# translated by qhasm-x86 version 20050327

## input line 1: # salsa20_word_pii version 20050327

## input line 2: # D. J. Bernstein

## input line 3: # Public domain.

## input line 4: 

## input line 5: register int32 out

## input line 6: register int32 out15

## input line 7: register int32 out14

## input line 8: register int32 out13

## input line 9: register int32 out12

## input line 10: register int32 in

## input line 11: register int32 out11

## input line 12: register int32 out10

## input line 13: register int32 out9

## input line 14: register int32 out8

## input line 15: register int32 out7

## input line 16: register int32 out6

## input line 17: register int32 out5

## input line 18: register int32 out4

## input line 19: register int32 out3

## input line 20: register int32 out2

## input line 21: register int32 out1

## input line 22: register int32 out0

## input line 23: register int32 i

## input line 24: register int32 a

## input line 25: register int32 b

## input line 26: register int32 c

## input line 27: register int32 r

## input line 28: register int32 s

## input line 29: register int32 t

## input line 30: register int32 d

## input line 31: register int32 u

## input line 32: register int32 e

## input line 33: register int32 v

## input line 34: register int32 in0

## input line 35: register int32 in1

## input line 36: register int32 in2

## input line 37: register int32 in3

## input line 38: register int32 in4

## input line 39: register int32 in5

## input line 40: register int32 in6

## input line 41: register int32 in7

## input line 42: register int32 in8

## input line 43: register int32 in9

## input line 44: register int32 in10

## input line 45: register int32 in11

## input line 46: register int32 in12

## input line 47: register int32 in13

## input line 48: register int32 in14

## input line 49: register int32 in15

## input line 50: temporary mem32 x0

## input line 51: register mmx x1

## input line 52: register mmx x2

## input line 53: temporary mem32 x3

## input line 54: temporary mem32 x4

## input line 55: temporary mem32 x5

## input line 56: register mmx x6

## input line 57: register mmx x7

## input line 58: temporary mem32 x8

## input line 59: temporary mem32 x9

## input line 60: temporary mem32 x10

## input line 61: register mmx x11

## input line 62: register mmx x12

## input line 63: temporary mem32 x13

## input line 64: temporary mem32 x14

## input line 65: temporary mem32 x15

## input line 66: 

## input line 67: enter salsa20_word_pii
.text
.p2align 5
.globl _salsa20_word_pii
.globl salsa20_word_pii
_salsa20_word_pii:
salsa20_word_pii:
sub $64,%esp
## live mem32 values: 2
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 68: input out

## input line 69: input in

## input line 70: 

## input line 71: load in
movl 72(%esp),%eax
## fp stack: 
## live mem32 values: 2
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 72: 

## input line 73: store callerint ebx
movl %ebx,0(%esp)
## fp stack: 
## live mem32 values: 3
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 74: store callerint esi
movl %esi,4(%esp)
## fp stack: 
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 3
## live flags values: 0

## input line 75: store callerint edi
movl %edi,8(%esp)
## fp stack: 
## live mem32 values: 5
## live mmx values: 0
## live int32 values: 2
## live flags values: 0

## input line 76: store callerint ebp
movl %ebp,12(%esp)
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 1
## live flags values: 0

## input line 77: in12 = *(uint32 *) (in + 48)
## in12 = *(uint32 *) (in + 48)
## int32#3 = *(uint32 *) (int32#1 + 48)
## %edx = *(uint32 *) (%eax + 48)
movl 48(%eax),%edx
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 2
## live flags values: 0

## input line 78: in0 = *(uint32 *) (in + 0)
## in0 = *(uint32 *) (in + 0)
## int32#2 = *(uint32 *) (int32#1 + 0)
## %ecx = *(uint32 *) (%eax + 0)
movl 0(%eax),%ecx
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 3
## live flags values: 0

## input line 79: in4 = *(uint32 *) (in + 16)
## in4 = *(uint32 *) (in + 16)
## int32#4 = *(uint32 *) (int32#1 + 16)
## %ebx = *(uint32 *) (%eax + 16)
movl 16(%eax),%ebx
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 80: in8 = *(uint32 *) (in + 32)
## in8 = *(uint32 *) (in + 32)
## int32#5 = *(uint32 *) (int32#1 + 32)
## %esi = *(uint32 *) (%eax + 32)
movl 32(%eax),%esi
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 81: x12 = in12
movd %edx,%mm5
## fp stack: 
## live mem32 values: 6
## live mmx values: 1
## live int32 values: 4
## live flags values: 0

## input line 82: in1 = *(uint32 *) (in + 4)
## in1 = *(uint32 *) (in + 4)
## int32#3 = *(uint32 *) (int32#1 + 4)
## %edx = *(uint32 *) (%eax + 4)
movl 4(%eax),%edx
## fp stack: 
## live mem32 values: 6
## live mmx values: 1
## live int32 values: 5
## live flags values: 0

## input line 83: x0 = in0
movl %ecx,16(%esp)
## fp stack: 
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 4
## live flags values: 0

## input line 84: in5 = *(uint32 *) (in + 20)
## in5 = *(uint32 *) (in + 20)
## int32#2 = *(uint32 *) (int32#1 + 20)
## %ecx = *(uint32 *) (%eax + 20)
movl 20(%eax),%ecx
## fp stack: 
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 5
## live flags values: 0

## input line 85: x4 = in4
movl %ebx,24(%esp)
## fp stack: 
## live mem32 values: 8
## live mmx values: 1
## live int32 values: 4
## live flags values: 0

