 (state 990)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: l1) (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)},lofree1) .

---> Solution 140 (state 991)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 141 (state 992)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: l4) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 142 (state 993)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: l2) (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)},lofree1) .

---> Solution 143 (state 994)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: l3) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 144 (state 995)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: cs) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 145 (state 996)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: l7) (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)},lofree1) .

---> Solution 146 (state 997)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: l1) (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)},lofree1) .

---> Solution 147 (state 998)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: l8) (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)},lofree1) .

---> Solution 148 (state 999)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 149 (state 1000)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 150 (state 1001)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 151 (state 1002)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 152 (state 1003)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 153 (state 1004)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 154 (state 1005)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 155 (state 1006)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 156 (state 1007)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 157 (state 1008)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 158 (state 1009)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 159 (state 1010)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 160 (state 1011)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 161 (state 1012)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 162 (state 1013)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 163 (state 1014)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 164 (state 1015)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 165 (state 1016)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 166 (state 1017)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 167 (state 1018)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 168 (state 1019)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 169 (state 1020)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 170 (state 1021)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 171 (state 1022)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 172 (state 1023)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 173 (state 1024)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 174 (state 1025)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 175 (state 1026)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 176 (state 1027)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 177 (state 1028)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 178 (state 1029)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 179 (state 1030)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 180 (state 1031)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 181 (state 1032)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 182 (state 1033)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 183 (state 1034)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 184 (state 1035)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 185 (state 1036)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 186 (state 1037)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 187 (state 1038)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 188 (state 1039)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 189 (state 1040)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 190 (state 1041)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 191 (state 1042)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 192 (state 1043)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 193 (state 1044)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 194 (state 1045)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 195 (state 1046)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 196 (state 1047)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 197 (state 1048)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 198 (state 1049)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 199 (state 1050)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 200 (state 1051)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 201 (state 1052)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 202 (state 1053)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 203 (state 1054)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 204 (state 1055)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 205 (state 1056)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 206 (state 1057)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 207 (state 1058)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 208 (state 1059)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 209 (state 1060)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 210 (state 1061)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 211 (state 1062)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 212 (state 1063)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 213 (state 1064)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 214 (state 1065)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 215 (state 1066)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 216 (state 1067)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 217 (state 1068)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 218 (state 1069)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 219 (state 1070)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 220 (state 1071)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 221 (state 1072)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 222 (state 1073)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 223 (state 1074)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 224 (state 1075)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 225 (state 1076)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 226 (state 1077)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 227 (state 1078)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 228 (state 1079)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 229 (state 1080)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 230 (state 1081)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 231 (state 1082)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 232 (state 1083)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 233 (state 1084)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 234 (state 1085)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: cs) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 235 (state 1086)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 236 (state 1087)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 237 (state 1088)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 238 (state 1089)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 239 (state 1090)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 240 (state 1091)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 241 (state 1092)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 242 (state 1093)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 243 (state 1094)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 244 (state 1095)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 245 (state 1096)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 246 (state 1097)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 247 (state 1098)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l1) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 248 (state 1099)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 249 (state 1100)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: cs) (pc[p2]: l4) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 250 (state 1101)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l7) (pc[p2]: l3) (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]: p1) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 251 (state 1102)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l3) (pc[p2]: l5) (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]:
    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)},lofree1) .

---> Solution 252 (state 1103)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: l2) (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)},lofree1) .

---> Solution 253 (state 1104)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: cs) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 254 (state 1105)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: l3) (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]: 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)},lofree1) .

---> Solution 255 (state 1106)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: l7) (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]: p2) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 256 (state 1107)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: l2) (pc[p2]: l8) (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)},lofree1) .

---> Solution 257 (state 1108)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: l1) (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)},lofree1) .

---> Solution 258 (state 1109)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: l9) (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)},lofree1) .

