X86 X051+X052-A "Fre PodWW Wse PodWR Fre PodWR Fre PodWR+Fre PodWW Wse PodWR Fre PodWR" {} P0 | P1 | P2 | P3 ; MOV [a],$1 | MOV [d],$1 | MOV [y],$1 | MOV %atom,$1 ; MOV %atom,$2 | MOV [b],$1 | MOV %atom,$1 | XCHG [z],%atom ; XCHG [b],%atom | MOV %atom,$2 | XCHG [c],%atom | MOV EAX,[a] ; MOV EAX,[c] | XCHG [x],%atom | MOV EBX,[d] | ; MOV [x],$1 | MOV EAX,[y] | MOV EAX,[z] | ; forall (0:EAX=1 /\ (1:EAX=1 /\ (2:EAX=1 /\ (2:EBX=1 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1))) \/ 2:EBX=0 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)))) \/ 2:EAX=0 /\ (2:EBX=1 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1))) \/ 2:EBX=0 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1))))) \/ 1:EAX=0 /\ 2:EBX=1 /\ x=1 /\ (2:EAX=1 /\ (3:EAX=1 /\ (b=2 \/ b=1) \/ 3:EAX=0 /\ (b=2 \/ b=1)) \/ 2:EAX=0 /\ (3:EAX=1 /\ (b=2 \/ b=1) \/ 3:EAX=0 /\ b=2))) \/ 0:EAX=0 /\ (1:EAX=1 /\ (2:EAX=1 /\ (2:EBX=1 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1))) \/ 2:EBX=0 /\ b=1 /\ (3:EAX=1 /\ (x=2 \/ x=1) \/ 3:EAX=0 /\ (x=2 \/ x=1))) \/ 2:EAX=0 /\ 3:EAX=1 /\ (2:EBX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 2:EBX=0 /\ b=1 /\ (x=2 \/ x=1))) \/ 1:EAX=0 /\ 2:EBX=1 /\ (2:EAX=1 /\ (3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)) \/ 3:EAX=0 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1))) \/ 2:EAX=0 /\ 3:EAX=1 /\ (b=2 /\ (x=2 \/ x=1) \/ b=1 /\ (x=2 \/ x=1)))))