## input line 86: in9 = *(uint32 *) (in + 36)
## in9 = *(uint32 *) (in + 36)
## int32#4 = *(uint32 *) (int32#1 + 36)
## %ebx = *(uint32 *) (%eax + 36)
movl 36(%eax),%ebx
## fp stack: 
## live mem32 values: 8
## live mmx values: 1
## live int32 values: 5
## live flags values: 0

## input line 87: x8 = in8
movl %esi,32(%esp)
## fp stack: 
## live mem32 values: 9
## live mmx values: 1
## live int32 values: 4
## live flags values: 0

## input line 88: in13 = *(uint32 *) (in + 52)
## in13 = *(uint32 *) (in + 52)
## int32#6 = *(uint32 *) (int32#1 + 52)
## %edi = *(uint32 *) (%eax + 52)
movl 52(%eax),%edi
## fp stack: 
## live mem32 values: 9
## live mmx values: 1
## live int32 values: 5
## live flags values: 0

## input line 89: x1 = in1
movd %edx,%mm0
## fp stack: 
## live mem32 values: 9
## live mmx values: 2
## live int32 values: 4
## live flags values: 0

## input line 90: in6 = *(uint32 *) (in + 24)
## in6 = *(uint32 *) (in + 24)
## int32#3 = *(uint32 *) (int32#1 + 24)
## %edx = *(uint32 *) (%eax + 24)
movl 24(%eax),%edx
## fp stack: 
## live mem32 values: 9
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 91: x5 = in5
movl %ecx,28(%esp)
## fp stack: 
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 4
## live flags values: 0

## input line 92: in10 = *(uint32 *) (in + 40)
## in10 = *(uint32 *) (in + 40)
## int32#5 = *(uint32 *) (int32#1 + 40)
## %esi = *(uint32 *) (%eax + 40)
movl 40(%eax),%esi
## fp stack: 
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 93: x9 = in9
movl %ebx,36(%esp)
## fp stack: 
## live mem32 values: 11
## live mmx values: 2
## live int32 values: 4
## live flags values: 0

## input line 94: in14 = *(uint32 *) (in + 56)
## in14 = *(uint32 *) (in + 56)
## int32#7 = *(uint32 *) (int32#1 + 56)
## %ebp = *(uint32 *) (%eax + 56)
movl 56(%eax),%ebp
## fp stack: 
## live mem32 values: 11
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 95: x13 = in13
movl %edi,44(%esp)
## fp stack: 
## live mem32 values: 12
## live mmx values: 2
## live int32 values: 4
## live flags values: 0

## input line 96: in2 = *(uint32 *) (in + 8)
## in2 = *(uint32 *) (in + 8)
## int32#2 = *(uint32 *) (int32#1 + 8)
## %ecx = *(uint32 *) (%eax + 8)
movl 8(%eax),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 97: x6 = in6
movd %edx,%mm2
## fp stack: 
## live mem32 values: 12
## live mmx values: 3
## live int32 values: 4
## live flags values: 0

## input line 98: in11 = *(uint32 *) (in + 44)
## in11 = *(uint32 *) (in + 44)
## int32#4 = *(uint32 *) (int32#1 + 44)
## %ebx = *(uint32 *) (%eax + 44)
movl 44(%eax),%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 3
## live int32 values: 5
## live flags values: 0

## input line 99: x10 = in10
movl %esi,40(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 3
## live int32 values: 4
## live flags values: 0

## input line 100: in15 = *(uint32 *) (in + 60)
## in15 = *(uint32 *) (in + 60)
## int32#5 = *(uint32 *) (int32#1 + 60)
## %esi = *(uint32 *) (%eax + 60)
movl 60(%eax),%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 3
## live int32 values: 5
## live flags values: 0

## input line 101: x14 = in14
movl %ebp,48(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 3
## live int32 values: 4
## live flags values: 0

## input line 102: in3 = *(uint32 *) (in + 12)
## in3 = *(uint32 *) (in + 12)
## int32#3 = *(uint32 *) (int32#1 + 12)
## %edx = *(uint32 *) (%eax + 12)
movl 12(%eax),%edx
## fp stack: 
## live mem32 values: 14
## live mmx values: 3
## live int32 values: 5
## live flags values: 0

## input line 103: x2 = in2
movd %ecx,%mm1
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 4
## live flags values: 0

## input line 104: in7 = *(uint32 *) (in + 28)
## in7 = *(uint32 *) (in + 28)
## int32#1 = *(uint32 *) (int32#1 + 28)
## %eax = *(uint32 *) (%eax + 28)
movl 28(%eax),%eax
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 4
## live flags values: 0

## input line 105: x11 = in11
movd %ebx,%mm4
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 3
## live flags values: 0

## input line 106: x15 = in15
movl %esi,52(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 5
## live int32 values: 2
## live flags values: 0

## input line 107: x3 = in3
movl %edx,20(%esp)
## fp stack: 
## live mem32 values: 16
## live mmx values: 5
## live int32 values: 1
## live flags values: 0

## input line 108: x7 = in7
movd %eax,%mm3
## fp stack: 
## live mem32 values: 16
## live mmx values: 6
## live int32 values: 0
## live flags values: 0

## input line 109: 

## input line 110: 

## input line 111: i = 20
## i = 20
## int32#1 = 20
## %eax = 20
mov $20,%eax
## fp stack: 
## live mem32 values: 16
## live mmx values: 6
## live int32 values: 1
## live flags values: 0

## input line 112: mainloop
._mainloop:

## input line 113: 

## input line 114: a = x12
movd %mm5,%ecx
## fp stack: 
## live mem32 values: 16
## live mmx values: 5
## live int32 values: 2
## live flags values: 0

