cr.yp.to update
[email protected] 29 Aug 2008 07:12:43 -0000
| Newsgroups | gmane.comp.djb.announce |
|---|---|
| Message-ID | <[email protected]> |
attacks.html | 14
timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.q | 302
timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.s | 4374 +++++-----
timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/aux.c | 264
timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ecrypt-sync.h | 2
5 files changed, 2374 insertions(+), 2582 deletions(-)
diff -ru .old-crypto/streamciphers/attacks.html cr.yp.to/streamciphers/attacks.html
--- .old-crypto/streamciphers/attacks.html 2008-03-30 19:39:40.000000000 -0400
+++ cr.yp.to/streamciphers/attacks.html 2008-08-26 10:01:18.000000000 -0400
@@ -38,8 +38,8 @@
<br><a href="#dragon">Dragon limited to 2^64 bits per key: 256-bit security?</a>
<br><a href="#edon80">Edon80: 80-bit security?</a>
<br><a href="#f-fcsr-8">F-FCSR-8: <font color="#ff0000">withdrawn</font></a>
-<br><a href="#f-fcsr-h">F-FCSR-H: 128-bit security?</a>
-<br><a href="#f-fcsr-16">F-FCSR-16: 128-bit security?</a>
+<br><a href="#f-fcsr-h">F-FCSR-H: <font color="#ff0000">broken</font></a>
+<br><a href="#f-fcsr-16">F-FCSR-16: <font color="#ff0000">broken</font>?</a>
<br>FISH: <font color="#ff0000">broken</font>
<br><a href="#frogbit">Frogbit: <font color="#ff0000">broken</font></a>
<br><a href="#fubuki">Fubuki: 256-bit security?</a>
@@ -441,15 +441,18 @@
The first one is a bottleneck effect
due to a big mistake in our design."
</ul>
-<h2><a name="f-fcsr-h">F-FCSR-H (HW, Phase 3 HW focus, submissions/f-fcsr/f-fcsr-h): 128-bit security?</a></h2>
+<h2><a name="f-fcsr-h">F-FCSR-H (HW, Phase 3 HW focus, submissions/f-fcsr/f-fcsr-h): broken</a></h2>
Proposed by Thierry Berger, Francois Arnault, Cedric Lauradoux.
Cryptanalysis:
<ul>
<li>Obvious: Brute force to find 128-bit key.
<li>Arnault, Berger, and Minier (SASC 2007)
show that various attacks don't work against F-FCSR-H.
+<li>Hell and Johansson (Asiacrypt 2008)
+show a very fast attack against F-FCSR-H.
+No response yet from the designers.
</ul>
-<h2><a name="f-fcsr-16">F-FCSR-16 (Phase 3 HW focus, submissions/f-fcsr/f-fcsr-16): 128-bit security?</a></h2>
+<h2><a name="f-fcsr-16">F-FCSR-16 (Phase 3 HW focus, submissions/f-fcsr/f-fcsr-16): broken?</a></h2>
[<a href="f-fcsr-8/075.pdf">paper</a>]
Proposed by Thierry Berger, Francois Arnault, Cedric Lauradoux.
Cryptanalysis:
@@ -457,6 +460,9 @@
<li>Obvious: Brute force to find 128-bit key.
<li>Arnault, Berger, and Minier (SASC 2007)
show that various attacks don't work against F-FCSR-16.
+<li>Presumably the attack by Hell and Johansson (Asiacrypt 2008)
+extends from F-FCSR-H to F-FCSR-16.
+No response yet from the designers.
</ul>
<h2><a name="frogbit">Frogbit (submissions/frogbit): broken</a></h2>
Proposed by Thierry Moreau.
New: streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/athlon64-1
New: streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/athlon64-2
New: streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/core2
New: streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/pentium4-1
diff -ru .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.q cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.q
--- .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.q 2008-03-06 14:27:26.000000000 -0500
+++ cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.q 2008-08-25 11:08:04.000000000 -0400
@@ -1,3 +1,7 @@
+# D. J. Bernstein and Peter Schwabe
+# 2008.08.25
+# Public domain.
