usedef.ans

=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480a0:je     0x080480a3<<Insn>>
Symbolic@0x26f1a20 insn@0x080480a0[0]: startInstruction(je     0x080480a3<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480a0[0]: number_(32, 2) = {defs={0x080480a0}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480a0[0]: number_(32, 134512800) = {defs={0x080480a0}, expr=0x080480a0<134512800>[32]}
Symbolic@0x26f1a20 insn@0x080480a0[0]: add({defs={0x080480a0}, expr=0x080480a0<134512800>[32]}, {defs={0x080480a0}, expr=0x00000002[32]}) = {defs={0x080480a0}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480a0[0]: writeRegister(eip, {defs={0x080480a0}, expr=0x080480a2<134512802>[32]})
Symbolic@0x26f1a20 insn@0x080480a0[0]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480a0[0]: readRegister(eip) = {defs={0x080480a0}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480a0[0]: number_(32, 134512803) = {defs={0x080480a0}, expr=0x080480a3<134512803>[32]}
Symbolic@0x26f1a20 insn@0x080480a0[0]: ite(zf_0[1], {defs={0x080480a0}, expr=0x080480a3<134512803>[32]}, {defs={0x080480a0}, expr=0x080480a2<134512802>[32]}) = {defs={0x080480a0}, expr=(ite[32] zf_0[1] 0x080480a3<134512803>[32] 0x080480a2<134512802>[32])}
Symbolic@0x26f1a20 insn@0x080480a0[0]: writeRegister(eip, {defs={0x080480a0}, expr=(ite[32] zf_0[1] 0x080480a3<134512803>[32] 0x080480a2<134512802>[32])})
Symbolic@0x26f1a20 insn@0x080480a0[0]: finishInstruction(je     0x080480a3<<Insn>>)
registers:
  eip    [writer=0x080480a0] = {defs={0x080480a0}, expr=(ite[32] zf_0[1] 0x080480a3<134512803>[32] 0x080480a2<134512802>[32])}
memory:
Symbolic@0x26f1a20 insn@0x080480a0[0]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480a2:hlt    
Symbolic@0x26f1a20 insn@0x080480a2[0]: startInstruction(hlt)
Symbolic@0x26f1a20 insn@0x080480a2[0]: number_(32, 1) = {defs={0x080480a2}, expr=0x00000001[32]}
Symbolic@0x26f1a20 insn@0x080480a2[0]: number_(32, 134512802) = {defs={0x080480a2}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480a2[0]: add({defs={0x080480a2}, expr=0x080480a2<134512802>[32]}, {defs={0x080480a2}, expr=0x00000001[32]}) = {defs={0x080480a2}, expr=0x080480a3<134512803>[32]}
Symbolic@0x26f1a20 insn@0x080480a2[0]: writeRegister(eip, {defs={0x080480a2}, expr=0x080480a3<134512803>[32]})
Symbolic@0x26f1a20 insn@0x080480a2[0]: hlt()
Symbolic@0x26f1a20 insn@0x080480a2[0]: number_(32, 134512802) = {defs={0x080480a2}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480a2[0]: writeRegister(eip, {defs={0x080480a2}, expr=0x080480a2<134512802>[32]})
Symbolic@0x26f1a20 insn@0x080480a2[0]: finishInstruction(hlt)
registers:
  eip    [writer=0x080480a2] = {defs={0x080480a2}, expr=0x080480a2<134512802>[32]}
memory:
Symbolic@0x26f1a20 insn@0x080480a2[0]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480a3:mov    eax, ebx
Symbolic@0x26f1a20 insn@0x080480a3[0]: startInstruction(mov    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480a3[0]: number_(32, 2) = {defs={0x080480a3}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480a3[0]: number_(32, 134512803) = {defs={0x080480a3}, expr=0x080480a3<134512803>[32]}
Symbolic@0x26f1a20 insn@0x080480a3[0]: add({defs={0x080480a3}, expr=0x080480a3<134512803>[32]}, {defs={0x080480a3}, expr=0x00000002[32]}) = {defs={0x080480a3}, expr=0x080480a5<134512805>[32]}
Symbolic@0x26f1a20 insn@0x080480a3[0]: writeRegister(eip, {defs={0x080480a3}, expr=0x080480a5<134512805>[32]})
Symbolic@0x26f1a20 insn@0x080480a3[0]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480a3[0]: writeRegister(eax, ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480a3[0]: finishInstruction(mov    eax, ebx)
registers:
  eax    [writer=0x080480a3] = ebx_0[32]
  eip    [writer=0x080480a3] = {defs={0x080480a3}, expr=0x080480a5<134512805>[32]}
memory:

0x80480a5:mov    eax, eax
Symbolic@0x26f1a20 insn@0x080480a5[1]: startInstruction(mov    eax, eax)
Symbolic@0x26f1a20 insn@0x080480a5[1]: number_(32, 2) = {defs={0x080480a5}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480a5[1]: number_(32, 134512805) = {defs={0x080480a5}, expr=0x080480a5<134512805>[32]}
Symbolic@0x26f1a20 insn@0x080480a5[1]: add({defs={0x080480a5}, expr=0x080480a5<134512805>[32]}, {defs={0x080480a5}, expr=0x00000002[32]}) = {defs={0x080480a5}, expr=0x080480a7<134512807>[32]}
Symbolic@0x26f1a20 insn@0x080480a5[1]: writeRegister(eip, {defs={0x080480a5}, expr=0x080480a7<134512807>[32]})
Symbolic@0x26f1a20 insn@0x080480a5[1]: readRegister(eax) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480a5[1]: writeRegister(eax, ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480a5[1]: finishInstruction(mov    eax, eax)
registers:
  eax    [writer=0x080480a5] = ebx_0[32]
  eip    [writer=0x080480a5] = {defs={0x080480a5}, expr=0x080480a7<134512807>[32]}
memory:

0x80480a7:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480a7[2]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480a7[2]: number_(32, 2) = {defs={0x080480a7}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480a7[2]: number_(32, 134512807) = {defs={0x080480a7}, expr=0x080480a7<134512807>[32]}
Symbolic@0x26f1a20 insn@0x080480a7[2]: add({defs={0x080480a7}, expr=0x080480a7<134512807>[32]}, {defs={0x080480a7}, expr=0x00000002[32]}) = {defs={0x080480a7}, expr=0x080480a9<134512809>[32]}
Symbolic@0x26f1a20 insn@0x080480a7[2]: writeRegister(eip, {defs={0x080480a7}, expr=0x080480a9<134512809>[32]})
Symbolic@0x26f1a20 insn@0x080480a7[2]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480a7[2]: readRegister(eip) = {defs={0x080480a7}, expr=0x080480a9<134512809>[32]}
Symbolic@0x26f1a20 insn@0x080480a7[2]: number_(32, 134512802) = {defs={0x080480a7}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480a7[2]: ite(zf_0[1], {defs={0x080480a7}, expr=0x080480a2<134512802>[32]}, {defs={0x080480a7}, expr=0x080480a9<134512809>[32]}) = {defs={0x080480a7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480a9<134512809>[32])}
Symbolic@0x26f1a20 insn@0x080480a7[2]: writeRegister(eip, {defs={0x080480a7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480a9<134512809>[32])})
Symbolic@0x26f1a20 insn@0x080480a7[2]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480a5] = ebx_0[32]
  eip    [writer=0x080480a7] = {defs={0x080480a7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480a9<134512809>[32])}
memory:
Symbolic@0x26f1a20 insn@0x080480a7[2]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480a9:add    eax, eax
Symbolic@0x26f1a20 insn@0x080480a9[0]: startInstruction(add    eax, eax)
Symbolic@0x26f1a20 insn@0x080480a9[0]: number_(32, 2) = {defs={0x080480a9}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480a9[0]: number_(32, 134512809) = {defs={0x080480a9}, expr=0x080480a9<134512809>[32]}
Symbolic@0x26f1a20 insn@0x080480a9[0]: add({defs={0x080480a9}, expr=0x080480a9<134512809>[32]}, {defs={0x080480a9}, expr=0x00000002[32]}) = {defs={0x080480a9}, expr=0x080480ab<134512811>[32]}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(eip, {defs={0x080480a9}, expr=0x080480ab<134512811>[32]})
Symbolic@0x26f1a20 insn@0x080480a9[0]: boolean_(0) = {defs={0x080480a9}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480a9[0]: readRegister(eax) = eax_0[32]
Symbolic@0x26f1a20 insn@0x080480a9[0]: readRegister(eax) = eax_0[32]
Symbolic@0x26f1a20 insn@0x080480a9[0]: addWithCarries(eax_0[32], eax_0[32], {defs={0x080480a9}, expr=0x0[1]}) = {defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480a9[0]: also returns: {defs={0x080480a9}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}, 0, 8) = {defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 1, 2) = {defs={0x080480a9}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 0, 1) = {defs={0x080480a9}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32]))}, {defs={0x080480a9}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32]))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 3, 4) = {defs={0x080480a9}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 2, 3) = {defs={0x080480a9}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32]))}, {defs={0x080480a9}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32]))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 5, 6) = {defs={0x080480a9}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 4, 5) = {defs={0x080480a9}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32]))}, {defs={0x080480a9}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32]))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 7, 8) = {defs={0x080480a9}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}, 6, 7) = {defs={0x080480a9}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32]))}, {defs={0x080480a9}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])))}, {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])))}, {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])))}, {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: invert({defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32])))}) = {defs={0x080480a9}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(pf, {defs={0x080480a9}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}, 31, 32) = {defs={0x080480a9}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(sf, {defs={0x080480a9}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: equalToZero({defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}) = {defs={0x080480a9}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(zf, {defs={0x080480a9}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}, 31, 32) = {defs={0x080480a9}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}, 30, 31) = {defs={0x080480a9}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: extract({defs={0x080480a9}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}, 3, 4) = {defs={0x080480a9}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(af, {defs={0x080480a9}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(cf, {defs={0x080480a9}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: xor_({defs={0x080480a9}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}, {defs={0x080480a9}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}) = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))))}
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(of, {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))))})
Symbolic@0x26f1a20 insn@0x080480a9[0]: writeRegister(eax, {defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480a9[0]: finishInstruction(add    eax, eax)
registers:
  eax    [writer=0x080480a9] = {defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}
  eip    [writer=0x080480a9] = {defs={0x080480a9}, expr=0x080480ab<134512811>[32]}
  pf     [writer=0x080480a9] = {defs={0x080480a9}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32]))))}
  sf     [writer=0x080480a9] = {defs={0x080480a9}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32]))}
  zf     [writer=0x080480a9] = {defs={0x080480a9}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32]))}
  af     [writer=0x080480a9] = {defs={0x080480a9}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
  cf     [writer=0x080480a9] = {defs={0x080480a9}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32]))))}
  of     [writer=0x080480a9] = {defs={0x080480a9}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] eax_0[32]) (uextend[33] 0x00000021[32] eax_0[32])))))}
memory:

0x80480ab:add    ebx, ebx
Symbolic@0x26f1a20 insn@0x080480ab[1]: startInstruction(add    ebx, ebx)
Symbolic@0x26f1a20 insn@0x080480ab[1]: number_(32, 2) = {defs={0x080480ab}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480ab[1]: number_(32, 134512811) = {defs={0x080480ab}, expr=0x080480ab<134512811>[32]}
Symbolic@0x26f1a20 insn@0x080480ab[1]: add({defs={0x080480ab}, expr=0x080480ab<134512811>[32]}, {defs={0x080480ab}, expr=0x00000002[32]}) = {defs={0x080480ab}, expr=0x080480ad<134512813>[32]}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(eip, {defs={0x080480ab}, expr=0x080480ad<134512813>[32]})
Symbolic@0x26f1a20 insn@0x080480ab[1]: boolean_(0) = {defs={0x080480ab}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480ab[1]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480ab[1]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480ab[1]: addWithCarries(ebx_0[32], ebx_0[32], {defs={0x080480ab}, expr=0x0[1]}) = {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}
Symbolic@0x26f1a20 insn@0x080480ab[1]: also returns: {defs={0x080480ab}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}, 0, 8) = {defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 1, 2) = {defs={0x080480ab}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 0, 1) = {defs={0x080480ab}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480ab}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 3, 4) = {defs={0x080480ab}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 2, 3) = {defs={0x080480ab}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480ab}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 5, 6) = {defs={0x080480ab}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 4, 5) = {defs={0x080480ab}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480ab}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 7, 8) = {defs={0x080480ab}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}, 6, 7) = {defs={0x080480ab}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480ab}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: invert({defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480ab}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(pf, {defs={0x080480ab}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}, 31, 32) = {defs={0x080480ab}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(sf, {defs={0x080480ab}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] ebx_0[32] ebx_0[32]))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: equalToZero({defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}) = {defs={0x080480ab}, expr=(zerop[1] (add[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(zf, {defs={0x080480ab}, expr=(zerop[1] (add[32] ebx_0[32] ebx_0[32]))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}, 31, 32) = {defs={0x080480ab}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}, 30, 31) = {defs={0x080480ab}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: extract({defs={0x080480ab}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}, 3, 4) = {defs={0x080480ab}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(af, {defs={0x080480ab}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(cf, {defs={0x080480ab}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: xor_({defs={0x080480ab}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}, {defs={0x080480ab}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}) = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))))}
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(of, {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))))})
Symbolic@0x26f1a20 insn@0x080480ab[1]: writeRegister(ebx, {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])})
Symbolic@0x26f1a20 insn@0x080480ab[1]: finishInstruction(add    ebx, ebx)
registers:
  eax    [writer=0x080480a9] = {defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}
  ebx    [writer=0x080480ab] = {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}
  eip    [writer=0x080480ab] = {defs={0x080480ab}, expr=0x080480ad<134512813>[32]}
  pf     [writer=0x080480ab] = {defs={0x080480ab}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] ebx_0[32] ebx_0[32]))))}
  sf     [writer=0x080480ab] = {defs={0x080480ab}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] ebx_0[32] ebx_0[32]))}
  zf     [writer=0x080480ab] = {defs={0x080480ab}, expr=(zerop[1] (add[32] ebx_0[32] ebx_0[32]))}
  af     [writer=0x080480ab] = {defs={0x080480ab}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
  cf     [writer=0x080480ab] = {defs={0x080480ab}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32]))))}
  of     [writer=0x080480ab] = {defs={0x080480ab}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] ebx_0[32]) (uextend[33] 0x00000021[32] ebx_0[32])))))}
memory:

0x80480ad:add    eax, ebx
Symbolic@0x26f1a20 insn@0x080480ad[2]: startInstruction(add    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480ad[2]: number_(32, 2) = {defs={0x080480ad}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480ad[2]: number_(32, 134512813) = {defs={0x080480ad}, expr=0x080480ad<134512813>[32]}
Symbolic@0x26f1a20 insn@0x080480ad[2]: add({defs={0x080480ad}, expr=0x080480ad<134512813>[32]}, {defs={0x080480ad}, expr=0x00000002[32]}) = {defs={0x080480ad}, expr=0x080480af<134512815>[32]}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(eip, {defs={0x080480ad}, expr=0x080480af<134512815>[32]})
Symbolic@0x26f1a20 insn@0x080480ad[2]: boolean_(0) = {defs={0x080480ad}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480ad[2]: readRegister(ebx) = {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}
Symbolic@0x26f1a20 insn@0x080480ad[2]: readRegister(eax) = {defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480ad[2]: addWithCarries({defs={0x080480a9}, expr=(add[32] eax_0[32] eax_0[32])}, {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}, {defs={0x080480ad}, expr=0x0[1]}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}
Symbolic@0x26f1a20 insn@0x080480ad[2]: also returns: {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}, 0, 8) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 1, 2) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 0, 1) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 3, 4) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 2, 3) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 5, 6) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 4, 5) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 7, 8) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, 6, 7) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: invert({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(pf, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}, 31, 32) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(sf, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: equalToZero({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(zf, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}, 31, 32) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}, 30, 31) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: extract({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}, 3, 4) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(af, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(cf, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: xor_({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))))}
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(of, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))))})
Symbolic@0x26f1a20 insn@0x080480ad[2]: writeRegister(eax, {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])})
Symbolic@0x26f1a20 insn@0x080480ad[2]: finishInstruction(add    eax, ebx)
registers:
  eax    [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}
  ebx    [writer=0x080480ab] = {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}
  eip    [writer=0x080480ad] = {defs={0x080480ad}, expr=0x080480af<134512815>[32]}
  pf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))))}
  sf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
  zf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
  af     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
  cf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
  of     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))))}
memory:

0x80480af:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480af[3]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480af[3]: number_(32, 2) = {defs={0x080480af}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480af[3]: number_(32, 134512815) = {defs={0x080480af}, expr=0x080480af<134512815>[32]}
Symbolic@0x26f1a20 insn@0x080480af[3]: add({defs={0x080480af}, expr=0x080480af<134512815>[32]}, {defs={0x080480af}, expr=0x00000002[32]}) = {defs={0x080480af}, expr=0x080480b1<134512817>[32]}
Symbolic@0x26f1a20 insn@0x080480af[3]: writeRegister(eip, {defs={0x080480af}, expr=0x080480b1<134512817>[32]})
Symbolic@0x26f1a20 insn@0x080480af[3]: readRegister(zf) = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
Symbolic@0x26f1a20 insn@0x080480af[3]: readRegister(eip) = {defs={0x080480af}, expr=0x080480b1<134512817>[32]}
Symbolic@0x26f1a20 insn@0x080480af[3]: number_(32, 134512802) = {defs={0x080480af}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480af[3]: ite({defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}, {defs={0x080480af}, expr=0x080480a2<134512802>[32]}, {defs={0x080480af}, expr=0x080480b1<134512817>[32]}) = {defs={0x080480a9,0x080480ab,0x080480ad,0x080480af}, expr=(ite[32] (zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) 0x080480a2<134512802>[32] 0x080480b1<134512817>[32])}
Symbolic@0x26f1a20 insn@0x080480af[3]: writeRegister(eip, {defs={0x080480a9,0x080480ab,0x080480ad,0x080480af}, expr=(ite[32] (zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) 0x080480a2<134512802>[32] 0x080480b1<134512817>[32])})
Symbolic@0x26f1a20 insn@0x080480af[3]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])}
  ebx    [writer=0x080480ab] = {defs={0x080480ab}, expr=(add[32] ebx_0[32] ebx_0[32])}
  eip    [writer=0x080480af] = {defs={0x080480a9,0x080480ab,0x080480ad,0x080480af}, expr=(ite[32] (zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) 0x080480a2<134512802>[32] 0x080480b1<134512817>[32])}
  pf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))))}
  sf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
  zf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(zerop[1] (add[32] eax_0[32] eax_0[32] ebx_0[32] ebx_0[32]))}
  af     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
  cf     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))))}
  of     [writer=0x080480ad] = {defs={0x080480a9,0x080480ab,0x080480ad}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32]))) (uextend[33] 0x00000021[32] (add[32] eax_0[32] eax_0[32])) (uextend[33] 0x00000021[32] (add[32] ebx_0[32] ebx_0[32])))))}
memory:
Symbolic@0x26f1a20 insn@0x080480af[3]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480b1:mov    eax, 0x00000001
Symbolic@0x26f1a20 insn@0x080480b1[0]: startInstruction(mov    eax, 0x00000001)
Symbolic@0x26f1a20 insn@0x080480b1[0]: number_(32, 5) = {defs={0x080480b1}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480b1[0]: number_(32, 134512817) = {defs={0x080480b1}, expr=0x080480b1<134512817>[32]}
Symbolic@0x26f1a20 insn@0x080480b1[0]: add({defs={0x080480b1}, expr=0x080480b1<134512817>[32]}, {defs={0x080480b1}, expr=0x00000005[32]}) = {defs={0x080480b1}, expr=0x080480b6<134512822>[32]}
Symbolic@0x26f1a20 insn@0x080480b1[0]: writeRegister(eip, {defs={0x080480b1}, expr=0x080480b6<134512822>[32]})
Symbolic@0x26f1a20 insn@0x080480b1[0]: number_(32, 1) = {defs={0x080480b1}, expr=0x00000001[32]}
Symbolic@0x26f1a20 insn@0x080480b1[0]: writeRegister(eax, {defs={0x080480b1}, expr=0x00000001[32]})
Symbolic@0x26f1a20 insn@0x080480b1[0]: finishInstruction(mov    eax, 0x00000001)
registers:
  eax    [writer=0x080480b1] = {defs={0x080480b1}, expr=0x00000001[32]}
  eip    [writer=0x080480b1] = {defs={0x080480b1}, expr=0x080480b6<134512822>[32]}
memory:

0x80480b6:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480b6[1]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480b6[1]: number_(32, 2) = {defs={0x080480b6}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480b6[1]: number_(32, 134512822) = {defs={0x080480b6}, expr=0x080480b6<134512822>[32]}
Symbolic@0x26f1a20 insn@0x080480b6[1]: add({defs={0x080480b6}, expr=0x080480b6<134512822>[32]}, {defs={0x080480b6}, expr=0x00000002[32]}) = {defs={0x080480b6}, expr=0x080480b8<134512824>[32]}
Symbolic@0x26f1a20 insn@0x080480b6[1]: writeRegister(eip, {defs={0x080480b6}, expr=0x080480b8<134512824>[32]})
Symbolic@0x26f1a20 insn@0x080480b6[1]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480b6[1]: readRegister(eip) = {defs={0x080480b6}, expr=0x080480b8<134512824>[32]}
Symbolic@0x26f1a20 insn@0x080480b6[1]: number_(32, 134512802) = {defs={0x080480b6}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480b6[1]: ite(zf_0[1], {defs={0x080480b6}, expr=0x080480a2<134512802>[32]}, {defs={0x080480b6}, expr=0x080480b8<134512824>[32]}) = {defs={0x080480b6}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480b8<134512824>[32])}
Symbolic@0x26f1a20 insn@0x080480b6[1]: writeRegister(eip, {defs={0x080480b6}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480b8<134512824>[32])})
Symbolic@0x26f1a20 insn@0x080480b6[1]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480b1] = {defs={0x080480b1}, expr=0x00000001[32]}
  eip    [writer=0x080480b6] = {defs={0x080480b6}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480b8<134512824>[32])}
memory:
Symbolic@0x26f1a20 insn@0x080480b6[1]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480b8:mov    eax, 0x00000003
Symbolic@0x26f1a20 insn@0x080480b8[0]: startInstruction(mov    eax, 0x00000003)
Symbolic@0x26f1a20 insn@0x080480b8[0]: number_(32, 5) = {defs={0x080480b8}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480b8[0]: number_(32, 134512824) = {defs={0x080480b8}, expr=0x080480b8<134512824>[32]}
Symbolic@0x26f1a20 insn@0x080480b8[0]: add({defs={0x080480b8}, expr=0x080480b8<134512824>[32]}, {defs={0x080480b8}, expr=0x00000005[32]}) = {defs={0x080480b8}, expr=0x080480bd<134512829>[32]}
Symbolic@0x26f1a20 insn@0x080480b8[0]: writeRegister(eip, {defs={0x080480b8}, expr=0x080480bd<134512829>[32]})
Symbolic@0x26f1a20 insn@0x080480b8[0]: number_(32, 3) = {defs={0x080480b8}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480b8[0]: writeRegister(eax, {defs={0x080480b8}, expr=0x00000003[32]})
Symbolic@0x26f1a20 insn@0x080480b8[0]: finishInstruction(mov    eax, 0x00000003)
registers:
  eax    [writer=0x080480b8] = {defs={0x080480b8}, expr=0x00000003[32]}
  eip    [writer=0x080480b8] = {defs={0x080480b8}, expr=0x080480bd<134512829>[32]}
memory:

0x80480bd:mov    ebx, 0x00000004
Symbolic@0x26f1a20 insn@0x080480bd[1]: startInstruction(mov    ebx, 0x00000004)
Symbolic@0x26f1a20 insn@0x080480bd[1]: number_(32, 5) = {defs={0x080480bd}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480bd[1]: number_(32, 134512829) = {defs={0x080480bd}, expr=0x080480bd<134512829>[32]}
Symbolic@0x26f1a20 insn@0x080480bd[1]: add({defs={0x080480bd}, expr=0x080480bd<134512829>[32]}, {defs={0x080480bd}, expr=0x00000005[32]}) = {defs={0x080480bd}, expr=0x080480c2<134512834>[32]}
Symbolic@0x26f1a20 insn@0x080480bd[1]: writeRegister(eip, {defs={0x080480bd}, expr=0x080480c2<134512834>[32]})
Symbolic@0x26f1a20 insn@0x080480bd[1]: number_(32, 4) = {defs={0x080480bd}, expr=0x00000004[32]}
Symbolic@0x26f1a20 insn@0x080480bd[1]: writeRegister(ebx, {defs={0x080480bd}, expr=0x00000004[32]})
Symbolic@0x26f1a20 insn@0x080480bd[1]: finishInstruction(mov    ebx, 0x00000004)
registers:
  eax    [writer=0x080480b8] = {defs={0x080480b8}, expr=0x00000003[32]}
  ebx    [writer=0x080480bd] = {defs={0x080480bd}, expr=0x00000004[32]}
  eip    [writer=0x080480bd] = {defs={0x080480bd}, expr=0x080480c2<134512834>[32]}
memory:

0x80480c2:add    eax, ebx
Symbolic@0x26f1a20 insn@0x080480c2[2]: startInstruction(add    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480c2[2]: number_(32, 2) = {defs={0x080480c2}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: number_(32, 134512834) = {defs={0x080480c2}, expr=0x080480c2<134512834>[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: add({defs={0x080480c2}, expr=0x080480c2<134512834>[32]}, {defs={0x080480c2}, expr=0x00000002[32]}) = {defs={0x080480c2}, expr=0x080480c4<134512836>[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(eip, {defs={0x080480c2}, expr=0x080480c4<134512836>[32]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: boolean_(0) = {defs={0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: readRegister(ebx) = {defs={0x080480bd}, expr=0x00000004[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: readRegister(eax) = {defs={0x080480b8}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: addWithCarries({defs={0x080480b8}, expr=0x00000003[32]}, {defs={0x080480bd}, expr=0x00000004[32]}, {defs={0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: also returns: {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000000[32]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}, 0, 8) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 1, 2) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 0, 1) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 3, 4) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 2, 3) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 5, 6) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 4, 5) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 7, 8) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x07[8]}, 6, 7) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: invert({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x1<-1>[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(pf, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}, 31, 32) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(sf, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: equalToZero({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(zf, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000000[32]}, 31, 32) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000000[32]}, 30, 31) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: extract({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000000[32]}, 3, 4) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(af, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(cf, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: xor_({defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}) = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(of, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: writeRegister(eax, {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]})
Symbolic@0x26f1a20 insn@0x080480c2[2]: finishInstruction(add    eax, ebx)
registers:
  eax    [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}
  ebx    [writer=0x080480bd] = {defs={0x080480bd}, expr=0x00000004[32]}
  eip    [writer=0x080480c2] = {defs={0x080480c2}, expr=0x080480c4<134512836>[32]}
  pf     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
  sf     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
  zf     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
  af     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
  cf     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
  of     [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x0[1]}
memory:

0x80480c4:neg    ecx
Symbolic@0x26f1a20 insn@0x080480c4[3]: startInstruction(neg    ecx)
Symbolic@0x26f1a20 insn@0x080480c4[3]: number_(32, 2) = {defs={0x080480c4}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: number_(32, 134512836) = {defs={0x080480c4}, expr=0x080480c4<134512836>[32]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: add({defs={0x080480c4}, expr=0x080480c4<134512836>[32]}, {defs={0x080480c4}, expr=0x00000002[32]}) = {defs={0x080480c4}, expr=0x080480c6<134512838>[32]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(eip, {defs={0x080480c4}, expr=0x080480c6<134512838>[32]})
Symbolic@0x26f1a20 insn@0x080480c4[3]: boolean_(0) = {defs={0x080480c4}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: readRegister(ecx) = ecx_0[32]
Symbolic@0x26f1a20 insn@0x080480c4[3]: invert(ecx_0[32]) = {defs={0x080480c4}, expr=(invert[32] ecx_0[32])}
Symbolic@0x26f1a20 insn@0x080480c4[3]: number_(32, 0) = {defs={0x080480c4}, expr=0x00000000[32]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: invert({defs={0x080480c4}, expr=0x0[1]}) = {defs={0x080480c4}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480c4[3]: addWithCarries({defs={0x080480c4}, expr=0x00000000[32]}, {defs={0x080480c4}, expr=(invert[32] ecx_0[32])}, {defs={0x080480c4}, expr=0x1<-1>[1]}) = {defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
Symbolic@0x26f1a20 insn@0x080480c4[3]: also returns: {defs={0x080480c4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}, 0, 8) = {defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 1, 2) = {defs={0x080480c4}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 0, 1) = {defs={0x080480c4}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480c4}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 3, 4) = {defs={0x080480c4}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 2, 3) = {defs={0x080480c4}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480c4}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 5, 6) = {defs={0x080480c4}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 4, 5) = {defs={0x080480c4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480c4}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 7, 8) = {defs={0x080480c4}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 6, 7) = {defs={0x080480c4}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480c4}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: invert({defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480c4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(pf, {defs={0x080480c4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}, 31, 32) = {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(sf, {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: equalToZero({defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}) = {defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(zf, {defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 31, 32) = {defs={0x080480c4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 30, 31) = {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: extract({defs={0x080480c4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 3, 4) = {defs={0x080480c4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: invert({defs={0x080480c4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(af, {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: invert({defs={0x080480c4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(cf, {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: xor_({defs={0x080480c4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(of, {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480c4[3]: writeRegister(ecx, {defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])})
Symbolic@0x26f1a20 insn@0x080480c4[3]: finishInstruction(neg    ecx)
registers:
  eax    [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}
  ecx    [writer=0x080480c4] = {defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
  ebx    [writer=0x080480bd] = {defs={0x080480bd}, expr=0x00000004[32]}
  eip    [writer=0x080480c4] = {defs={0x080480c4}, expr=0x080480c6<134512838>[32]}
  pf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
  sf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  zf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  af     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  cf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  of     [writer=0x080480c4] = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
memory:

0x80480c6:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480c6[4]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480c6[4]: number_(32, 2) = {defs={0x080480c6}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480c6[4]: number_(32, 134512838) = {defs={0x080480c6}, expr=0x080480c6<134512838>[32]}
Symbolic@0x26f1a20 insn@0x080480c6[4]: add({defs={0x080480c6}, expr=0x080480c6<134512838>[32]}, {defs={0x080480c6}, expr=0x00000002[32]}) = {defs={0x080480c6}, expr=0x080480c8<134512840>[32]}
Symbolic@0x26f1a20 insn@0x080480c6[4]: writeRegister(eip, {defs={0x080480c6}, expr=0x080480c8<134512840>[32]})
Symbolic@0x26f1a20 insn@0x080480c6[4]: readRegister(zf) = {defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480c6[4]: readRegister(eip) = {defs={0x080480c6}, expr=0x080480c8<134512840>[32]}
Symbolic@0x26f1a20 insn@0x080480c6[4]: number_(32, 134512802) = {defs={0x080480c6}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480c6[4]: ite({defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480c6}, expr=0x080480a2<134512802>[32]}, {defs={0x080480c6}, expr=0x080480c8<134512840>[32]}) = {defs={0x080480c4,0x080480c6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480c8<134512840>[32])}
Symbolic@0x26f1a20 insn@0x080480c6[4]: writeRegister(eip, {defs={0x080480c4,0x080480c6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480c8<134512840>[32])})
Symbolic@0x26f1a20 insn@0x080480c6[4]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480c2] = {defs={0x080480b8,0x080480bd,0x080480c2}, expr=0x00000007[32]}
  ecx    [writer=0x080480c4] = {defs={0x080480c4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
  ebx    [writer=0x080480bd] = {defs={0x080480bd}, expr=0x00000004[32]}
  eip    [writer=0x080480c6] = {defs={0x080480c4,0x080480c6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480c8<134512840>[32])}
  pf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
  sf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  zf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  af     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  cf     [writer=0x080480c4] = {defs={0x080480c4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  of     [writer=0x080480c4] = {defs={0x080480c4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
memory:
Symbolic@0x26f1a20 insn@0x080480c6[4]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480c8:mov    eax, ebx
Symbolic@0x26f1a20 insn@0x080480c8[0]: startInstruction(mov    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480c8[0]: number_(32, 2) = {defs={0x080480c8}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480c8[0]: number_(32, 134512840) = {defs={0x080480c8}, expr=0x080480c8<134512840>[32]}
Symbolic@0x26f1a20 insn@0x080480c8[0]: add({defs={0x080480c8}, expr=0x080480c8<134512840>[32]}, {defs={0x080480c8}, expr=0x00000002[32]}) = {defs={0x080480c8}, expr=0x080480ca<134512842>[32]}
Symbolic@0x26f1a20 insn@0x080480c8[0]: writeRegister(eip, {defs={0x080480c8}, expr=0x080480ca<134512842>[32]})
Symbolic@0x26f1a20 insn@0x080480c8[0]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480c8[0]: writeRegister(eax, ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480c8[0]: finishInstruction(mov    eax, ebx)
registers:
  eax    [writer=0x080480c8] = ebx_0[32]
  eip    [writer=0x080480c8] = {defs={0x080480c8}, expr=0x080480ca<134512842>[32]}
memory:

0x80480ca:mov    ah, bh
Symbolic@0x26f1a20 insn@0x080480ca[1]: startInstruction(mov    ah, bh)
Symbolic@0x26f1a20 insn@0x080480ca[1]: number_(32, 2) = {defs={0x080480ca}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480ca[1]: number_(32, 134512842) = {defs={0x080480ca}, expr=0x080480ca<134512842>[32]}
Symbolic@0x26f1a20 insn@0x080480ca[1]: add({defs={0x080480ca}, expr=0x080480ca<134512842>[32]}, {defs={0x080480ca}, expr=0x00000002[32]}) = {defs={0x080480ca}, expr=0x080480cc<134512844>[32]}
Symbolic@0x26f1a20 insn@0x080480ca[1]: writeRegister(eip, {defs={0x080480ca}, expr=0x080480cc<134512844>[32]})
Symbolic@0x26f1a20 insn@0x080480ca[1]: readRegister(bh) = (extract[8] 0x00000008[32] 0x00000010[32] ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480ca[1]: writeRegister(ah, (extract[8] 0x00000008[32] 0x00000010[32] ebx_0[32]))
Symbolic@0x26f1a20 insn@0x080480ca[1]: finishInstruction(mov    ah, bh)
registers:
  al        [writer=0x080480c8] = (extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])
  REG0.0@16 [writer=0x080480c8] = (extract[16] 0x00000010[32] 0x00000020[32] ebx_0[32])
  ah        [writer=0x080480ca] = (extract[8] 0x00000008[32] 0x00000010[32] ebx_0[32])
  eip       [writer=0x080480ca] = {defs={0x080480ca}, expr=0x080480cc<134512844>[32]}
memory:

0x80480cc:mov    ah, bl
Symbolic@0x26f1a20 insn@0x080480cc[2]: startInstruction(mov    ah, bl)
Symbolic@0x26f1a20 insn@0x080480cc[2]: number_(32, 2) = {defs={0x080480cc}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480cc[2]: number_(32, 134512844) = {defs={0x080480cc}, expr=0x080480cc<134512844>[32]}
Symbolic@0x26f1a20 insn@0x080480cc[2]: add({defs={0x080480cc}, expr=0x080480cc<134512844>[32]}, {defs={0x080480cc}, expr=0x00000002[32]}) = {defs={0x080480cc}, expr=0x080480ce<134512846>[32]}
Symbolic@0x26f1a20 insn@0x080480cc[2]: writeRegister(eip, {defs={0x080480cc}, expr=0x080480ce<134512846>[32]})
Symbolic@0x26f1a20 insn@0x080480cc[2]: readRegister(bl) = (extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480cc[2]: writeRegister(ah, (extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32]))
Symbolic@0x26f1a20 insn@0x080480cc[2]: finishInstruction(mov    ah, bl)
registers:
  al        [writer=0x080480c8] = (extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])
  REG0.0@16 [writer=0x080480c8] = (extract[16] 0x00000010[32] 0x00000020[32] ebx_0[32])
  ah        [writer=0x080480cc] = (extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])
  eip       [writer=0x080480cc] = {defs={0x080480cc}, expr=0x080480ce<134512846>[32]}
memory:

0x80480ce:mov    ax, cx
Symbolic@0x26f1a20 insn@0x080480ce[3]: startInstruction(mov    ax, cx)
Symbolic@0x26f1a20 insn@0x080480ce[3]: number_(32, 3) = {defs={0x080480ce}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480ce[3]: number_(32, 134512846) = {defs={0x080480ce}, expr=0x080480ce<134512846>[32]}
Symbolic@0x26f1a20 insn@0x080480ce[3]: add({defs={0x080480ce}, expr=0x080480ce<134512846>[32]}, {defs={0x080480ce}, expr=0x00000003[32]}) = {defs={0x080480ce}, expr=0x080480d1<134512849>[32]}
Symbolic@0x26f1a20 insn@0x080480ce[3]: writeRegister(eip, {defs={0x080480ce}, expr=0x080480d1<134512849>[32]})
Symbolic@0x26f1a20 insn@0x080480ce[3]: readRegister(cx) = cx_0[16]
Symbolic@0x26f1a20 insn@0x080480ce[3]: writeRegister(ax, cx_0[16])
Symbolic@0x26f1a20 insn@0x080480ce[3]: finishInstruction(mov    ax, cx)
registers:
  REG0.0@16 [writer=0x080480c8] = (extract[16] 0x00000010[32] 0x00000020[32] ebx_0[32])
  ax        [writer=0x080480ce] = cx_0[16]
  eip       [writer=0x080480ce] = {defs={0x080480ce}, expr=0x080480d1<134512849>[32]}
memory:

0x80480d1:mov    eax, ebx
Symbolic@0x26f1a20 insn@0x080480d1[4]: startInstruction(mov    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480d1[4]: number_(32, 2) = {defs={0x080480d1}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480d1[4]: number_(32, 134512849) = {defs={0x080480d1}, expr=0x080480d1<134512849>[32]}
Symbolic@0x26f1a20 insn@0x080480d1[4]: add({defs={0x080480d1}, expr=0x080480d1<134512849>[32]}, {defs={0x080480d1}, expr=0x00000002[32]}) = {defs={0x080480d1}, expr=0x080480d3<134512851>[32]}
Symbolic@0x26f1a20 insn@0x080480d1[4]: writeRegister(eip, {defs={0x080480d1}, expr=0x080480d3<134512851>[32]})
Symbolic@0x26f1a20 insn@0x080480d1[4]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480d1[4]: writeRegister(eax, ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480d1[4]: finishInstruction(mov    eax, ebx)
registers:
  eax    [writer=0x080480d1] = ebx_0[32]
  eip    [writer=0x080480d1] = {defs={0x080480d1}, expr=0x080480d3<134512851>[32]}
memory:

0x80480d3:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480d3[5]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480d3[5]: number_(32, 2) = {defs={0x080480d3}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480d3[5]: number_(32, 134512851) = {defs={0x080480d3}, expr=0x080480d3<134512851>[32]}
Symbolic@0x26f1a20 insn@0x080480d3[5]: add({defs={0x080480d3}, expr=0x080480d3<134512851>[32]}, {defs={0x080480d3}, expr=0x00000002[32]}) = {defs={0x080480d3}, expr=0x080480d5<134512853>[32]}
Symbolic@0x26f1a20 insn@0x080480d3[5]: writeRegister(eip, {defs={0x080480d3}, expr=0x080480d5<134512853>[32]})
Symbolic@0x26f1a20 insn@0x080480d3[5]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480d3[5]: readRegister(eip) = {defs={0x080480d3}, expr=0x080480d5<134512853>[32]}
Symbolic@0x26f1a20 insn@0x080480d3[5]: number_(32, 134512802) = {defs={0x080480d3}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480d3[5]: ite(zf_0[1], {defs={0x080480d3}, expr=0x080480a2<134512802>[32]}, {defs={0x080480d3}, expr=0x080480d5<134512853>[32]}) = {defs={0x080480d3}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d5<134512853>[32])}
Symbolic@0x26f1a20 insn@0x080480d3[5]: writeRegister(eip, {defs={0x080480d3}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d5<134512853>[32])})
Symbolic@0x26f1a20 insn@0x080480d3[5]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480d1] = ebx_0[32]
  eip    [writer=0x080480d3] = {defs={0x080480d3}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d5<134512853>[32])}
memory:
Symbolic@0x26f1a20 insn@0x080480d3[5]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480d5:mov    DWORD PTR ds:[eax], ebx
Symbolic@0x26f1a20 insn@0x080480d5[0]: startInstruction(mov    DWORD PTR ds:[eax], ebx)
Symbolic@0x26f1a20 insn@0x080480d5[0]: number_(32, 2) = {defs={0x080480d5}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480d5[0]: number_(32, 134512853) = {defs={0x080480d5}, expr=0x080480d5<134512853>[32]}
Symbolic@0x26f1a20 insn@0x080480d5[0]: add({defs={0x080480d5}, expr=0x080480d5<134512853>[32]}, {defs={0x080480d5}, expr=0x00000002[32]}) = {defs={0x080480d5}, expr=0x080480d7<134512855>[32]}
Symbolic@0x26f1a20 insn@0x080480d5[0]: writeRegister(eip, {defs={0x080480d5}, expr=0x080480d7<134512855>[32]})
Symbolic@0x26f1a20 insn@0x080480d5[0]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480d5[0]: readRegister(eax) = eax_0[32]
Symbolic@0x26f1a20 insn@0x080480d5[0]: boolean_(1) = {defs={0x080480d5}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480d5[0]: writeMemory(ds, eax_0[32], ebx_0[32], {defs={0x080480d5}, expr=0x1<-1>[1]})
Symbolic@0x26f1a20 insn@0x080480d5[0]: finishInstruction(mov    DWORD PTR ds:[eax], ebx)
registers:
  eip    [writer=0x080480d5] = {defs={0x080480d5}, expr=0x080480d7<134512855>[32]}
memory:
  addr=(add[32] eax_0[32] 0x00000003[32]) writer=0x080480d5 value=(extract[8] 0x00000018[32] 0x00000020[32] ebx_0[32])
  addr=(add[32] eax_0[32] 0x00000002[32]) writer=0x080480d5 value=(extract[8] 0x00000010[32] 0x00000018[32] ebx_0[32])
  addr=(add[32] eax_0[32] 0x00000001[32]) writer=0x080480d5 value=(extract[8] 0x00000008[32] 0x00000010[32] ebx_0[32])
  addr=eax_0[32] writer=0x080480d5 value=(extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])

0x80480d7:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480d7[1]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480d7[1]: number_(32, 2) = {defs={0x080480d7}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480d7[1]: number_(32, 134512855) = {defs={0x080480d7}, expr=0x080480d7<134512855>[32]}
Symbolic@0x26f1a20 insn@0x080480d7[1]: add({defs={0x080480d7}, expr=0x080480d7<134512855>[32]}, {defs={0x080480d7}, expr=0x00000002[32]}) = {defs={0x080480d7}, expr=0x080480d9<134512857>[32]}
Symbolic@0x26f1a20 insn@0x080480d7[1]: writeRegister(eip, {defs={0x080480d7}, expr=0x080480d9<134512857>[32]})
Symbolic@0x26f1a20 insn@0x080480d7[1]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480d7[1]: readRegister(eip) = {defs={0x080480d7}, expr=0x080480d9<134512857>[32]}
Symbolic@0x26f1a20 insn@0x080480d7[1]: number_(32, 134512802) = {defs={0x080480d7}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480d7[1]: ite(zf_0[1], {defs={0x080480d7}, expr=0x080480a2<134512802>[32]}, {defs={0x080480d7}, expr=0x080480d9<134512857>[32]}) = {defs={0x080480d7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d9<134512857>[32])}
Symbolic@0x26f1a20 insn@0x080480d7[1]: writeRegister(eip, {defs={0x080480d7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d9<134512857>[32])})
Symbolic@0x26f1a20 insn@0x080480d7[1]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eip    [writer=0x080480d7] = {defs={0x080480d7}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480d9<134512857>[32])}
memory:
  addr=(add[32] eax_0[32] 0x00000003[32]) writer=0x080480d5 value=(extract[8] 0x00000018[32] 0x00000020[32] ebx_0[32])
  addr=(add[32] eax_0[32] 0x00000002[32]) writer=0x080480d5 value=(extract[8] 0x00000010[32] 0x00000018[32] ebx_0[32])
  addr=(add[32] eax_0[32] 0x00000001[32]) writer=0x080480d5 value=(extract[8] 0x00000008[32] 0x00000010[32] ebx_0[32])
  addr=eax_0[32] writer=0x080480d5 value=(extract[8] 0x00000000[32] 0x00000008[32] ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480d7[1]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480d9:mov    eax, DWORD PTR ds:[ebx]
Symbolic@0x26f1a20 insn@0x080480d9[0]: startInstruction(mov    eax, DWORD PTR ds:[ebx])
Symbolic@0x26f1a20 insn@0x080480d9[0]: number_(32, 2) = {defs={0x080480d9}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480d9[0]: number_(32, 134512857) = {defs={0x080480d9}, expr=0x080480d9<134512857>[32]}
Symbolic@0x26f1a20 insn@0x080480d9[0]: add({defs={0x080480d9}, expr=0x080480d9<134512857>[32]}, {defs={0x080480d9}, expr=0x00000002[32]}) = {defs={0x080480d9}, expr=0x080480db<134512859>[32]}
Symbolic@0x26f1a20 insn@0x080480d9[0]: writeRegister(eip, {defs={0x080480d9}, expr=0x080480db<134512859>[32]})
Symbolic@0x26f1a20 insn@0x080480d9[0]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480d9[0]: undefined_(32) = v26987[32]
Symbolic@0x26f1a20 insn@0x080480d9[0]: boolean_(1) = {defs={0x080480d9}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480d9[0]: readMemory(ds, ebx_0[32], v26987[32], {defs={0x080480d9}, expr=0x1<-1>[1]}) = v26987[32]
Symbolic@0x26f1a20 insn@0x080480d9[0]: writeRegister(eax, v26987[32])
Symbolic@0x26f1a20 insn@0x080480d9[0]: finishInstruction(mov    eax, DWORD PTR ds:[ebx])
registers:
  eax    [writer=0x080480d9] = v26987[32]
  eip    [writer=0x080480d9] = {defs={0x080480d9}, expr=0x080480db<134512859>[32]}
memory:
  addr=(add[32] ebx_0[32] 0x00000003[32]) value=(extract[8] 0x00000018[32] 0x00000020[32] v26987[32])
  addr=(add[32] ebx_0[32] 0x00000002[32]) value=(extract[8] 0x00000010[32] 0x00000018[32] v26987[32])
  addr=(add[32] ebx_0[32] 0x00000001[32]) value=(extract[8] 0x00000008[32] 0x00000010[32] v26987[32])
  addr=ebx_0[32] value=(extract[8] 0x00000000[32] 0x00000008[32] v26987[32])