## input line 115: b = x0
movl 16(%esp),%edx
## fp stack: 
## live mem32 values: 15
## live mmx values: 5
## live int32 values: 3
## live flags values: 0

## input line 116: c = x4
movl 24(%esp),%ebx
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 4
## live flags values: 0

## input line 117: 		r = x1
movd %mm0,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 118: e = a + b
lea (%ecx,%edx),%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 119: inplace e <<<= 7
## e <<<= 7
## int32#6 <<<= 7
## %edi <<<= 7
rol $7,%edi
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 120: inplace c ^= e
## c ^= e
## int32#4 ^= int32#6
## %ebx ^= %edi
xor %edi,%ebx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 121: x4 = c
movl %ebx,24(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 122: d = x8
movl 32(%esp),%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 123: e = b + c
lea (%edx,%ebx),%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 124: inplace e <<<= 9
## e#2 <<<= 9
## int32#6 <<<= 9
## %edi <<<= 9
rol $9,%edi
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 125: inplace d ^= e
## d ^= e#2
## int32#7 ^= int32#6
## %ebp ^= %edi
xor %edi,%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 126: 		s = x5
movl 28(%esp),%edi
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 127: x8 = d
movl %ebp,32(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 128: inplace c += d
## c += d
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 129: inplace c <<<= 13
## c <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 130: inplace a ^= c
## a ^= c
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 131: 		t = x9
movl 36(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 132: x12 = a
movd %ecx,%mm5
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 133: inplace a += d
## a += d
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 134: inplace a <<<= 18
## a <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 135: 		v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 136: 		inplace v <<<= 7
## v <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 137: 		inplace t ^= v
## t ^= v
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 138: 		x9 = t
movl %ebx,36(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 139: 		u = x13
movl 44(%esp),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 140: inplace b ^= a
## b ^= a
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 141: 		v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 142: 		inplace v <<<= 9
## v#2 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 143: 		inplace u ^= v
## u ^= v#2
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 144: 		x13 = u
movl %ebp,44(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 145: 				a = x6
movd %mm2,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 146: x0 = b
movl %edx,16(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 147: 				b = x10
movl 40(%esp),%edx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 148: 		inplace t += u
## t += u
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 149: 		inplace t <<<= 13
## t <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 150: 		inplace r ^= t
## r ^= t
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 151: 				c = x14
movl 48(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 152: 		x1 = r
movd %esi,%mm0
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 153: 		inplace r += u
## r += u
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 154: 		inplace r <<<= 18
## r <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 155: 				e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 156: 				inplace e <<<= 7
## e#3 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 157: 				inplace c ^= e
## c#2 ^= e#3
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 158: 				x14 = c
movl %ebx,48(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 159: 				d = x2
movd %mm1,%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 160: 		inplace s ^= r
## s ^= r
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 161: 				e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 162: 				inplace e <<<= 9
## e#4 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 163: 				inplace d ^= e
## d#2 ^= e#4
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 164: 				x2 = d
movd %ebp,%mm1
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 165: 						r = x11
movd %mm4,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 166: 		x5 = s
movl %edi,28(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 167: 						s = x15
movl 52(%esp),%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 168: 				inplace c += d
## c#2 += d#2
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 169: 				inplace c <<<= 13
## c#2 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 170: 				inplace a ^= c
## a#2 ^= c#2
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 171: 						t = x3
movl 20(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 172: 				x6 = a
movd %ecx,%mm2
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 173: 				inplace a += d
## a#2 += d#2
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 174: 				inplace a <<<= 18
## a#2 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 175: 						v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 176: 						inplace v <<<= 7
## v#3 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 177: 						inplace t ^= v
## t#2 ^= v#3
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 178: 						u = x7
movd %mm3,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 179: 				inplace b ^= a
## b#2 ^= a#2
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 180: 						v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 181: 						inplace v <<<= 9
## v#4 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 182: 						inplace u ^= v
## u#2 ^= v#4
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 183: 						x7 = u
movd %ebp,%mm3
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 184: a = t
## a#3 = t#2
## int32#2 = int32#4
## %ecx = %ebx
mov %ebx,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 185: 				x10 = b
movl %edx,40(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 186: b = x0
movl 16(%esp),%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 187: 						inplace t += u
## t#2 += u#2
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 188: 						inplace t <<<= 13
## t#2 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 189: 						inplace r ^= t
## r#2 ^= t#2
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 190: c = x1
movd %mm0,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 191: 						x11 = r
movd %esi,%mm4
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 192: 						inplace r += u
## r#2 += u#2
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 193: 						inplace r <<<= 18
## r#2 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 194: e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 195: inplace e <<<= 7
## e#5 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 196: inplace c ^= e
## c#3 ^= e#5
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 197: x1 = c
movd %ebx,%mm0
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 198: d = x2
movd %mm1,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 199: 						inplace s ^= r
## s#2 ^= r#2
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 200: e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 201: inplace e <<<= 9
## e#6 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 202: inplace d ^= e
## d#3 ^= e#6
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 203: x2 = d
movd %ebp,%mm1
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 204: 		r = x4
movl 24(%esp),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 205: 						x15 = s
movl %edi,52(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 206: 		s = x5
movl 28(%esp),%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 207: inplace c += d
## c#3 += d#3
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 208: inplace c <<<= 13
## c#3 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 209: inplace a ^= c
## a#3 ^= c#3
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 210: 		t = x6
movd %mm2,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 211: x3 = a
movl %ecx,20(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 212: inplace a += d
## a#3 += d#3
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 213: inplace a <<<= 18
## a#3 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 214: 		v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 215: 		inplace v <<<= 7
## v#5 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 216: 		inplace t ^= v
## t#3 ^= v#5
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 217: 		x6 = t
movd %ebx,%mm2
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 218: 		u = x7
movd %mm3,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 219: inplace b ^= a
## b#3 ^= a#3
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 220: 		v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 221: 		inplace v <<<= 9
## v#6 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 222: 		inplace u ^= v
## u#3 ^= v#6
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 223: 		x7 = u
movd %ebp,%mm3
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 224: 				a = x9
movl 36(%esp),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 225: x0 = b
movl %edx,16(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 226: 				b = x10
movl 40(%esp),%edx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 227: 		inplace t += u
## t#3 += u#3
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 228: 		inplace t <<<= 13
## t#3 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 229: 		inplace r ^= t
## r#3 ^= t#3
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 230: 				c = x11
movd %mm4,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 231: 		x4 = r
movl %esi,24(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 232: 		inplace r += u
## r#3 += u#3
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 233: 		inplace r <<<= 18
## r#3 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 234: 				e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 235: 				inplace e <<<= 7
## e#7 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 236: 				inplace c ^= e
## c#4 ^= e#7
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 237: 				x11 = c
movd %ebx,%mm4
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 238: 				d = x8
movl 32(%esp),%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 239: 		inplace s ^= r
## s#3 ^= r#3
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 240: 				e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 241: 				inplace e <<<= 9
## e#8 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 242: 				inplace d ^= e
## d#4 ^= e#8
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 243: 				x8 = d
movl %ebp,32(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 244: 						r = x14
movl 48(%esp),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 245: 		x5 = s
movl %edi,28(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 246: 						s = x15
movl 52(%esp),%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 247: 				inplace c += d
## c#4 += d#4
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 248: 				inplace c <<<= 13
## c#4 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 249: 				inplace a ^= c
## a#4 ^= c#4
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 250: 						t = x12
movd %mm5,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 251: 				x9 = a
movl %ecx,36(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 252: 				inplace a += d
## a#4 += d#4
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 253: 				inplace a <<<= 18
## a#4 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 254: 						v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 255: 						inplace v <<<= 7
## v#7 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 256: 						inplace t ^= v
## t#4 ^= v#7
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 257: 						u = x13
movl 44(%esp),%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 258: 				inplace b ^= a
## b#4 ^= a#4
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 259: 						v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 260: 						inplace v <<<= 9
## v#8 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 261: 						inplace u ^= v
## u#4 ^= v#8
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 262: 						x13 = u
movl %ebp,44(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 263: a = t
## a#5 = t#4
## int32#2 = int32#4
## %ecx = %ebx
mov %ebx,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 264: 				x10 = b
movl %edx,40(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 265: b = x0
movl 16(%esp),%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 266: 						inplace t += u
## t#4 += u#4
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 267: 						inplace t <<<= 13
## t#4 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 268: 						inplace r ^= t
## r#4 ^= t#4
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 269: c = x4
movl 24(%esp),%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 270: 						x14 = r
movl %esi,48(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 271: 						inplace r += u
## r#4 += u#4
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 272: 						inplace r <<<= 18
## r#4 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 273: e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 274: inplace e <<<= 7
## e#9 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 275: inplace c ^= e
## c#5 ^= e#9
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 276: x4 = c
movl %ebx,24(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 277: 						inplace s ^= r
## s#4 ^= r#4
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 5
## live flags values: 0