---> Solution 259 (state 1110)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 260 (state 1111)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 261 (state 1112)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 262 (state 1113)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 263 (state 1114)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 264 (state 1115)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 265 (state 1116)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 266 (state 1117)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 267 (state 1118)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 268 (state 1119)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 269 (state 1120)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 270 (state 1121)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 271 (state 1122)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 272 (state 1123)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 273 (state 1124)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 274 (state 1125)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 275 (state 1126)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 276 (state 1127)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 277 (state 1128)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 278 (state 1129)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 279 (state 1130)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 280 (state 1131)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 281 (state 1132)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 282 (state 1133)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 283 (state 1134)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 284 (state 1135)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 285 (state 1136)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 286 (state 1137)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 287 (state 1138)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 288 (state 1139)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 289 (state 1140)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 290 (state 1141)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 291 (state 1142)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 292 (state 1143)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 293 (state 1144)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 294 (state 1145)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 295 (state 1146)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 296 (state 1147)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 297 (state 1148)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 298 (state 1149)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 299 (state 1150)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 300 (state 1151)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 301 (state 1152)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 302 (state 1153)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 303 (state 1154)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 304 (state 1155)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 305 (state 1156)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 306 (state 1157)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 307 (state 1158)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 308 (state 1159)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 309 (state 1160)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 310 (state 1161)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 311 (state 1162)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 312 (state 1163)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 313 (state 1164)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 314 (state 1165)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 315 (state 1166)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 316 (state 1167)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 317 (state 1168)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 318 (state 1169)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 319 (state 1170)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 320 (state 1171)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 321 (state 1172)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 322 (state 1173)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 323 (state 1174)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 324 (state 1175)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 325 (state 1176)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 326 (state 1177)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 327 (state 1178)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 328 (state 1179)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 329 (state 1180)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 330 (state 1181)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 331 (state 1182)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 332 (state 1183)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 333 (state 1184)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 334 (state 1185)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 335 (state 1186)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 336 (state 1187)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 337 (state 1188)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 338 (state 1189)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 339 (state 1190)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 340 (state 1191)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 341 (state 1192)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 342 (state 1193)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 343 (state 1194)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 344 (state 1195)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 345 (state 1196)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 346 (state 1197)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 347 (state 1198)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 348 (state 1199)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 349 (state 1200)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 350 (state 1201)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 351 (state 1202)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 352 (state 1203)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 353 (state 1204)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 354 (state 1205)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 355 (state 1206)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 356 (state 1207)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 357 (state 1208)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 358 (state 1209)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 359 (state 1210)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 360 (state 1211)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: l4) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 361 (state 1212)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: l3) (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]: p1) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 362 (state 1213)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l5) (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]: 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)},lofree1) .

---> Solution 363 (state 1214)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: l2) (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)},lofree1) .

---> Solution 364 (state 1215)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: cs) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 365 (state 1216)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: l3) (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]: 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)},lofree1) .

---> Solution 366 (state 1217)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: l7) (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]: p3) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 367 (state 1218)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: l8) (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)},lofree1) .

---> Solution 368 (state 1219)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: l1) (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)},lofree1) .

---> Solution 369 (state 1220)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: l9) (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)},lofree1) .

---> Solution 370 (state 1221)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 371 (state 1222)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 372 (state 1223)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 373 (state 1224)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 374 (state 1225)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 375 (state 1226)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 376 (state 1227)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 377 (state 1228)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 378 (state 1229)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 379 (state 1230)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 380 (state 1231)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l1) (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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 381 (state 1232)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 382 (state 1233)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 383 (state 1234)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 384 (state 1235)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 385 (state 1236)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 386 (state 1237)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l4) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 387 (state 1238)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 388 (state 1239)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 389 (state 1240)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 390 (state 1241)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 391 (state 1242)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 392 (state 1243)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 393 (state 1244)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l4) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 394 (state 1245)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 395 (state 1246)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 396 (state 1247)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: cs) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 397 (state 1248)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 398 (state 1249)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 399 (state 1250)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 400 (state 1251)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 401 (state 1252)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p1) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 402 (state 1253)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 403 (state 1254)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 404 (state 1255)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 405 (state 1256)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    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]: 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)},lofree1) .