+
int32 action
int32 ctxp
int32 inp
@@ -22,6 +26,7 @@
int32 table0
int32 table1
+int32 table1p3
int32 table2
int32 table3
@@ -42,6 +47,7 @@
int32 n0p
int32 tmp1
+int32 check
int32 d
int32 tmpp
int32 y0
@@ -116,6 +122,13 @@
stack128 tmp
+stack32 pre10
+
+stack32 pre20
+stack32 pre21
+stack32 pre22
+stack32 pre23
+
int32 i12
int32 i13
int32 i14
@@ -174,7 +187,7 @@
stack32 i29_stack
# Enter the function
-enter ECRYPT_process_bytes_qhasm
+enter ECRYPT_process_bytes
=? (uint32) length - 0
goto donothing if =
@@ -205,6 +218,7 @@
# Set table constants:
table0 = constants + 40
table1 = constants + 48
+table1p3 = constants + 51
table2 = constants + 44
table3 = constants + 52
@@ -324,6 +338,8 @@
x38 = tx2
x39 = tx3
+y0 = *(uint32 *) (n0p + 0)
+
# Key generation round 10:
tx0 = *(uint32 *) (ctxp + 52)
tx1 ^= tx0
@@ -334,22 +350,51 @@
x42 = tx2
x43 = tx3
-y0 = *(uint32 *) (n0p + 0)
-y1 = *(uint32 *) (n0p + 4)
-y2 = *(uint32 *) (n0p + 8)
-y3 = *(uint32 *) (n0p + 12)
-
tx0 = x0
y0 ^= tx0
+goto precompute
+
mainloop:
-################################################
-#### AES Round 1 ####
-################################################
-z0 = x4
+z0 ^= in0
+inp += 16
+
+*(uint32 *) (outp + 0) = z0
+z1 ^= in1
+
+*(uint32 *) (outp + 4) = z1
+z2 ^= in2
+
+*(uint32 *) (outp + 8) = z2
+z3 ^= in3
+
+check = y0 & (65536 * 0xff00)
+=? (uint32) check - 0
+
+*(uint32 *) (outp + 12) = z3
+y0 ^= tx0
+
+z0 = pre10
p00 = 4080 & (y0 <<< 12)
+p00 = *(uint32 *) (table0 + p00)
+outp += 16
+
+goto after_precompute if !=
+
+#################################################
+##### Precomputation ####
+#################################################
+#
+precompute:
+
+y1 = *(uint32 *) (n0p + 4)
+y2 = *(uint32 *) (n0p + 8)
+y3 = *(uint32 *) (n0p + 12)
+
+z0 = x4
+
p01 = 4080 & (y0 <<< 20)
z1 = x5
@@ -360,7 +405,6 @@
z3 = x7
p10 = 4080 & (y1 <<< 12)
-p00 = *(uint32 *) (table0 + p00)
p11 = 4080 & (y1 <<< 20)
p01 = *(uint32 *) (table1 + p01)
@@ -371,7 +415,6 @@
p13 = 4080 & (y1 <<< 4)
p03 = *(uint32 *) (table3 + p03)
-z0 ^= p00
p10 = *(uint32 *) (table0 + p10)
z3 ^= p01
@@ -413,103 +456,131 @@
z2 ^= p13
p33 = *(uint32 *) (table3 + p33)
-n0 = *(swapendian uint32 *) n0p
z2 ^= p20
-
z1 ^= p21
-z0 ^= p22
-n0 = n0 + 1
+z0 ^= p22
z3 ^= p23
-*(swapendian uint32 *) n0p = n0
y2 = z2 ^ p31
-
y3 = z3 ^ p30
-y1 = z1 ^ p32
-
-y0 = z0 ^ p33
-################################################
-#### AES Round 2 ####
-################################################
-
-z0 = x8
+y1 = z1 ^ p32
+z0 = z0 ^ p33
-p00 = 4080 & (y0 <<< 12)
-p01 = 4080 & (y0 <<< 20)
+pre10 = z0
-z1 = x9
-p02 = 4080 & (y0 <<< 28)
+# Precomputation of second round