## input line 278: d = x8
movl 32(%esp),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 279: e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 280: inplace e <<<= 9
## e#10 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 281: inplace d ^= e
## d#5 ^= e#10
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 282: 		r = x1
movd %mm0,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 283: 						x15 = s
movl %edi,52(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 284: 		s = x5
movl 28(%esp),%edi
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 285: x8 = d
movl %ebp,32(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 286: inplace c += d
## c#5 += d#5
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 287: inplace c <<<= 13
## c#5 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 288: inplace a ^= c
## a#5 ^= c#5
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 289: 		t = x9
movl 36(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 290: x12 = a
movd %ecx,%mm5
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 291: inplace a += d
## a#5 += d#5
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 292: inplace a <<<= 18
## a#5 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 293: 		v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 294: 		inplace v <<<= 7
## v#9 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 295: 		inplace t ^= v
## t#5 ^= v#9
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 296: 		x9 = t
movl %ebx,36(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 297: 		u = x13
movl 44(%esp),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 298: inplace b ^= a
## b#5 ^= a#5
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 299: 		v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 300: 		inplace v <<<= 9
## v#10 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 301: 		inplace u ^= v
## u#5 ^= v#10
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 302: 		x13 = u
movl %ebp,44(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 303: 				a = x6
movd %mm2,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 304: x0 = b
movl %edx,16(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 305: 				b = x10
movl 40(%esp),%edx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 306: 		inplace t += u
## t#5 += u#5
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 307: 		inplace t <<<= 13
## t#5 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 308: 		inplace r ^= t
## r#5 ^= t#5
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 309: 				c = x14
movl 48(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 310: 		x1 = r
movd %esi,%mm0
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 311: 		inplace r += u
## r#5 += u#5
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 312: 		inplace r <<<= 18
## r#5 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 313: 				e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 314: 				inplace e <<<= 7
## e#11 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 315: 				inplace c ^= e
## c#6 ^= e#11
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 316: 				x14 = c
movl %ebx,48(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 317: 				d = x2
movd %mm1,%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 318: 		inplace s ^= r
## s#5 ^= r#5
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 319: 				e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 320: 				inplace e <<<= 9
## e#12 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 321: 				inplace d ^= e
## d#6 ^= e#12
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 322: 				x2 = d
movd %ebp,%mm1
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 323: 						r = x11
movd %mm4,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 324: 		x5 = s
movl %edi,28(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 325: 						s = x15
movl 52(%esp),%edi
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 326: 				inplace c += d
## c#6 += d#6
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 327: 				inplace c <<<= 13
## c#6 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 328: 				inplace a ^= c
## a#6 ^= c#6
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 14
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 329: 						t = x3
movl 20(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 330: 				x6 = a
movd %ecx,%mm2
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 331: 				inplace a += d
## a#6 += d#6
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 332: 				inplace a <<<= 18
## a#6 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 333: 						v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 334: 						inplace v <<<= 7
## v#11 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 335: 						inplace t ^= v
## t#6 ^= v#11
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 336: 						u = x7
movd %mm3,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 337: 				inplace b ^= a
## b#6 ^= a#6
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 338: 						v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 339: 						inplace v <<<= 9
## v#12 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 340: 						inplace u ^= v
## u#6 ^= v#12
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 341: 						x7 = u
movd %ebp,%mm3
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 342: a = t
## a#7 = t#6
## int32#2 = int32#4
## %ecx = %ebx
mov %ebx,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 343: 				x10 = b
movl %edx,40(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 344: b = x0
movl 16(%esp),%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 345: 						inplace t += u
## t#6 += u#6
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 346: 						inplace t <<<= 13
## t#6 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 347: 						inplace r ^= t
## r#6 ^= t#6
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 348: c = x1
movd %mm0,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 7
## live flags values: 0