0x80480db:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480db[1]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480db[1]: number_(32, 2) = {defs={0x080480db}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480db[1]: number_(32, 134512859) = {defs={0x080480db}, expr=0x080480db<134512859>[32]}
Symbolic@0x26f1a20 insn@0x080480db[1]: add({defs={0x080480db}, expr=0x080480db<134512859>[32]}, {defs={0x080480db}, expr=0x00000002[32]}) = {defs={0x080480db}, expr=0x080480dd<134512861>[32]}
Symbolic@0x26f1a20 insn@0x080480db[1]: writeRegister(eip, {defs={0x080480db}, expr=0x080480dd<134512861>[32]})
Symbolic@0x26f1a20 insn@0x080480db[1]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x080480db[1]: readRegister(eip) = {defs={0x080480db}, expr=0x080480dd<134512861>[32]}
Symbolic@0x26f1a20 insn@0x080480db[1]: number_(32, 134512802) = {defs={0x080480db}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480db[1]: ite(zf_0[1], {defs={0x080480db}, expr=0x080480a2<134512802>[32]}, {defs={0x080480db}, expr=0x080480dd<134512861>[32]}) = {defs={0x080480db}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480dd<134512861>[32])}
Symbolic@0x26f1a20 insn@0x080480db[1]: writeRegister(eip, {defs={0x080480db}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480dd<134512861>[32])})
Symbolic@0x26f1a20 insn@0x080480db[1]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480d9] = v26987[32]
  eip    [writer=0x080480db] = {defs={0x080480db}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x080480dd<134512861>[32])}
memory:
  addr=(add[32] ebx_0[32] 0x00000003[32]) value=(extract[8] 0x00000018[32] 0x00000020[32] v26987[32])
  addr=(add[32] ebx_0[32] 0x00000002[32]) value=(extract[8] 0x00000010[32] 0x00000018[32] v26987[32])
  addr=(add[32] ebx_0[32] 0x00000001[32]) value=(extract[8] 0x00000008[32] 0x00000010[32] v26987[32])
  addr=ebx_0[32] value=(extract[8] 0x00000000[32] 0x00000008[32] v26987[32])
Symbolic@0x26f1a20 insn@0x080480db[1]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480dd:shr    eax, 0x0a
Symbolic@0x26f1a20 insn@0x080480dd[0]: startInstruction(shr    eax, 0x0a)
Symbolic@0x26f1a20 insn@0x080480dd[0]: number_(32, 3) = {defs={0x080480dd}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: number_(32, 134512861) = {defs={0x080480dd}, expr=0x080480dd<134512861>[32]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: add({defs={0x080480dd}, expr=0x080480dd<134512861>[32]}, {defs={0x080480dd}, expr=0x00000003[32]}) = {defs={0x080480dd}, expr=0x080480e0<134512864>[32]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(eip, {defs={0x080480dd}, expr=0x080480e0<134512864>[32]})
Symbolic@0x26f1a20 insn@0x080480dd[0]: number_(8, 10) = {defs={0x080480dd}, expr=0x0a[8]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: undefined_(32) = v27237[32]
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(eax) = eax_0[32]
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=0x0a[8]}, 0, 5) = {defs={0x080480dd}, expr=0x0a[5]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: equalToZero({defs={0x080480dd}, expr=0x0a[5]}) = {defs={0x080480dd}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=0x0a[8]}, 5, 8) = {defs={0x080480dd}, expr=0x0[3]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: equalToZero({defs={0x080480dd}, expr=0x0[3]}) = {defs={0x080480dd}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: invert({defs={0x080480dd}, expr=0x1<-1>[1]}) = {defs={0x080480dd}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: number_(5, 31) = {defs={0x080480dd}, expr=0x1f<-1>[5]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: add({defs={0x080480dd}, expr=0x0a[5]}, {defs={0x080480dd}, expr=0x1f<-1>[5]}) = {defs={0x080480dd}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: equalToZero({defs={0x080480dd}, expr=0x09[5]}) = {defs={0x080480dd}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: shiftRight(eax_0[32], {defs={0x080480dd}, expr=0x0a[5]}) = {defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract(eax_0[32], 31, 32) = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, 31, 32) = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: undefined_(1) = v27249[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(af) = af_0[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x0[1]}, af_0[1], v27249[1]) = {defs={0x080480dd}, expr=v27249[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(af, {defs={0x080480dd}, expr=v27249[1]})
Symbolic@0x26f1a20 insn@0x080480dd[0]: add({defs={0x080480dd}, expr=0x0a[5]}, {defs={0x080480dd}, expr=0x1f<-1>[5]}) = {defs={0x080480dd}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: shiftRight(eax_0[32], {defs={0x080480dd}, expr=0x09[5]}) = {defs={0x080480dd}, expr=(shr0[32] 0x09[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(shr0[32] 0x09[5] eax_0[32])}, 0, 1) = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: undefined_(1) = v27254[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x0[1]}, v27254[1], {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(cf) = v27255[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x0[1]}, v27255[1], {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(cf, {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480dd[0]: undefined_(1) = v27256[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(of) = v27257[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x0[1]}, v27257[1], v27256[1]) = {defs={0x080480dd}, expr=v27256[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x0[1]}, {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}, {defs={0x080480dd}, expr=v27256[1]}) = {defs={0x080480dd}, expr=v27256[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(of, {defs={0x080480dd}, expr=v27256[1]})
Symbolic@0x26f1a20 insn@0x080480dd[0]: invert({defs={0x080480dd}, expr=0x0[1]}) = {defs={0x080480dd}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, 0, 8) = {defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, 31, 32) = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(pf) = v27261[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 1, 2) = {defs={0x080480dd}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 0, 1) = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32]))}, {defs={0x080480dd}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 3, 4) = {defs={0x080480dd}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 2, 3) = {defs={0x080480dd}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32]))}, {defs={0x080480dd}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 5, 6) = {defs={0x080480dd}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 4, 5) = {defs={0x080480dd}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32]))}, {defs={0x080480dd}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 7, 8) = {defs={0x080480dd}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: extract({defs={0x080480dd}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}, 6, 7) = {defs={0x080480dd}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32]))}, {defs={0x080480dd}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])))}, {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])))}, {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: xor_({defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])))}, {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}) = {defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: invert({defs={0x080480dd}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32])))}) = {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x1<-1>[1]}, {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}, v27261[1]) = {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(pf, {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(sf) = v27278[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x1<-1>[1]}, {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}, v27278[1]) = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(sf, {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480dd[0]: readRegister(zf) = v27279[1]
Symbolic@0x26f1a20 insn@0x080480dd[0]: equalToZero({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}) = {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: ite({defs={0x080480dd}, expr=0x1<-1>[1]}, {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}, v27279[1]) = {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(zf, {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480dd[0]: writeRegister(eax, {defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480dd[0]: finishInstruction(shr    eax, 0x0a)
registers:
  eax    [writer=0x080480dd] = {defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}
  eip    [writer=0x080480dd] = {defs={0x080480dd}, expr=0x080480e0<134512864>[32]}
  af     [writer=0x080480dd] = {defs={0x080480dd}, expr=v27249[1]}
  cf     [writer=0x080480dd] = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}
  of     [writer=0x080480dd] = {defs={0x080480dd}, expr=v27256[1]}
  pf     [writer=0x080480dd] = {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}
  sf     [writer=0x080480dd] = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
  zf     [writer=0x080480dd] = {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}
memory:

0x80480e0:shr    eax, 0x0a
Symbolic@0x26f1a20 insn@0x080480e0[1]: startInstruction(shr    eax, 0x0a)
Symbolic@0x26f1a20 insn@0x080480e0[1]: number_(32, 3) = {defs={0x080480e0}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: number_(32, 134512864) = {defs={0x080480e0}, expr=0x080480e0<134512864>[32]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: add({defs={0x080480e0}, expr=0x080480e0<134512864>[32]}, {defs={0x080480e0}, expr=0x00000003[32]}) = {defs={0x080480e0}, expr=0x080480e3<134512867>[32]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(eip, {defs={0x080480e0}, expr=0x080480e3<134512867>[32]})
Symbolic@0x26f1a20 insn@0x080480e0[1]: number_(8, 10) = {defs={0x080480e0}, expr=0x0a[8]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: undefined_(32) = v27282[32]
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(eax) = {defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480e0}, expr=0x0a[8]}, 0, 5) = {defs={0x080480e0}, expr=0x0a[5]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: equalToZero({defs={0x080480e0}, expr=0x0a[5]}) = {defs={0x080480e0}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480e0}, expr=0x0a[8]}, 5, 8) = {defs={0x080480e0}, expr=0x0[3]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: equalToZero({defs={0x080480e0}, expr=0x0[3]}) = {defs={0x080480e0}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: invert({defs={0x080480e0}, expr=0x1<-1>[1]}) = {defs={0x080480e0}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: number_(5, 31) = {defs={0x080480e0}, expr=0x1f<-1>[5]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: add({defs={0x080480e0}, expr=0x0a[5]}, {defs={0x080480e0}, expr=0x1f<-1>[5]}) = {defs={0x080480e0}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: equalToZero({defs={0x080480e0}, expr=0x09[5]}) = {defs={0x080480e0}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: shiftRight({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, {defs={0x080480e0}, expr=0x0a[5]}) = {defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: undefined_(1) = v27293[1]
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(af) = {defs={0x080480dd}, expr=v27249[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x0[1]}, {defs={0x080480dd}, expr=v27249[1]}, v27293[1]) = {defs={0x080480e0}, expr=v27293[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(af, {defs={0x080480e0}, expr=v27293[1]})
Symbolic@0x26f1a20 insn@0x080480e0[1]: add({defs={0x080480e0}, expr=0x0a[5]}, {defs={0x080480e0}, expr=0x1f<-1>[5]}) = {defs={0x080480e0}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: shiftRight({defs={0x080480dd}, expr=(shr0[32] 0x0a[5] eax_0[32])}, {defs={0x080480e0}, expr=0x09[5]}) = {defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x13<-13>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x13<-13>[5] eax_0[32])}, 0, 1) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: undefined_(1) = v27297[1]
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x0[1]}, v27297[1], {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(cf) = {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x0[1]}, {defs={0x080480dd}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x09[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(cf, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e0[1]: undefined_(1) = v27298[1]
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(of) = {defs={0x080480dd}, expr=v27256[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x0[1]}, {defs={0x080480dd}, expr=v27256[1]}, v27298[1]) = {defs={0x080480e0}, expr=v27298[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x0[1]}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}, {defs={0x080480e0}, expr=v27298[1]}) = {defs={0x080480e0}, expr=v27298[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(of, {defs={0x080480e0}, expr=v27298[1]})
Symbolic@0x26f1a20 insn@0x080480e0[1]: invert({defs={0x080480e0}, expr=0x0[1]}) = {defs={0x080480e0}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, 0, 8) = {defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(pf) = {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 1, 2) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 0, 1) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 3, 4) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 2, 3) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 5, 6) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 4, 5) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 7, 8) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: extract({defs={0x080480dd,0x080480e0}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, 6, 7) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: xor_({defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: invert({defs={0x080480dd,0x080480e0}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}, {defs={0x080480dd}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x0a[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x0a[5] eax_0[32]))))}) = {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(pf, {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(sf) = {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(sf, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e0[1]: readRegister(zf) = {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: equalToZero({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}) = {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: ite({defs={0x080480e0}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480dd}, expr=(zerop[1] (shr0[32] 0x0a[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(zf, {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e0[1]: writeRegister(eax, {defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480e0[1]: finishInstruction(shr    eax, 0x0a)
registers:
  eax    [writer=0x080480e0] = {defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}
  eip    [writer=0x080480e0] = {defs={0x080480e0}, expr=0x080480e3<134512867>[32]}
  af     [writer=0x080480e0] = {defs={0x080480e0}, expr=v27293[1]}
  cf     [writer=0x080480e0] = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}
  of     [writer=0x080480e0] = {defs={0x080480e0}, expr=v27298[1]}
  pf     [writer=0x080480e0] = {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}
  sf     [writer=0x080480e0] = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
  zf     [writer=0x080480e0] = {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}
memory:

0x80480e3:shr    eax, 0x0a
Symbolic@0x26f1a20 insn@0x080480e3[2]: startInstruction(shr    eax, 0x0a)
Symbolic@0x26f1a20 insn@0x080480e3[2]: number_(32, 3) = {defs={0x080480e3}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: number_(32, 134512867) = {defs={0x080480e3}, expr=0x080480e3<134512867>[32]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: add({defs={0x080480e3}, expr=0x080480e3<134512867>[32]}, {defs={0x080480e3}, expr=0x00000003[32]}) = {defs={0x080480e3}, expr=0x080480e6<134512870>[32]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(eip, {defs={0x080480e3}, expr=0x080480e6<134512870>[32]})
Symbolic@0x26f1a20 insn@0x080480e3[2]: number_(8, 10) = {defs={0x080480e3}, expr=0x0a[8]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: undefined_(32) = v27320[32]
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(eax) = {defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480e3}, expr=0x0a[8]}, 0, 5) = {defs={0x080480e3}, expr=0x0a[5]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: equalToZero({defs={0x080480e3}, expr=0x0a[5]}) = {defs={0x080480e3}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480e3}, expr=0x0a[8]}, 5, 8) = {defs={0x080480e3}, expr=0x0[3]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: equalToZero({defs={0x080480e3}, expr=0x0[3]}) = {defs={0x080480e3}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: invert({defs={0x080480e3}, expr=0x1<-1>[1]}) = {defs={0x080480e3}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: number_(5, 31) = {defs={0x080480e3}, expr=0x1f<-1>[5]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: add({defs={0x080480e3}, expr=0x0a[5]}, {defs={0x080480e3}, expr=0x1f<-1>[5]}) = {defs={0x080480e3}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: equalToZero({defs={0x080480e3}, expr=0x09[5]}) = {defs={0x080480e3}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: shiftRight({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, {defs={0x080480e3}, expr=0x0a[5]}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: undefined_(1) = v27331[1]
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(af) = {defs={0x080480e0}, expr=v27293[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x0[1]}, {defs={0x080480e0}, expr=v27293[1]}, v27331[1]) = {defs={0x080480e3}, expr=v27331[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(af, {defs={0x080480e3}, expr=v27331[1]})
Symbolic@0x26f1a20 insn@0x080480e3[2]: add({defs={0x080480e3}, expr=0x0a[5]}, {defs={0x080480e3}, expr=0x1f<-1>[5]}) = {defs={0x080480e3}, expr=0x09[5]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: shiftRight({defs={0x080480dd,0x080480e0}, expr=(shr0[32] 0x14<-12>[5] eax_0[32])}, {defs={0x080480e3}, expr=0x09[5]}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1d<-3>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1d<-3>[5] eax_0[32])}, 0, 1) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: undefined_(1) = v27335[1]
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x0[1]}, v27335[1], {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(cf) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x0[1]}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x13<-13>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(cf, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e3[2]: undefined_(1) = v27336[1]
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(of) = {defs={0x080480e0}, expr=v27298[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x0[1]}, {defs={0x080480e0}, expr=v27298[1]}, v27336[1]) = {defs={0x080480e3}, expr=v27336[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x0[1]}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}, {defs={0x080480e3}, expr=v27336[1]}) = {defs={0x080480e3}, expr=v27336[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(of, {defs={0x080480e3}, expr=v27336[1]})
Symbolic@0x26f1a20 insn@0x080480e3[2]: invert({defs={0x080480e3}, expr=0x0[1]}) = {defs={0x080480e3}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, 0, 8) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(pf) = {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 1, 2) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 0, 1) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 3, 4) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 2, 3) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 5, 6) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 4, 5) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 7, 8) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, 6, 7) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: xor_({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: invert({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32])))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}, {defs={0x080480dd,0x080480e0}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x14<-12>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x14<-12>[5] eax_0[32]))))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(pf, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))})
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(sf) = {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(sf, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e3[2]: readRegister(zf) = {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: equalToZero({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: ite({defs={0x080480e3}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0}, expr=(zerop[1] (shr0[32] 0x14<-12>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(zf, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e3[2]: writeRegister(eax, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480e3[2]: finishInstruction(shr    eax, 0x0a)
registers:
  eax    [writer=0x080480e3] = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}
  eip    [writer=0x080480e3] = {defs={0x080480e3}, expr=0x080480e6<134512870>[32]}
  af     [writer=0x080480e3] = {defs={0x080480e3}, expr=v27331[1]}
  cf     [writer=0x080480e3] = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}
  of     [writer=0x080480e3] = {defs={0x080480e3}, expr=v27336[1]}
  pf     [writer=0x080480e3] = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}
  sf     [writer=0x080480e3] = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
  zf     [writer=0x080480e3] = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
memory:

0x80480e6:shr    eax, 0x02
Symbolic@0x26f1a20 insn@0x080480e6[3]: startInstruction(shr    eax, 0x02)
Symbolic@0x26f1a20 insn@0x080480e6[3]: number_(32, 3) = {defs={0x080480e6}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: number_(32, 134512870) = {defs={0x080480e6}, expr=0x080480e6<134512870>[32]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: add({defs={0x080480e6}, expr=0x080480e6<134512870>[32]}, {defs={0x080480e6}, expr=0x00000003[32]}) = {defs={0x080480e6}, expr=0x080480e9<134512873>[32]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(eip, {defs={0x080480e6}, expr=0x080480e9<134512873>[32]})
Symbolic@0x26f1a20 insn@0x080480e6[3]: number_(8, 2) = {defs={0x080480e6}, expr=0x02[8]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: undefined_(32) = v27358[32]
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(eax) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480e6}, expr=0x02[8]}, 0, 5) = {defs={0x080480e6}, expr=0x02[5]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: equalToZero({defs={0x080480e6}, expr=0x02[5]}) = {defs={0x080480e6}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480e6}, expr=0x02[8]}, 5, 8) = {defs={0x080480e6}, expr=0x0[3]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: equalToZero({defs={0x080480e6}, expr=0x0[3]}) = {defs={0x080480e6}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: invert({defs={0x080480e6}, expr=0x1<-1>[1]}) = {defs={0x080480e6}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: number_(5, 31) = {defs={0x080480e6}, expr=0x1f<-1>[5]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: add({defs={0x080480e6}, expr=0x02[5]}, {defs={0x080480e6}, expr=0x1f<-1>[5]}) = {defs={0x080480e6}, expr=0x01[5]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: equalToZero({defs={0x080480e6}, expr=0x01[5]}) = {defs={0x080480e6}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: shiftRight({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, {defs={0x080480e6}, expr=0x02[5]}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: undefined_(1) = v27369[1]
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(af) = {defs={0x080480e3}, expr=v27331[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x0[1]}, {defs={0x080480e3}, expr=v27331[1]}, v27369[1]) = {defs={0x080480e6}, expr=v27369[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(af, {defs={0x080480e6}, expr=v27369[1]})
Symbolic@0x26f1a20 insn@0x080480e6[3]: add({defs={0x080480e6}, expr=0x02[5]}, {defs={0x080480e6}, expr=0x1f<-1>[5]}) = {defs={0x080480e6}, expr=0x01[5]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: shiftRight({defs={0x080480dd,0x080480e0,0x080480e3}, expr=(shr0[32] 0x1e<-2>[5] eax_0[32])}, {defs={0x080480e6}, expr=0x01[5]}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(shr0[32] 0x1f<-1>[5] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(shr0[32] 0x1f<-1>[5] eax_0[32])}, 0, 1) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: undefined_(1) = v27373[1]
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x0[1]}, v27373[1], {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(cf) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x0[1]}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1d<-3>[5] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(cf, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))})
Symbolic@0x26f1a20 insn@0x080480e6[3]: undefined_(1) = v27374[1]
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(of) = {defs={0x080480e3}, expr=v27336[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x0[1]}, {defs={0x080480e3}, expr=v27336[1]}, v27374[1]) = {defs={0x080480e6}, expr=v27374[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x0[1]}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}, {defs={0x080480e6}, expr=v27374[1]}) = {defs={0x080480e6}, expr=v27374[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(of, {defs={0x080480e6}, expr=v27374[1]})
Symbolic@0x26f1a20 insn@0x080480e6[3]: invert({defs={0x080480e6}, expr=0x0[1]}) = {defs={0x080480e6}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]}, 0, 8) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]}, 31, 32) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(pf) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 1, 2) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000001[32] 0x00000002[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 0, 1) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000001[32] 0x00000002[32] eax_0[32])}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 3, 4) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000003[32] 0x00000004[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 2, 3) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000002[32] 0x00000003[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000002[32] 0x00000003[32] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000003[32] 0x00000004[32] eax_0[32])}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 5, 6) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000005[32] 0x00000006[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 4, 5) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000004[32] 0x00000005[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000004[32] 0x00000005[32] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000005[32] 0x00000006[32] eax_0[32])}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 7, 8) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: extract({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[8] 0x00000000[32] 0x00000008[32] eax_0[32])}, 6, 7) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000006[32] 0x00000007[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000006[32] 0x00000007[32] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: xor_({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]))}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: invert({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000001[32] 0x00000002[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000002[32] 0x00000003[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000003[32] 0x00000004[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000004[32] 0x00000005[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000005[32] 0x00000006[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000006[32] 0x00000007[32] (shr0[32] 0x1e<-2>[5] eax_0[32])) (extract[1] 0x00000007[32] 0x00000008[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(pf, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))})
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(sf) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(sf, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480e6[3]: readRegister(zf) = {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}
Symbolic@0x26f1a20 insn@0x080480e6[3]: equalToZero({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: ite({defs={0x080480e6}, expr=0x1<-1>[1]}, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}, {defs={0x080480dd,0x080480e0,0x080480e3}, expr=(zerop[1] (shr0[32] 0x1e<-2>[5] eax_0[32]))}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(zf, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])})
Symbolic@0x26f1a20 insn@0x080480e6[3]: writeRegister(eax, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=eax_0[32]})
Symbolic@0x26f1a20 insn@0x080480e6[3]: finishInstruction(shr    eax, 0x02)
registers:
  eip    [writer=0x080480e6] = {defs={0x080480e6}, expr=0x080480e9<134512873>[32]}
  af     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27369[1]}
  cf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
  of     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27374[1]}
  pf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}
  sf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
  zf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
memory:

0x80480e9:mov    eax, ebx
Symbolic@0x26f1a20 insn@0x080480e9[4]: startInstruction(mov    eax, ebx)
Symbolic@0x26f1a20 insn@0x080480e9[4]: number_(32, 2) = {defs={0x080480e9}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480e9[4]: number_(32, 134512873) = {defs={0x080480e9}, expr=0x080480e9<134512873>[32]}
Symbolic@0x26f1a20 insn@0x080480e9[4]: add({defs={0x080480e9}, expr=0x080480e9<134512873>[32]}, {defs={0x080480e9}, expr=0x00000002[32]}) = {defs={0x080480e9}, expr=0x080480eb<134512875>[32]}
Symbolic@0x26f1a20 insn@0x080480e9[4]: writeRegister(eip, {defs={0x080480e9}, expr=0x080480eb<134512875>[32]})
Symbolic@0x26f1a20 insn@0x080480e9[4]: readRegister(ebx) = ebx_0[32]
Symbolic@0x26f1a20 insn@0x080480e9[4]: writeRegister(eax, ebx_0[32])
Symbolic@0x26f1a20 insn@0x080480e9[4]: finishInstruction(mov    eax, ebx)
registers:
  eax    [writer=0x080480e9] = ebx_0[32]
  eip    [writer=0x080480e9] = {defs={0x080480e9}, expr=0x080480eb<134512875>[32]}
  af     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27369[1]}
  cf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
  of     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27374[1]}
  pf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}
  sf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
  zf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
memory:

0x80480eb:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480eb[5]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480eb[5]: number_(32, 2) = {defs={0x080480eb}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480eb[5]: number_(32, 134512875) = {defs={0x080480eb}, expr=0x080480eb<134512875>[32]}
Symbolic@0x26f1a20 insn@0x080480eb[5]: add({defs={0x080480eb}, expr=0x080480eb<134512875>[32]}, {defs={0x080480eb}, expr=0x00000002[32]}) = {defs={0x080480eb}, expr=0x080480ed<134512877>[32]}
Symbolic@0x26f1a20 insn@0x080480eb[5]: writeRegister(eip, {defs={0x080480eb}, expr=0x080480ed<134512877>[32]})
Symbolic@0x26f1a20 insn@0x080480eb[5]: readRegister(zf) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
Symbolic@0x26f1a20 insn@0x080480eb[5]: readRegister(eip) = {defs={0x080480eb}, expr=0x080480ed<134512877>[32]}
Symbolic@0x26f1a20 insn@0x080480eb[5]: number_(32, 134512802) = {defs={0x080480eb}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480eb[5]: ite({defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}, {defs={0x080480eb}, expr=0x080480a2<134512802>[32]}, {defs={0x080480eb}, expr=0x080480ed<134512877>[32]}) = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6,0x080480eb}, expr=(ite[32] (zerop[1] eax_0[32]) 0x080480a2<134512802>[32] 0x080480ed<134512877>[32])}
Symbolic@0x26f1a20 insn@0x080480eb[5]: writeRegister(eip, {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6,0x080480eb}, expr=(ite[32] (zerop[1] eax_0[32]) 0x080480a2<134512802>[32] 0x080480ed<134512877>[32])})
Symbolic@0x26f1a20 insn@0x080480eb[5]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480e9] = ebx_0[32]
  eip    [writer=0x080480eb] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6,0x080480eb}, expr=(ite[32] (zerop[1] eax_0[32]) 0x080480a2<134512802>[32] 0x080480ed<134512877>[32])}
  af     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27369[1]}
  cf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (shr0[32] 0x1f<-1>[5] eax_0[32]))}
  of     [writer=0x080480e6] = {defs={0x080480e6}, expr=v27374[1]}
  pf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] eax_0[32]) (extract[1] 0x00000001[32] 0x00000002[32] eax_0[32]) (extract[1] 0x00000002[32] 0x00000003[32] eax_0[32]) (extract[1] 0x00000003[32] 0x00000004[32] eax_0[32]) (extract[1] 0x00000004[32] 0x00000005[32] eax_0[32]) (extract[1] 0x00000005[32] 0x00000006[32] eax_0[32]) (extract[1] 0x00000006[32] 0x00000007[32] eax_0[32]) (extract[1] 0x00000007[32] 0x00000008[32] eax_0[32])))}
  sf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] eax_0[32])}
  zf     [writer=0x080480e6] = {defs={0x080480dd,0x080480e0,0x080480e3,0x080480e6}, expr=(zerop[1] eax_0[32])}
memory:
Symbolic@0x26f1a20 insn@0x080480eb[5]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480ed:mov    eax, 0x00000001
Symbolic@0x26f1a20 insn@0x080480ed[0]: startInstruction(mov    eax, 0x00000001)
Symbolic@0x26f1a20 insn@0x080480ed[0]: number_(32, 5) = {defs={0x080480ed}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480ed[0]: number_(32, 134512877) = {defs={0x080480ed}, expr=0x080480ed<134512877>[32]}
Symbolic@0x26f1a20 insn@0x080480ed[0]: add({defs={0x080480ed}, expr=0x080480ed<134512877>[32]}, {defs={0x080480ed}, expr=0x00000005[32]}) = {defs={0x080480ed}, expr=0x080480f2<134512882>[32]}
Symbolic@0x26f1a20 insn@0x080480ed[0]: writeRegister(eip, {defs={0x080480ed}, expr=0x080480f2<134512882>[32]})
Symbolic@0x26f1a20 insn@0x080480ed[0]: number_(32, 1) = {defs={0x080480ed}, expr=0x00000001[32]}
Symbolic@0x26f1a20 insn@0x080480ed[0]: writeRegister(eax, {defs={0x080480ed}, expr=0x00000001[32]})
Symbolic@0x26f1a20 insn@0x080480ed[0]: finishInstruction(mov    eax, 0x00000001)
registers:
  eax    [writer=0x080480ed] = {defs={0x080480ed}, expr=0x00000001[32]}
  eip    [writer=0x080480ed] = {defs={0x080480ed}, expr=0x080480f2<134512882>[32]}
memory:

0x80480f2:xor    eax, eax
Symbolic@0x26f1a20 insn@0x080480f2[1]: startInstruction(xor    eax, eax)
Symbolic@0x26f1a20 insn@0x080480f2[1]: number_(32, 2) = {defs={0x080480f2}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: number_(32, 134512882) = {defs={0x080480f2}, expr=0x080480f2<134512882>[32]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: add({defs={0x080480f2}, expr=0x080480f2<134512882>[32]}, {defs={0x080480f2}, expr=0x00000002[32]}) = {defs={0x080480f2}, expr=0x080480f4<134512884>[32]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(eip, {defs={0x080480f2}, expr=0x080480f4<134512884>[32]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: number_(32, 0) = {defs={0x080480f2}, expr=0x00000000[32]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00000000[32]}, 0, 8) = {defs={0x080480f2}, expr=0x00[8]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 1, 2) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 0, 1) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 3, 4) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 2, 3) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 5, 6) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 4, 5) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 7, 8) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00[8]}, 6, 7) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: xor_({defs={0x080480f2}, expr=0x0[1]}, {defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: invert({defs={0x080480f2}, expr=0x0[1]}) = {defs={0x080480f2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(pf, {defs={0x080480f2}, expr=0x1<-1>[1]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: extract({defs={0x080480f2}, expr=0x00000000[32]}, 31, 32) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(sf, {defs={0x080480f2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: equalToZero({defs={0x080480f2}, expr=0x00000000[32]}) = {defs={0x080480f2}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(zf, {defs={0x080480f2}, expr=0x1<-1>[1]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(eax, {defs={0x080480f2}, expr=0x00000000[32]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: boolean_(0) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(of, {defs={0x080480f2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: undefined_(1) = v27643[1]
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(af, v27643[1])
Symbolic@0x26f1a20 insn@0x080480f2[1]: boolean_(0) = {defs={0x080480f2}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f2[1]: writeRegister(cf, {defs={0x080480f2}, expr=0x0[1]})
Symbolic@0x26f1a20 insn@0x080480f2[1]: finishInstruction(xor    eax, eax)
registers:
  eax    [writer=0x080480f2] = {defs={0x080480f2}, expr=0x00000000[32]}
  eip    [writer=0x080480f2] = {defs={0x080480f2}, expr=0x080480f4<134512884>[32]}
  pf     [writer=0x080480f2] = {defs={0x080480f2}, expr=0x1<-1>[1]}
  sf     [writer=0x080480f2] = {defs={0x080480f2}, expr=0x0[1]}
  zf     [writer=0x080480f2] = {defs={0x080480f2}, expr=0x1<-1>[1]}
  of     [writer=0x080480f2] = {defs={0x080480f2}, expr=0x0[1]}
  af     [writer=0x080480f2] = v27643[1]
  cf     [writer=0x080480f2] = {defs={0x080480f2}, expr=0x0[1]}
memory:

0x80480f4:neg    ecx
Symbolic@0x26f1a20 insn@0x080480f4[2]: startInstruction(neg    ecx)
Symbolic@0x26f1a20 insn@0x080480f4[2]: number_(32, 2) = {defs={0x080480f4}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: number_(32, 134512884) = {defs={0x080480f4}, expr=0x080480f4<134512884>[32]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: add({defs={0x080480f4}, expr=0x080480f4<134512884>[32]}, {defs={0x080480f4}, expr=0x00000002[32]}) = {defs={0x080480f4}, expr=0x080480f6<134512886>[32]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(eip, {defs={0x080480f4}, expr=0x080480f6<134512886>[32]})
Symbolic@0x26f1a20 insn@0x080480f4[2]: boolean_(0) = {defs={0x080480f4}, expr=0x0[1]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: readRegister(ecx) = ecx_0[32]
Symbolic@0x26f1a20 insn@0x080480f4[2]: invert(ecx_0[32]) = {defs={0x080480f4}, expr=(invert[32] ecx_0[32])}
Symbolic@0x26f1a20 insn@0x080480f4[2]: number_(32, 0) = {defs={0x080480f4}, expr=0x00000000[32]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: invert({defs={0x080480f4}, expr=0x0[1]}) = {defs={0x080480f4}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480f4[2]: addWithCarries({defs={0x080480f4}, expr=0x00000000[32]}, {defs={0x080480f4}, expr=(invert[32] ecx_0[32])}, {defs={0x080480f4}, expr=0x1<-1>[1]}) = {defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
Symbolic@0x26f1a20 insn@0x080480f4[2]: also returns: {defs={0x080480f4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}, 0, 8) = {defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 1, 2) = {defs={0x080480f4}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 0, 1) = {defs={0x080480f4}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480f4}, expr=(extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 3, 4) = {defs={0x080480f4}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 2, 3) = {defs={0x080480f4}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480f4}, expr=(extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 5, 6) = {defs={0x080480f4}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 4, 5) = {defs={0x080480f4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480f4}, expr=(extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 7, 8) = {defs={0x080480f4}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[8] 0x00000000[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, 6, 7) = {defs={0x080480f4}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480f4}, expr=(extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}, {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: invert({defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])))}) = {defs={0x080480f4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(pf, {defs={0x080480f4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}, 31, 32) = {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(sf, {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: equalToZero({defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}) = {defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(zf, {defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 31, 32) = {defs={0x080480f4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 30, 31) = {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: extract({defs={0x080480f4}, expr=(extract[32] 0x00000001[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, 3, 4) = {defs={0x080480f4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: invert({defs={0x080480f4}, expr=(extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(af, {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: invert({defs={0x080480f4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(cf, {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: xor_({defs={0x080480f4}, expr=(extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}, {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33]))}) = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(of, {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))})
Symbolic@0x26f1a20 insn@0x080480f4[2]: writeRegister(ecx, {defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])})
Symbolic@0x26f1a20 insn@0x080480f4[2]: finishInstruction(neg    ecx)
registers:
  eax    [writer=0x080480f2] = {defs={0x080480f2}, expr=0x00000000[32]}
  ecx    [writer=0x080480f4] = {defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
  eip    [writer=0x080480f4] = {defs={0x080480f4}, expr=0x080480f6<134512886>[32]}
  pf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
  sf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  zf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  of     [writer=0x080480f4] = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  af     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  cf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
memory:

0x80480f6:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x080480f6[3]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x080480f6[3]: number_(32, 2) = {defs={0x080480f6}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x080480f6[3]: number_(32, 134512886) = {defs={0x080480f6}, expr=0x080480f6<134512886>[32]}
Symbolic@0x26f1a20 insn@0x080480f6[3]: add({defs={0x080480f6}, expr=0x080480f6<134512886>[32]}, {defs={0x080480f6}, expr=0x00000002[32]}) = {defs={0x080480f6}, expr=0x080480f8<134512888>[32]}
Symbolic@0x26f1a20 insn@0x080480f6[3]: writeRegister(eip, {defs={0x080480f6}, expr=0x080480f8<134512888>[32]})
Symbolic@0x26f1a20 insn@0x080480f6[3]: readRegister(zf) = {defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
Symbolic@0x26f1a20 insn@0x080480f6[3]: readRegister(eip) = {defs={0x080480f6}, expr=0x080480f8<134512888>[32]}
Symbolic@0x26f1a20 insn@0x080480f6[3]: number_(32, 134512802) = {defs={0x080480f6}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x080480f6[3]: ite({defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}, {defs={0x080480f6}, expr=0x080480a2<134512802>[32]}, {defs={0x080480f6}, expr=0x080480f8<134512888>[32]}) = {defs={0x080480f4,0x080480f6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480f8<134512888>[32])}
Symbolic@0x26f1a20 insn@0x080480f6[3]: writeRegister(eip, {defs={0x080480f4,0x080480f6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480f8<134512888>[32])})
Symbolic@0x26f1a20 insn@0x080480f6[3]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480f2] = {defs={0x080480f2}, expr=0x00000000[32]}
  ecx    [writer=0x080480f4] = {defs={0x080480f4}, expr=(add[32] (invert[32] ecx_0[32]) 0x00000001[32])}
  eip    [writer=0x080480f6] = {defs={0x080480f4,0x080480f6}, expr=(ite[32] (zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) 0x080480a2<134512802>[32] 0x080480f8<134512888>[32])}
  pf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (bv-xor[1] (extract[1] 0x00000000[32] 0x00000001[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000001[32] 0x00000002[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000002[32] 0x00000003[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000003[32] 0x00000004[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000004[32] 0x00000005[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000005[32] 0x00000006[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000006[32] 0x00000007[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32])) (extract[1] 0x00000007[32] 0x00000008[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))))}
  sf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(extract[1] 0x0000001f[32] 0x00000020[32] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  zf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(zerop[1] (add[32] (invert[32] ecx_0[32]) 0x00000001[32]))}
  of     [writer=0x080480f4] = {defs={0x080480f4}, expr=(bv-xor[1] (extract[1] 0x0000001f[32] 0x00000020[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])) (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  af     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000004[32] 0x00000005[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
  cf     [writer=0x080480f4] = {defs={0x080480f4}, expr=(invert[1] (extract[1] 0x00000020[32] 0x00000021[32] (bv-xor[33] (add[33] (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000001[33]) (uextend[33] 0x00000021[32] (invert[32] ecx_0[32])) 0x000000000[33])))}
memory:
Symbolic@0x26f1a20 insn@0x080480f6[3]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x80480f8:push   0x00000003
Symbolic@0x26f1a20 insn@0x080480f8[0]: startInstruction(push   0x00000003)
Symbolic@0x26f1a20 insn@0x080480f8[0]: number_(32, 5) = {defs={0x080480f8}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: number_(32, 134512888) = {defs={0x080480f8}, expr=0x080480f8<134512888>[32]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: add({defs={0x080480f8}, expr=0x080480f8<134512888>[32]}, {defs={0x080480f8}, expr=0x00000005[32]}) = {defs={0x080480f8}, expr=0x080480fd<134512893>[32]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: writeRegister(eip, {defs={0x080480f8}, expr=0x080480fd<134512893>[32]})
Symbolic@0x26f1a20 insn@0x080480f8[0]: readRegister(esp) = esp_0[32]
Symbolic@0x26f1a20 insn@0x080480f8[0]: number_(32, 18446744073709551612) = {defs={0x080480f8}, expr=0xfffffffc<4294967292,-4>[32]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: add(esp_0[32], {defs={0x080480f8}, expr=0xfffffffc<4294967292,-4>[32]}) = {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}
Symbolic@0x26f1a20 insn@0x080480f8[0]: boolean_(1) = {defs={0x080480f8}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: number_(32, 3) = {defs={0x080480f8}, expr=0x00000003[32]}
Symbolic@0x26f1a20 insn@0x080480f8[0]: writeMemory(ss, {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}, {defs={0x080480f8}, expr=0x00000003[32]}, {defs={0x080480f8}, expr=0x1<-1>[1]})
Symbolic@0x26f1a20 insn@0x080480f8[0]: writeRegister(esp, {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])})
Symbolic@0x26f1a20 insn@0x080480f8[0]: finishInstruction(push   0x00000003)
registers:
  esp    [writer=0x080480f8] = {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}
  eip    [writer=0x080480f8] = {defs={0x080480f8}, expr=0x080480fd<134512893>[32]}
memory:
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xffffffff<4294967295,-1>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffe<4294967294,-2>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffd<4294967293,-3>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x03[8]}

0x80480fd:mov    eax, 0x00000007
Symbolic@0x26f1a20 insn@0x080480fd[1]: startInstruction(mov    eax, 0x00000007)
Symbolic@0x26f1a20 insn@0x080480fd[1]: number_(32, 5) = {defs={0x080480fd}, expr=0x00000005[32]}
Symbolic@0x26f1a20 insn@0x080480fd[1]: number_(32, 134512893) = {defs={0x080480fd}, expr=0x080480fd<134512893>[32]}
Symbolic@0x26f1a20 insn@0x080480fd[1]: add({defs={0x080480fd}, expr=0x080480fd<134512893>[32]}, {defs={0x080480fd}, expr=0x00000005[32]}) = {defs={0x080480fd}, expr=0x08048102<134512898>[32]}
Symbolic@0x26f1a20 insn@0x080480fd[1]: writeRegister(eip, {defs={0x080480fd}, expr=0x08048102<134512898>[32]})
Symbolic@0x26f1a20 insn@0x080480fd[1]: number_(32, 7) = {defs={0x080480fd}, expr=0x00000007[32]}
Symbolic@0x26f1a20 insn@0x080480fd[1]: writeRegister(eax, {defs={0x080480fd}, expr=0x00000007[32]})
Symbolic@0x26f1a20 insn@0x080480fd[1]: finishInstruction(mov    eax, 0x00000007)
registers:
  eax    [writer=0x080480fd] = {defs={0x080480fd}, expr=0x00000007[32]}
  esp    [writer=0x080480f8] = {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}
  eip    [writer=0x080480fd] = {defs={0x080480fd}, expr=0x08048102<134512898>[32]}
memory:
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xffffffff<4294967295,-1>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffe<4294967294,-2>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffd<4294967293,-3>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x03[8]}

0x8048102:push   eax
Symbolic@0x26f1a20 insn@0x08048102[2]: startInstruction(push   eax)
Symbolic@0x26f1a20 insn@0x08048102[2]: number_(32, 1) = {defs={0x08048102}, expr=0x00000001[32]}
Symbolic@0x26f1a20 insn@0x08048102[2]: number_(32, 134512898) = {defs={0x08048102}, expr=0x08048102<134512898>[32]}
Symbolic@0x26f1a20 insn@0x08048102[2]: add({defs={0x08048102}, expr=0x08048102<134512898>[32]}, {defs={0x08048102}, expr=0x00000001[32]}) = {defs={0x08048102}, expr=0x08048103<134512899>[32]}
Symbolic@0x26f1a20 insn@0x08048102[2]: writeRegister(eip, {defs={0x08048102}, expr=0x08048103<134512899>[32]})
Symbolic@0x26f1a20 insn@0x08048102[2]: readRegister(esp) = {defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}
Symbolic@0x26f1a20 insn@0x08048102[2]: number_(32, 18446744073709551612) = {defs={0x08048102}, expr=0xfffffffc<4294967292,-4>[32]}
Symbolic@0x26f1a20 insn@0x08048102[2]: add({defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])}, {defs={0x08048102}, expr=0xfffffffc<4294967292,-4>[32]}) = {defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])}
Symbolic@0x26f1a20 insn@0x08048102[2]: boolean_(1) = {defs={0x08048102}, expr=0x1<-1>[1]}
Symbolic@0x26f1a20 insn@0x08048102[2]: readRegister(eax) = {defs={0x080480fd}, expr=0x00000007[32]}
Symbolic@0x26f1a20 insn@0x08048102[2]: writeMemory(ss, {defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])}, {defs={0x080480fd}, expr=0x00000007[32]}, {defs={0x08048102}, expr=0x1<-1>[1]})
Symbolic@0x26f1a20 insn@0x08048102[2]: writeRegister(esp, {defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])})
Symbolic@0x26f1a20 insn@0x08048102[2]: finishInstruction(push   eax)
registers:
  eax    [writer=0x080480fd] = {defs={0x080480fd}, expr=0x00000007[32]}
  esp    [writer=0x08048102] = {defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])}
  eip    [writer=0x08048102] = {defs={0x08048102}, expr=0x08048103<134512899>[32]}
memory:
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffffb<4294967291,-5>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffffa<4294967290,-6>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff9<4294967289,-7>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x07[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xffffffff<4294967295,-1>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffe<4294967294,-2>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffd<4294967293,-3>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x03[8]}

0x8048103:je     0x080480a2<<Insn>>
Symbolic@0x26f1a20 insn@0x08048103[3]: startInstruction(je     0x080480a2<<Insn>>)
Symbolic@0x26f1a20 insn@0x08048103[3]: number_(32, 2) = {defs={0x08048103}, expr=0x00000002[32]}
Symbolic@0x26f1a20 insn@0x08048103[3]: number_(32, 134512899) = {defs={0x08048103}, expr=0x08048103<134512899>[32]}
Symbolic@0x26f1a20 insn@0x08048103[3]: add({defs={0x08048103}, expr=0x08048103<134512899>[32]}, {defs={0x08048103}, expr=0x00000002[32]}) = {defs={0x08048103}, expr=0x08048105<134512901>[32]}
Symbolic@0x26f1a20 insn@0x08048103[3]: writeRegister(eip, {defs={0x08048103}, expr=0x08048105<134512901>[32]})
Symbolic@0x26f1a20 insn@0x08048103[3]: readRegister(zf) = zf_0[1]
Symbolic@0x26f1a20 insn@0x08048103[3]: readRegister(eip) = {defs={0x08048103}, expr=0x08048105<134512901>[32]}
Symbolic@0x26f1a20 insn@0x08048103[3]: number_(32, 134512802) = {defs={0x08048103}, expr=0x080480a2<134512802>[32]}
Symbolic@0x26f1a20 insn@0x08048103[3]: ite(zf_0[1], {defs={0x08048103}, expr=0x080480a2<134512802>[32]}, {defs={0x08048103}, expr=0x08048105<134512901>[32]}) = {defs={0x08048103}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x08048105<134512901>[32])}
Symbolic@0x26f1a20 insn@0x08048103[3]: writeRegister(eip, {defs={0x08048103}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x08048105<134512901>[32])})
Symbolic@0x26f1a20 insn@0x08048103[3]: finishInstruction(je     0x080480a2<<Insn>>)
registers:
  eax    [writer=0x080480fd] = {defs={0x080480fd}, expr=0x00000007[32]}
  esp    [writer=0x08048102] = {defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])}
  eip    [writer=0x08048103] = {defs={0x08048103}, expr=(ite[32] zf_0[1] 0x080480a2<134512802>[32] 0x08048105<134512901>[32])}
memory:
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffffb<4294967291,-5>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffffa<4294967290,-6>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff9<4294967289,-7>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x00[8]}
  addr={defs={0x080480f8,0x08048102}, expr=(add[32] esp_0[32] 0xfffffff8<4294967288,-8>[32])} writer=0x08048102 value={defs={0x080480fd}, expr=0x07[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xffffffff<4294967295,-1>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffe<4294967294,-2>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffd<4294967293,-3>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x00[8]}
  addr={defs={0x080480f8}, expr=(add[32] esp_0[32] 0xfffffffc<4294967292,-4>[32])} writer=0x080480f8 value={defs={0x080480f8}, expr=0x03[8]}
Symbolic@0x26f1a20 insn@0x08048103[3]: operators destroyed
=====================================================================================
=== Starting a new basic block                                                    ===
=====================================================================================

0x8048105:hlt    
Symbolic@0x26f1a20 insn@0x08048105[0]: startInstruction(hlt)
Symbolic@0x26f1a20 insn@0x08048105[0]: number_(32, 1) = {defs={0x08048105}, expr=0x00000001[32]}
Symbolic@0x26f1a20 insn@0x08048105[0]: number_(32, 134512901) = {defs={0x08048105}, expr=0x08048105<134512901>[32]}
Symbolic@0x26f1a20 insn@0x08048105[0]: add({defs={0x08048105}, expr=0x08048105<134512901>[32]}, {defs={0x08048105}, expr=0x00000001[32]}) = {defs={0x08048105}, expr=0x08048106<134512902>[32]}
Symbolic@0x26f1a20 insn@0x08048105[0]: writeRegister(eip, {defs={0x08048105}, expr=0x08048106<134512902>[32]})
Symbolic@0x26f1a20 insn@0x08048105[0]: hlt()
Symbolic@0x26f1a20 insn@0x08048105[0]: number_(32, 134512901) = {defs={0x08048105}, expr=0x08048105<134512901>[32]}
Symbolic@0x26f1a20 insn@0x08048105[0]: writeRegister(eip, {defs={0x08048105}, expr=0x08048105<134512901>[32]})
Symbolic@0x26f1a20 insn@0x08048105[0]: finishInstruction(hlt)
registers:
  eip    [writer=0x08048105] = {defs={0x08048105}, expr=0x08048105<134512901>[32]}
memory:
Symbolic@0x26f1a20 insn@0x08048105[0]: operators destroyed
analyzed headers: 1