-z2 = x10
-p03 = 4080 & (y0 <<< 4)
-z3 = x11
p10 = 4080 & (y1 <<< 12)
+z0 = x8
-p00 = *(uint32 *) (table0 + p00)
p11 = 4080 & (y1 <<< 20)
+z1 = x9
-p01 = *(uint32 *) (table1 + p01)
p12 = 4080 & (y1 <<< 28)
+z2 = x10
-p02 = *(uint32 *) (table2 + p02)
p13 = 4080 & (y1 <<< 4)
-
-p03 = *(uint32 *) (table3 + p03)
-z0 ^= p00
+z3 = x11
p10 = *(uint32 *) (table0 + p10)
-z3 ^= p01
+p20 = 4080 & (y2 <<< 12)
p11 = *(uint32 *) (table1 + p11)
-p20 = 4080 & (y2 <<< 12)
-z2 ^= p02
+p21 = 4080 & (y2 <<< 20)
p12 = *(uint32 *) (table2 + p12)
-p21 = 4080 & (y2 <<< 20)
-z1 ^= p03
+p22 = 4080 & (y2 <<< 28)
p13 = *(uint32 *) (table3 + p13)
-p22 = 4080 & (y2 <<< 28)
+p23 = 4080 & (y2 <<< 4)
p20 = *(uint32 *) (table0 + p20)
-p23 = 4080 & (y2 <<< 4)
+p30 = 4080 & (y3 <<< 12)
p21 = *(uint32 *) (table1 + p21)
-p30 = 4080 & (y3 <<< 12)
z0 ^= p11
p22 = *(uint32 *) (table2 + p22)
p31 = 4080 & (y3 <<< 20)
-z1 ^= p10
+z1 ^= p10
p23 = *(uint32 *) (table3 + p23)
-p32 = 4080 & (y3 <<< 28)
+p32 = 4080 & (y3 <<< 28)
p30 = *(uint32 *) (table0 + p30)
-p33 = 4080 & (y3 <<< 4)
+p33 = 4080 & (y3 <<< 4)
p31 = *(uint32 *) (table1 + p31)
-z3 ^= p12
+z3 ^= p12
p32 = *(uint32 *) (table2 + p32)
-z2 ^= p13
+z2 ^= p13
p33 = *(uint32 *) (table3 + p33)
+
z2 ^= p20
z1 ^= p21
z0 ^= p22
z3 ^= p23
-y2 = z2 ^ p31
-y3 = z3 ^ p30
+z2 ^= p31
+z3 ^= p30
-y1 = z1 ^ p32
-y0 = z0 ^ p33
+z1 ^= p32
+pre22 = z2
+
+z0 ^= p33
+pre23 = z3
+pre20 = z0
+pre21 = z1
+
+z0 = pre10
+p00 = 4080 & (y0 <<< 12)
+p00 = *(uint32 *) (table0 + p00)
+
+after_precompute:
+
+################################################
+#### AES Round 1 ####
+################################################
+
+y0 = z0 ^ p00
+n0 = *(swapendian uint32 *) n0p
+
+################################################
+#### AES Round 2 ####
+################################################
+
+p00 = 4080 & (y0 <<< 12)
+z0 = pre20
+
+p01 = 4080 & (y0 <<< 20)
+z1 = pre21
+
+p02 = 4080 & (y0 <<< 28)
+z2 = pre22
+
+p03 = 4080 & (y0 <<< 4)
+z3 = pre23
+
+p00 = *(uint32 *) (table0 + p00)
+n0 = n0 + 1
+
+p01 = *(uint32 *) (table1 + p01)
+
+p02 = *(uint32 *) (table2 + p02)
+
+p03 = *(uint32 *) (table3 + p03)
+y0 = z0 ^ p00
+
+y3 = z3 ^ p01
+y2 = z2 ^ p02
+y1 = z1 ^ p03
################################################
#### AES Round 3 ####
@@ -590,6 +661,7 @@
################################################
#### AES Round 4 ####
################################################
+
z0 = x16
p00 = 4080 & (y0 <<< 12)
p01 = 4080 & (y0 <<< 20)
@@ -663,6 +735,7 @@
y0 = z0 ^ p33
+
################################################
#### AES Round 5 ####
################################################