## input line 349: 						x11 = r
movd %esi,%mm4
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 350: 						inplace r += u
## r#6 += u#6
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 351: 						inplace r <<<= 18
## r#6 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 352: e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 353: inplace e <<<= 7
## e#13 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 354: inplace c ^= e
## c#7 ^= e#13
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 355: x1 = c
movd %ebx,%mm0
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 356: d = x2
movd %mm1,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 357: 						inplace s ^= r
## s#6 ^= r#6
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 358: e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 359: inplace e <<<= 9
## e#14 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 360: inplace d ^= e
## d#7 ^= e#14
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 361: x2 = d
movd %ebp,%mm1
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 362: 		r = x4
movl 24(%esp),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 363: 						x15 = s
movl %edi,52(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 364: 		s = x5
movl 28(%esp),%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 365: inplace c += d
## c#7 += d#7
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 366: inplace c <<<= 13
## c#7 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 367: inplace a ^= c
## a#7 ^= c#7
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 368: 		t = x6
movd %mm2,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 369: x3 = a
movl %ecx,20(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 370: inplace a += d
## a#7 += d#7
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 371: inplace a <<<= 18
## a#7 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 372: 		v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 373: 		inplace v <<<= 7
## v#13 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 374: 		inplace t ^= v
## t#7 ^= v#13
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 375: 		x6 = t
movd %ebx,%mm2
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 376: 		u = x7
movd %mm3,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 377: inplace b ^= a
## b#7 ^= a#7
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 378: 		v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 379: 		inplace v <<<= 9
## v#14 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 380: 		inplace u ^= v
## u#7 ^= v#14
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 381: 		x7 = u
movd %ebp,%mm3
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 382: 				a = x9
movl 36(%esp),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 383: x0 = b
movl %edx,16(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 384: 				b = x10
movl 40(%esp),%edx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 385: 		inplace t += u
## t#7 += u#7
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 386: 		inplace t <<<= 13
## t#7 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 387: 		inplace r ^= t
## r#7 ^= t#7
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 388: 				c = x11
movd %mm4,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 389: 		x4 = r
movl %esi,24(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 390: 		inplace r += u
## r#7 += u#7
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 391: 		inplace r <<<= 18
## r#7 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 392: 				e = a + b
lea (%ecx,%edx),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 393: 				inplace e <<<= 7
## e#15 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 394: 				inplace c ^= e
## c#8 ^= e#15
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 395: 				x11 = c
movd %ebx,%mm4
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 396: 				d = x8
movl 32(%esp),%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 397: 		inplace s ^= r
## s#7 ^= r#7
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 398: 				e = b + c
lea (%edx,%ebx),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 399: 				inplace e <<<= 9
## e#16 <<<= 9
## int32#5 <<<= 9
## %esi <<<= 9
rol $9,%esi
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 400: 				inplace d ^= e
## d#8 ^= e#16
## int32#7 ^= int32#5
## %ebp ^= %esi
xor %esi,%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 401: 				x8 = d
movl %ebp,32(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 402: 						r = x14
movl 48(%esp),%esi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 403: 		x5 = s
movl %edi,28(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 404: 						s = x15
movl 52(%esp),%edi
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 405: 				inplace c += d
## c#8 += d#8
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 406: 				inplace c <<<= 13
## c#8 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 407: 				inplace a ^= c
## a#8 ^= c#8
## int32#2 ^= int32#4
## %ecx ^= %ebx
xor %ebx,%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 408: 						t = x12
movd %mm5,%ebx
## fp stack: 
## live mem32 values: 12
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 409: 				x9 = a
movl %ecx,36(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 410: 				inplace a += d
## a#8 += d#8
## int32#2 += int32#7
## %ecx += %ebp
add %ebp,%ecx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 411: 				inplace a <<<= 18
## a#8 <<<= 18
## int32#2 <<<= 18
## %ecx <<<= 18
rol $18,%ecx
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 412: 						v = r + s
lea (%esi,%edi),%ebp
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 413: 						inplace v <<<= 7
## v#15 <<<= 7
## int32#7 <<<= 7
## %ebp <<<= 7
rol $7,%ebp
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 7
## live flags values: 0