---> Solution 406 (state 1257)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    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]: p4) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 407 (state 1258)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 408 (state 1259)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 409 (state 1260)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 410 (state 1261)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: cs) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 411 (state 1262)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l7) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 412 (state 1263)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l5) (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]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p1) (pred[p6]: nop)},lofree1) .

---> Solution 413 (state 1264)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l8) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 414 (state 1265)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l4) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 415 (state 1266)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l5) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (pc[p6]: fs) (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)},lofree1) .

---> Solution 416 (state 1267)

red in MCS-EXP : modelCheck( {glock: p1 cnt: 5 (pc[p1]: l3) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (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]: p5) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 417 (state 1268)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: l2) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 418 (state 1269)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l9) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 419 (state 1270)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: l1) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l9) (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)},lofree1) .

---> Solution 420 (state 1271)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: fs) (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)},lofree1) .

---> Solution 421 (state 1272)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 422 (state 1273)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 423 (state 1274)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 424 (state 1275)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 425 (state 1276)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 426 (state 1277)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 427 (state 1278)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 428 (state 1279)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 429 (state 1280)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 430 (state 1281)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l1) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 431 (state 1282)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 432 (state 1283)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 433 (state 1284)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 434 (state 1285)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 435 (state 1286)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 436 (state 1287)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 437 (state 1288)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 438 (state 1289)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 439 (state 1290)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 440 (state 1291)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 441 (state 1292)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 442 (state 1293)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 443 (state 1294)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 444 (state 1295)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 445 (state 1296)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 446 (state 1297)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: l3) (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)},lofree1) .

---> Solution 447 (state 1298)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 448 (state 1299)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 449 (state 1300)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 450 (state 1301)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 451 (state 1302)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 452 (state 1303)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 453 (state 1304)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 454 (state 1305)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 455 (state 1306)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 456 (state 1307)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 457 (state 1308)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 458 (state 1309)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 459 (state 1310)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 460 (state 1311)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 461 (state 1312)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 462 (state 1313)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 463 (state 1314)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 464 (state 1315)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 465 (state 1316)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: l2) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 466 (state 1317)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 467 (state 1318)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 468 (state 1319)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 469 (state 1320)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 470 (state 1321)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: cs) (
    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)},lofree1) .

---> Solution 471 (state 1322)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 472 (state 1323)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: l1) (
    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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 473 (state 1324)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 474 (state 1325)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 475 (state 1326)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: l1) (
    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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 476 (state 1327)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 477 (state 1328)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 478 (state 1329)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 479 (state 1330)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 480 (state 1331)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: l3) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 481 (state 1332)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 482 (state 1333)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 483 (state 1334)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 484 (state 1335)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 485 (state 1336)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 486 (state 1337)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 487 (state 1338)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: l3) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 488 (state 1339)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 489 (state 1340)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: l7) (
    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)},lofree1) .

---> Solution 490 (state 1341)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 491 (state 1342)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 492 (state 1343)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 493 (state 1344)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 494 (state 1345)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 495 (state 1346)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l2) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 496 (state 1347)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 497 (state 1348)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 498 (state 1349)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 499 (state 1350)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 500 (state 1351)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 501 (state 1352)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 502 (state 1353)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 503 (state 1354)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 504 (state 1355)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 505 (state 1356)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l1) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 506 (state 1357)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 507 (state 1358)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 508 (state 1359)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 509 (state 1360)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 510 (state 1361)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 511 (state 1362)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 512 (state 1363)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 513 (state 1364)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 514 (state 1365)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 515 (state 1366)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 516 (state 1367)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 517 (state 1368)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 518 (state 1369)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 519 (state 1370)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 520 (state 1371)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 521 (state 1372)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 522 (state 1373)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: l4) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 523 (state 1374)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: l3) (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]: p2) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 524 (state 1375)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l5) (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]: 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)},lofree1) .