@@ -1049,125 +1122,96 @@
z0 = x40
p00 = 4080 & (y0 <<< 12)
+
z1 = x41
p01 = 4080 & (y0 <<< 20)
+
z2 = x42
p02 = 4080 & (y0 <<< 28)
+
z3 = x43
p03 = 4080 & (y0 <<< 4)
p00 = *(uint32 *) (table2 + p00)
p10 = 4080 & (y1 <<< 12)
+
p01 = *(uint32 *) (table3 + p01)
p11 = 4080 & (y1 <<< 20)
+
p02 = *(uint32 *) (table0 + p02)
p12 = 4080 & (y1 <<< 28)
-p03 = *(uint32 *) (table1 + p03)
-p13 = 4080 & (y1 <<< 4)
-p00 = p00 & (65536 * 0xff00)
-p01 = p01 & (65536 * 0xff)
-p02 = p02 & 0xff00
-p03 = p03 & 0xff
+p03 = *(uint8 *) (table1p3 + p03)
+p13 = 4080 & (y1 <<< 4)
-z0 ^= p00
-z3 ^= p01
-z2 ^= p02
-z1 ^= p03
+*(swapendian uint32 *) n0p = n0
+p20 = 4080 & (y2 <<< 12)
p10 = *(uint32 *) (table2 + p10)
-p20 = 4080 & (y2 <<< 12)
-p11 = *(uint32 *) (table3 + p11)
p21 = 4080 & (y2 <<< 20)
-p12 = *(uint32 *) (table0 + p12)
+
+p11 = *(uint32 *) (table3 + p11)
p22 = 4080 & (y2 <<< 28)
-p13 = *(uint32 *) (table1 + p13)
+
+p12 = *(uint32 *) (table0 + p12)
p23 = 4080 & (y2 <<< 4)
-p10 = p10 & (65536 * 0xff00)
-p11 = p11 & (65536 * 0xff)
-p12 = p12 & 0xff00
-p13 = p13 & 0xff
+p13 = *(uint8 *) (table1p3 + p13)
+p03 bits 0xff000000 = p10 <<< 0
-z1 ^= p10
-z0 ^= p11
-z3 ^= p12
-z2 ^= p13
+p30 = 4080 & (y3 <<< 12)
+p00 bits 0x00ff0000 = p11 <<< 0
p20 = *(uint32 *) (table2 + p20)
-p30 = 4080 & (y3 <<< 12)
-p21 = *(uint32 *) (table3 + p21)
-p31 = 4080 & (y3 <<< 20)
-p22 = *(uint32 *) (table0 + p22)
-p32 = 4080 & (y3 <<< 28)
-p23 = *(uint32 *) (table1 + p23)
-p33 = 4080 & (y3 <<< 4)
+p01 bits 0x0000ff00 = p12 <<< 0
+p21 = *(uint32 *) (table3 + p21)
+p02 bits 0x000000ff = p13 <<< 0
-p20 = p20 & (65536 * 0xff00)
-p21 = p21 & (65536 * 0xff)
-p22 = p22 & 0xff00
-p23 = p23 & 0xff
+p22 = *(uint32 *) (table0 + p22)
+p31 = 4080 & (y3 <<< 20)
+p23 = *(uint8 *) (table1p3 + p23)
+p32 = 4080 & (y3 <<< 28)
p30 = *(uint32 *) (table2 + p30)
-z2 ^= p20
+p33 = 4080 & (y3 <<< 4)
+
p31 = *(uint32 *) (table3 + p31)
-z1 ^= p21
+p02 bits 0xff000000 = p20 <<< 0
+
p32 = *(uint32 *) (table0 + p32)
-z0 ^= p22
-p33 = *(uint32 *) (table1 + p33)
-z3 ^= p23
+p03 bits 0x00ff0000 = p21 <<< 0
+p33 = *(uint8 *) (table1p3 + p33)
+p00 bits 0x0000ff00 = p22 <<< 0
y0 = *(uint32 *) (n0p + 0)
-p30 = p30 & (65536 * 0xff00)
-
-y1 = *(uint32 *) (n0p + 4)
-p31 = p31 & (65536 * 0xff)
-
-y2 = *(uint32 *) (n0p + 8)
-p32 = p32 & 0xff00
-
-y3 = *(uint32 *) (n0p + 12)
-p33 = p33 & 0xff
+p01 bits 0x000000ff = p23 <<< 0
+p01 bits 0xff000000 = p30 <<< 0
tx0 = x0
-z3 ^= p30
in0 = *(uint32 *) (inp + 0)
-z2 ^= p31
+z3 ^= p01
+
+p02 bits 0x00ff0000 = p31 <<< 0
+p03 bits 0x0000ff00 = p32 <<< 0
in1 = *(uint32 *) (inp + 4)
-z1 ^= p32
+z2 ^= p02
in2 = *(uint32 *) (inp + 8)
-z0 ^= p33