## input line 414: 						inplace t ^= v
## t#8 ^= v#15
## int32#4 ^= int32#7
## %ebx ^= %ebp
xor %ebp,%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 6
## live flags values: 0

## input line 415: 						x12 = t
movd %ebx,%mm5
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 416: 						u = x13
movl 44(%esp),%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 417: 				inplace b ^= a
## b#8 ^= a#8
## int32#3 ^= int32#2
## %edx ^= %ecx
xor %ecx,%edx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 418: 						v = s + t
lea (%edi,%ebx),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 419: 						inplace v <<<= 9
## v#16 <<<= 9
## int32#2 <<<= 9
## %ecx <<<= 9
rol $9,%ecx
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 7
## live flags values: 0

## input line 420: 						inplace u ^= v
## u#8 ^= v#16
## int32#7 ^= int32#2
## %ebp ^= %ecx
xor %ecx,%ebp
## fp stack: 
## live mem32 values: 12
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 421: 						x13 = u
movl %ebp,44(%esp)
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 422: 						inplace t += u
## t#8 += u#8
## int32#4 += int32#7
## %ebx += %ebp
add %ebp,%ebx
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 6
## live flags values: 0

## input line 423: 				x10 = b
movl %edx,40(%esp)
## fp stack: 
## live mem32 values: 14
## live mmx values: 6
## live int32 values: 5
## live flags values: 0

## input line 424: 						inplace t <<<= 13
## t#8 <<<= 13
## int32#4 <<<= 13
## %ebx <<<= 13
rol $13,%ebx
## live mem32 values: 14
## live mmx values: 6
## live int32 values: 5
## live flags values: 0

## input line 425: 						inplace r ^= t
## r#8 ^= t#8
## int32#5 ^= int32#4
## %esi ^= %ebx
xor %ebx,%esi
## fp stack: 
## live mem32 values: 14
## live mmx values: 6
## live int32 values: 4
## live flags values: 0

## input line 426: 						x14 = r
movl %esi,48(%esp)
## fp stack: 
## live mem32 values: 15
## live mmx values: 6
## live int32 values: 4
## live flags values: 0

## input line 427: 						inplace r += u
## r#8 += u#8
## int32#5 += int32#7
## %esi += %ebp
add %ebp,%esi
## fp stack: 
## live mem32 values: 15
## live mmx values: 6
## live int32 values: 3
## live flags values: 0

## input line 428: 						inplace r <<<= 18
## r#8 <<<= 18
## int32#5 <<<= 18
## %esi <<<= 18
rol $18,%esi
## live mem32 values: 15
## live mmx values: 6
## live int32 values: 3
## live flags values: 0

## input line 429: 						inplace s ^= r
## s#8 ^= r#8
## int32#6 ^= int32#5
## %edi ^= %esi
xor %esi,%edi
## fp stack: 
## live mem32 values: 15
## live mmx values: 6
## live int32 values: 2
## live flags values: 0

## input line 430: 						x15 = s
movl %edi,52(%esp)
## fp stack: 
## live mem32 values: 16
## live mmx values: 6
## live int32 values: 1
## live flags values: 0

## input line 431: inplace i -= 4
## i -= 4
## int32#1 -= 4
## %eax -= 4
sub $4,%eax
## live mem32 values: 16
## live mmx values: 6
## live int32 values: 1
## live flags values: 0

## input line 432: goto mainloop if unsigned >
## fp stack unchanged by jump
ja ._mainloop
## fp stack: 

## input line 433: 

## input line 434: load in
movl 72(%esp),%edi
## fp stack: 
## live mem32 values: 15
## live mmx values: 6
## live int32 values: 1
## live flags values: 0

## input line 435: load out
movl 68(%esp),%eax
## fp stack: 
## live mem32 values: 14
## live mmx values: 6
## live int32 values: 2
## live flags values: 0

## input line 436: 

## input line 437: out0 = x0
movl 16(%esp),%ebx
## fp stack: 
## live mem32 values: 13
## live mmx values: 6
## live int32 values: 3
## live flags values: 0

## input line 438: out1 = x1
movd %mm0,%esi
## fp stack: 
## live mem32 values: 13
## live mmx values: 5
## live int32 values: 4
## live flags values: 0