---> Solution 525 (state 1376)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: l2) (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)},lofree1) .

---> Solution 526 (state 1377)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: cs) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 527 (state 1378)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: l3) (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]:
    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)},lofree1) .

---> Solution 528 (state 1379)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: l7) (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]: p3) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 529 (state 1380)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: l8) (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)},lofree1) .

---> Solution 530 (state 1381)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: l1) (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)},lofree1) .

---> Solution 531 (state 1382)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: l9) (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)},lofree1) .

---> Solution 532 (state 1383)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 533 (state 1384)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 534 (state 1385)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 535 (state 1386)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 536 (state 1387)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 537 (state 1388)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 538 (state 1389)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 539 (state 1390)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 540 (state 1391)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 541 (state 1392)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 542 (state 1393)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l1) (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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 543 (state 1394)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 544 (state 1395)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 545 (state 1396)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l1) (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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 546 (state 1397)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 547 (state 1398)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 548 (state 1399)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l4) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 549 (state 1400)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 550 (state 1401)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 551 (state 1402)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: cs) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 552 (state 1403)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 553 (state 1404)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 554 (state 1405)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 555 (state 1406)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l4) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 556 (state 1407)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 557 (state 1408)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 558 (state 1409)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: cs) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 559 (state 1410)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 560 (state 1411)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 561 (state 1412)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 562 (state 1413)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: l4) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 563 (state 1414)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: l3) (
    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]: p2) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 564 (state 1415)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 565 (state 1416)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 566 (state 1417)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: cs) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 567 (state 1418)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: l3) (
    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]:
    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)},lofree1) .

---> Solution 568 (state 1419)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: l7) (
    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]: p4) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 569 (state 1420)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 570 (state 1421)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 571 (state 1422)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 572 (state 1423)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: cs) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 573 (state 1424)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l7) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 574 (state 1425)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l5) (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]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p2) (pred[p6]: nop)},lofree1) .

---> Solution 575 (state 1426)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l8) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 576 (state 1427)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l4) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 577 (state 1428)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l5) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l3) (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]:
    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)},lofree1) .

---> Solution 578 (state 1429)

red in MCS-EXP : modelCheck( {glock: p2 cnt: 5 (pc[p1]: ss) (pc[p2]: l3) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l7) (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]: p5) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 579 (state 1430)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: l2) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 580 (state 1431)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l9) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 581 (state 1432)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: l1) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: l9) (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)},lofree1) .

---> Solution 582 (state 1433)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: fs) (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)},lofree1) .

---> Solution 583 (state 1434)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 584 (state 1435)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 585 (state 1436)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l2) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 586 (state 1437)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l3) (
    pc[p5]: l2) (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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 587 (state 1438)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 588 (state 1439)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: cs) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 589 (state 1440)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l2) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 590 (state 1441)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l3) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 591 (state 1442)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l2) (
    pc[p5]: cs) (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)},lofree1) .

---> Solution 592 (state 1443)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 593 (state 1444)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l4) (
    pc[p5]: l1) (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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 594 (state 1445)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l2) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 595 (state 1446)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l3) (
    pc[p5]: l1) (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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 596 (state 1447)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: cs) (
    pc[p5]: l1) (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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 597 (state 1448)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l7) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 598 (state 1449)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 599 (state 1450)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: l4) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 600 (state 1451)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l1) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 601 (state 1452)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: l1) (
    pc[p5]: l3) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 602 (state 1453)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l1) (
    pc[p5]: cs) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 603 (state 1454)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l1) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 604 (state 1455)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l1) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 605 (state 1456)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: cs) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 606 (state 1457)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: l4) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 607 (state 1458)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l7) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 608 (state 1459)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l4) (
    pc[p5]: l3) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 609 (state 1460)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l3) (
    pc[p5]: cs) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 610 (state 1461)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l2) (
    pc[p5]: l7) (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)},lofree1) .