+p00 bits 0x000000ff = p33 <<< 0
-in3 = *(uint32 *) (inp + 12)
-y0 ^= tx0
+z1 ^= p03
+z0 ^= p00
-# if there are less then 16 bytes left, handle them differently:
+in3 = *(uint32 *) (inp + 12)
<? length -= 16
-goto atmost15bytesleft if <
-
-z0 ^= in0
-inp += 16
-
-*(uint32 *) (outp + 0) = z0
-z1 ^= in1
-
-*(uint32 *) (outp + 4) = z1
-z2 ^= in2
-
-*(uint32 *) (outp + 8) = z2
-z3 ^= in3
-
-*(uint32 *) (outp + 12) = z3
-outp += 16
-
-goto mainloop
+# if there are less then 16 bytes left, handle them differently:
+goto mainloop if !<
atmost15bytesleft:
diff -ru .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.s cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.s
--- .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.s 2008-02-15 16:12:20.000000000 -0500
+++ cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ECRYPT_process_bytes.s 2008-08-25 11:08:07.000000000 -0400
@@ -39,6 +39,8 @@
# qhasm: int32 table1
+# qhasm: int32 table1p3
+
# qhasm: int32 table2
# qhasm: int32 table3
@@ -71,6 +73,8 @@
# qhasm: int32 tmp1
+# qhasm: int32 check
+
# qhasm: int32 d
# qhasm: int32 tmpp
@@ -213,6 +217,16 @@
# qhasm: stack128 tmp
+# qhasm: stack32 pre10
+
+# qhasm: stack32 pre20
+
+# qhasm: stack32 pre21
+
+# qhasm: stack32 pre22
+
+# qhasm: stack32 pre23
+
# qhasm: int32 i12
# qhasm: int32 i13
@@ -321,14 +335,14 @@
# qhasm: stack32 i29_stack
-# qhasm: enter ECRYPT_process_bytes_qhasm
+# qhasm: enter ECRYPT_process_bytes
.text
.align 3
-.globl _ECRYPT_process_bytes_qhasm
-.globl ECRYPT_process_bytes_qhasm
-_ECRYPT_process_bytes_qhasm:
-ECRYPT_process_bytes_qhasm:
-stwu 1,-400(1)
+.globl _ECRYPT_process_bytes
+.globl ECRYPT_process_bytes
+_ECRYPT_process_bytes:
+ECRYPT_process_bytes:
+stwu 1,-416(1)
# qhasm: =? (uint32) length - 0
# asm 1: cmplwi <length=int32#5,0
@@ -448,10 +462,15 @@
# asm 2: addi >table1=9,<constants=3,48
addi 9,3,48
+# qhasm: table1p3 = constants + 51
+# asm 1: addi >table1p3=int32#8,<constants=int32#1,51
+# asm 2: addi >table1p3=10,<constants=3,51
+addi 10,3,51
+
# qhasm: table2 = constants + 44
-# asm 1: addi >table2=int32#8,<constants=int32#1,44
-# asm 2: addi >table2=10,<constants=3,44
-addi 10,3,44
+# asm 1: addi >table2=int32#9,<constants=int32#1,44
+# asm 2: addi >table2=11,<constants=3,44
+addi 11,3,44
# qhasm: table3 = constants + 52
# asm 1: addi >table3=int32#1,<constants=int32#1,52
@@ -459,454 +478,459 @@
addi 3,3,52
# qhasm: n0p = ctxp + 56
-# asm 1: addi >n0p=int32#9,<ctxp=int32#2,56
-# asm 2: addi >n0p=11,<ctxp=4,56
-addi 11,4,56
+# asm 1: addi >n0p=int32#10,<ctxp=int32#2,56
+# asm 2: addi >n0p=12,<ctxp=4,56
+addi 12,4,56