## input line 439: out2 = x2
movd %mm1,%edx
## fp stack: 
## live mem32 values: 13
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 440: out3 = x3
movl 20(%esp),%ecx
## fp stack: 
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 441: out0 += *(uint32 *) (in + 0)
## out0 += *(uint32 *) (in#2 + 0)
## int32#4 += *(uint32 *) (int32#6 + 0)
## %ebx += *(uint32 *) (%edi + 0)
addl 0(%edi),%ebx
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 442: out1 += *(uint32 *) (in + 4)
## out1 += *(uint32 *) (in#2 + 4)
## int32#5 += *(uint32 *) (int32#6 + 4)
## %esi += *(uint32 *) (%edi + 4)
addl 4(%edi),%esi
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 443: out2 += *(uint32 *) (in + 8)
## out2 += *(uint32 *) (in#2 + 8)
## int32#3 += *(uint32 *) (int32#6 + 8)
## %edx += *(uint32 *) (%edi + 8)
addl 8(%edi),%edx
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 444: out3 += *(uint32 *) (in + 12)
## out3 += *(uint32 *) (in#2 + 12)
## int32#2 += *(uint32 *) (int32#6 + 12)
## %ecx += *(uint32 *) (%edi + 12)
addl 12(%edi),%ecx
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 445: *(uint32 *) (out + 0) = out0
## *(uint32 *) (out + 0) = out0
## *(uint32 *) (int32#1 + 0) = int32#4
## *(uint32 *) (%eax + 0) = %ebx
movl %ebx,0(%eax)
## fp stack: 
## live mem32 values: 12
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 446: out4 = x4
movl 24(%esp),%ebx
## fp stack: 
## live mem32 values: 11
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 447: *(uint32 *) (out + 4) = out1
## *(uint32 *) (out + 4) = out1
## *(uint32 *) (int32#1 + 4) = int32#5
## *(uint32 *) (%eax + 4) = %esi
movl %esi,4(%eax)
## fp stack: 
## live mem32 values: 11
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 448: out5 = x5
movl 28(%esp),%esi
## fp stack: 
## live mem32 values: 10
## live mmx values: 4
## live int32 values: 6
## live flags values: 0

## input line 449: *(uint32 *) (out + 8) = out2
## *(uint32 *) (out + 8) = out2
## *(uint32 *) (int32#1 + 8) = int32#3
## *(uint32 *) (%eax + 8) = %edx
movl %edx,8(%eax)
## fp stack: 
## live mem32 values: 10
## live mmx values: 4
## live int32 values: 5
## live flags values: 0

## input line 450: out6 = x6
movd %mm2,%edx
## fp stack: 
## live mem32 values: 10
## live mmx values: 3
## live int32 values: 6
## live flags values: 0

## input line 451: *(uint32 *) (out + 12) = out3
## *(uint32 *) (out + 12) = out3
## *(uint32 *) (int32#1 + 12) = int32#2
## *(uint32 *) (%eax + 12) = %ecx
movl %ecx,12(%eax)
## fp stack: 
## live mem32 values: 10
## live mmx values: 3
## live int32 values: 5
## live flags values: 0

## input line 452: out7 = x7
movd %mm3,%ecx
## fp stack: 
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 453: out4 += *(uint32 *) (in + 16)
## out4 += *(uint32 *) (in#2 + 16)
## int32#4 += *(uint32 *) (int32#6 + 16)
## %ebx += *(uint32 *) (%edi + 16)
addl 16(%edi),%ebx
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 454: out5 += *(uint32 *) (in + 20)
## out5 += *(uint32 *) (in#2 + 20)
## int32#5 += *(uint32 *) (int32#6 + 20)
## %esi += *(uint32 *) (%edi + 20)
addl 20(%edi),%esi
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 455: out6 += *(uint32 *) (in + 24)
## out6 += *(uint32 *) (in#2 + 24)
## int32#3 += *(uint32 *) (int32#6 + 24)
## %edx += *(uint32 *) (%edi + 24)
addl 24(%edi),%edx
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 456: out7 += *(uint32 *) (in + 28)
## out7 += *(uint32 *) (in#2 + 28)
## int32#2 += *(uint32 *) (int32#6 + 28)
## %ecx += *(uint32 *) (%edi + 28)
addl 28(%edi),%ecx
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 457: *(uint32 *) (out + 16) = out4
## *(uint32 *) (out + 16) = out4
## *(uint32 *) (int32#1 + 16) = int32#4
## *(uint32 *) (%eax + 16) = %ebx
movl %ebx,16(%eax)
## fp stack: 
## live mem32 values: 10
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 458: out8 = x8
movl 32(%esp),%ebx
## fp stack: 
## live mem32 values: 9
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 459: *(uint32 *) (out + 20) = out5
## *(uint32 *) (out + 20) = out5
## *(uint32 *) (int32#1 + 20) = int32#5
## *(uint32 *) (%eax + 20) = %esi
movl %esi,20(%eax)
## fp stack: 
## live mem32 values: 9
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 460: out9 = x9
movl 36(%esp),%esi
## fp stack: 
## live mem32 values: 8
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 461: *(uint32 *) (out + 24) = out6
## *(uint32 *) (out + 24) = out6
## *(uint32 *) (int32#1 + 24) = int32#3
## *(uint32 *) (%eax + 24) = %edx
movl %edx,24(%eax)
## fp stack: 
## live mem32 values: 8
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 462: out10 = x10
movl 40(%esp),%edx
## fp stack: 
## live mem32 values: 7
## live mmx values: 2
## live int32 values: 6
## live flags values: 0

## input line 463: *(uint32 *) (out + 28) = out7
## *(uint32 *) (out + 28) = out7
## *(uint32 *) (int32#1 + 28) = int32#2
## *(uint32 *) (%eax + 28) = %ecx
movl %ecx,28(%eax)
## fp stack: 
## live mem32 values: 7
## live mmx values: 2
## live int32 values: 5
## live flags values: 0

## input line 464: out11 = x11
movd %mm4,%ecx
## fp stack: 
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 6
## live flags values: 0

## input line 465: out8 += *(uint32 *) (in + 32)
## out8 += *(uint32 *) (in#2 + 32)
## int32#4 += *(uint32 *) (int32#6 + 32)
## %ebx += *(uint32 *) (%edi + 32)
addl 32(%edi),%ebx
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 6
## live flags values: 0

## input line 466: out9 += *(uint32 *) (in + 36)
## out9 += *(uint32 *) (in#2 + 36)
## int32#5 += *(uint32 *) (int32#6 + 36)
## %esi += *(uint32 *) (%edi + 36)
addl 36(%edi),%esi
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 6
## live flags values: 0