---> Solution 611 (state 1462)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l8) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 612 (state 1463)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l1) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 613 (state 1464)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: l4) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 614 (state 1465)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: l3) (
    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]: p3) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 615 (state 1466)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l5) (
    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]: 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)},lofree1) .

---> Solution 616 (state 1467)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: l2) (
    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)},lofree1) .

---> Solution 617 (state 1468)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: cs) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 618 (state 1469)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: l3) (
    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]: 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)},lofree1) .

---> Solution 619 (state 1470)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: l7) (
    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]: p4) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 620 (state 1471)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: l8) (
    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)},lofree1) .

---> Solution 621 (state 1472)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: l1) (
    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)},lofree1) .

---> Solution 622 (state 1473)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: l9) (
    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)},lofree1) .

---> Solution 623 (state 1474)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: cs) (pc[p4]: ss) (
    pc[p5]: l4) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 624 (state 1475)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l7) (pc[p4]: ss) (
    pc[p5]: l3) (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]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 625 (state 1476)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l5) (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]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p3) (pred[p6]: nop)},lofree1) .

---> Solution 626 (state 1477)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l8) (pc[p4]: ss) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 627 (state 1478)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l4) (pc[p4]: ss) (
    pc[p5]: cs) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 628 (state 1479)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l5) (pc[p4]: ss) (
    pc[p5]: l3) (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]: 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)},lofree1) .

---> Solution 629 (state 1480)

red in MCS-EXP : modelCheck( {glock: p3 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l3) (pc[p4]: ss) (
    pc[p5]: l7) (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]: p5) (pred[p4]: nop) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 630 (state 1481)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l2) (pc[p4]: ss) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 631 (state 1482)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l9) (pc[p4]: ss) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 632 (state 1483)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: l1) (pc[p4]: ss) (
    pc[p5]: l9) (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)},lofree1) .

---> Solution 633 (state 1484)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: fs) (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)},lofree1) .

---> Solution 634 (state 1485)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: cs) (
    pc[p5]: l4) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 635 (state 1486)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l7) (
    pc[p5]: l3) (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]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 636 (state 1487)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l5) (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]: true) (lock[p6]:
    false) (pred[p1]: nop) (pred[p2]: nop) (pred[p3]: nop) (pred[p4]: nop) (
    pred[p5]: p4) (pred[p6]: nop)},lofree1) .

---> Solution 637 (state 1488)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l8) (
    pc[p5]: l2) (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)},lofree1) .

---> Solution 638 (state 1489)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l4) (
    pc[p5]: cs) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 639 (state 1490)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l5) (
    pc[p5]: l3) (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]: 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)},lofree1) .

---> Solution 640 (state 1491)

red in MCS-EXP : modelCheck( {glock: p4 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l3) (
    pc[p5]: l7) (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]: p5) (
    pred[p5]: nop) (pred[p6]: nop)},lofree1) .

---> Solution 641 (state 1492)

red in MCS-EXP : modelCheck( {glock: p5 cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l2) (
    pc[p5]: l8) (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)},lofree1) .

---> Solution 642 (state 1493)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l9) (
    pc[p5]: l1) (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)},lofree1) .

---> Solution 643 (state 1494)

red in MCS-EXP : modelCheck( {glock: nop cnt: 5 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: l1) (
    pc[p5]: l9) (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)},lofree1) .

---> Solution 644 (state 1495)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: fs) (
    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)},lofree1) .

---> Solution 645 (state 1496)

red in MCS-EXP : modelCheck( {glock: nop cnt: 4 (pc[p1]: ss) (pc[p2]: ss) (pc[p3]: ss) (pc[p4]: ss) (
    pc[p5]: fs) (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)},lofree1) .