## input line 467: out10 += *(uint32 *) (in + 40)
## out10 += *(uint32 *) (in#2 + 40)
## int32#3 += *(uint32 *) (int32#6 + 40)
## %edx += *(uint32 *) (%edi + 40)
addl 40(%edi),%edx
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 6
## live flags values: 0

## input line 468: out11 += *(uint32 *) (in + 44)
## out11 += *(uint32 *) (in#2 + 44)
## int32#2 += *(uint32 *) (int32#6 + 44)
## %ecx += *(uint32 *) (%edi + 44)
addl 44(%edi),%ecx
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 6
## live flags values: 0

## input line 469: *(uint32 *) (out + 32) = out8
## *(uint32 *) (out + 32) = out8
## *(uint32 *) (int32#1 + 32) = int32#4
## *(uint32 *) (%eax + 32) = %ebx
movl %ebx,32(%eax)
## fp stack: 
## live mem32 values: 7
## live mmx values: 1
## live int32 values: 5
## live flags values: 0

## input line 470: out12 = x12
movd %mm5,%ebx
## fp stack: 
## live mem32 values: 7
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 471: *(uint32 *) (out + 36) = out9
## *(uint32 *) (out + 36) = out9
## *(uint32 *) (int32#1 + 36) = int32#5
## *(uint32 *) (%eax + 36) = %esi
movl %esi,36(%eax)
## fp stack: 
## live mem32 values: 7
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 472: out13 = x13
movl 44(%esp),%esi
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 473: *(uint32 *) (out + 40) = out10
## *(uint32 *) (out + 40) = out10
## *(uint32 *) (int32#1 + 40) = int32#3
## *(uint32 *) (%eax + 40) = %edx
movl %edx,40(%eax)
## fp stack: 
## live mem32 values: 6
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 474: out14 = x14
movl 48(%esp),%edx
## fp stack: 
## live mem32 values: 5
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 475: *(uint32 *) (out + 44) = out11
## *(uint32 *) (out + 44) = out11
## *(uint32 *) (int32#1 + 44) = int32#2
## *(uint32 *) (%eax + 44) = %ecx
movl %ecx,44(%eax)
## fp stack: 
## live mem32 values: 5
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 476: out15 = x15
movl 52(%esp),%ecx
## fp stack: 
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 477: emms
emms
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 478: out12 += *(uint32 *) (in + 48)
## out12 += *(uint32 *) (in#2 + 48)
## int32#4 += *(uint32 *) (int32#6 + 48)
## %ebx += *(uint32 *) (%edi + 48)
addl 48(%edi),%ebx
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 479: out13 += *(uint32 *) (in + 52)
## out13 += *(uint32 *) (in#2 + 52)
## int32#5 += *(uint32 *) (int32#6 + 52)
## %esi += *(uint32 *) (%edi + 52)
addl 52(%edi),%esi
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 480: out14 += *(uint32 *) (in + 56)
## out14 += *(uint32 *) (in#2 + 56)
## int32#3 += *(uint32 *) (int32#6 + 56)
## %edx += *(uint32 *) (%edi + 56)
addl 56(%edi),%edx
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 6
## live flags values: 0

## input line 481: out15 += *(uint32 *) (in + 60)
## out15 += *(uint32 *) (in#2 + 60)
## int32#2 += *(uint32 *) (int32#6 + 60)
## %ecx += *(uint32 *) (%edi + 60)
addl 60(%edi),%ecx
## fp stack: 
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 482: *(uint32 *) (out + 48) = out12
## *(uint32 *) (out + 48) = out12
## *(uint32 *) (int32#1 + 48) = int32#4
## *(uint32 *) (%eax + 48) = %ebx
movl %ebx,48(%eax)
## fp stack: 
## live mem32 values: 4
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 483: load callerint ebx
movl 0(%esp),%ebx
## fp stack: 
## live mem32 values: 3
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 484: *(uint32 *) (out + 52) = out13
## *(uint32 *) (out + 52) = out13
## *(uint32 *) (int32#1 + 52) = int32#5
## *(uint32 *) (%eax + 52) = %esi
movl %esi,52(%eax)
## fp stack: 
## live mem32 values: 3
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 485: load callerint esi
movl 4(%esp),%esi
## fp stack: 
## live mem32 values: 2
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 486: *(uint32 *) (out + 56) = out14
## *(uint32 *) (out + 56) = out14
## *(uint32 *) (int32#1 + 56) = int32#3
## *(uint32 *) (%eax + 56) = %edx
movl %edx,56(%eax)
## fp stack: 
## live mem32 values: 2
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 487: load callerint edi
movl 8(%esp),%edi
## fp stack: 
## live mem32 values: 1
## live mmx values: 0
## live int32 values: 5
## live flags values: 0

## input line 488: *(uint32 *) (out + 60) = out15
## *(uint32 *) (out + 60) = out15
## *(uint32 *) (int32#1 + 60) = int32#2
## *(uint32 *) (%eax + 60) = %ecx
movl %ecx,60(%eax)
## fp stack: 
## live mem32 values: 1
## live mmx values: 0
## live int32 values: 3
## live flags values: 0

## input line 489: load callerint ebp
movl 12(%esp),%ebp
## fp stack: 
## live mem32 values: 0
## live mmx values: 0
## live int32 values: 4
## live flags values: 0

## input line 490: 

## input line 491: leave
add $64,%esp
ret
## live mem32 values: 0
## live mmx values: 0
## live int32 values: 4
## live flags values: 0