# qhasm: tx0 = *(uint32 *) (ctxp + 0)
-# asm 1: lwz >tx0=int32#10,0(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,0(<ctxp=4)
-lwz 12,0(4)
+# asm 1: lwz >tx0=int32#11,0(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,0(<ctxp=4)
+lwz 13,0(4)
# qhasm: tx1 = *(uint32 *) (ctxp + 4)
-# asm 1: lwz >tx1=int32#11,4(<ctxp=int32#2)
-# asm 2: lwz >tx1=13,4(<ctxp=4)
-lwz 13,4(4)
+# asm 1: lwz >tx1=int32#12,4(<ctxp=int32#2)
+# asm 2: lwz >tx1=14,4(<ctxp=4)
+lwz 14,4(4)
# qhasm: tx2 = *(uint32 *) (ctxp + 8)
-# asm 1: lwz >tx2=int32#12,8(<ctxp=int32#2)
-# asm 2: lwz >tx2=14,8(<ctxp=4)
-lwz 14,8(4)
+# asm 1: lwz >tx2=int32#13,8(<ctxp=int32#2)
+# asm 2: lwz >tx2=15,8(<ctxp=4)
+lwz 15,8(4)
# qhasm: tx3 = *(uint32 *) (ctxp + 12)
-# asm 1: lwz >tx3=int32#13,12(<ctxp=int32#2)
-# asm 2: lwz >tx3=15,12(<ctxp=4)
-lwz 15,12(4)
+# asm 1: lwz >tx3=int32#14,12(<ctxp=int32#2)
+# asm 2: lwz >tx3=16,12(<ctxp=4)
+lwz 16,12(4)
# qhasm: x0 = tx0
-# asm 1: stw <tx0=int32#10,>x0=stack32#19
-# asm 2: stw <tx0=12,>x0=72(1)
-stw 12,72(1)
+# asm 1: stw <tx0=int32#11,>x0=stack32#19
+# asm 2: stw <tx0=13,>x0=72(1)
+stw 13,72(1)
# qhasm: x1 = tx1
-# asm 1: stw <tx1=int32#11,>x1=stack32#20
-# asm 2: stw <tx1=13,>x1=76(1)
-stw 13,76(1)
+# asm 1: stw <tx1=int32#12,>x1=stack32#20
+# asm 2: stw <tx1=14,>x1=76(1)
+stw 14,76(1)
# qhasm: x2 = tx2
-# asm 1: stw <tx2=int32#12,>x2=stack32#21
-# asm 2: stw <tx2=14,>x2=80(1)
-stw 14,80(1)
+# asm 1: stw <tx2=int32#13,>x2=stack32#21
+# asm 2: stw <tx2=15,>x2=80(1)
+stw 15,80(1)
# qhasm: x3 = tx3
-# asm 1: stw <tx3=int32#13,>x3=stack32#22
-# asm 2: stw <tx3=15,>x3=84(1)
-stw 15,84(1)
+# asm 1: stw <tx3=int32#14,>x3=stack32#22
+# asm 2: stw <tx3=16,>x3=84(1)
+stw 16,84(1)
# qhasm: y1 = *(uint32 *) (n0p + 4)
-# asm 1: lwz >y1=int32#10,4(<n0p=int32#9)
-# asm 2: lwz >y1=12,4(<n0p=11)
-lwz 12,4(11)
+# asm 1: lwz >y1=int32#11,4(<n0p=int32#10)
+# asm 2: lwz >y1=13,4(<n0p=12)
+lwz 13,4(12)
# qhasm: y2 = *(uint32 *) (n0p + 8)
-# asm 1: lwz >y2=int32#14,8(<n0p=int32#9)
-# asm 2: lwz >y2=16,8(<n0p=11)
-lwz 16,8(11)
+# asm 1: lwz >y2=int32#15,8(<n0p=int32#10)
+# asm 2: lwz >y2=17,8(<n0p=12)
+lwz 17,8(12)
# qhasm: y3 = *(uint32 *) (n0p + 12)
-# asm 1: lwz >y3=int32#15,12(<n0p=int32#9)
-# asm 2: lwz >y3=17,12(<n0p=11)
-lwz 17,12(11)
+# asm 1: lwz >y3=int32#16,12(<n0p=int32#10)
+# asm 2: lwz >y3=18,12(<n0p=12)
+lwz 18,12(12)
# qhasm: y1 ^= tx1
-# asm 1: xor >y1=int32#10,<tx1=int32#11,<y1=int32#10
-# asm 2: xor >y1=12,<tx1=13,<y1=12
-xor 12,13,12
+# asm 1: xor >y1=int32#11,<tx1=int32#12,<y1=int32#11
+# asm 2: xor >y1=13,<tx1=14,<y1=13
+xor 13,14,13
# qhasm: y2 ^= tx2
-# asm 1: xor >y2=int32#14,<tx2=int32#12,<y2=int32#14
-# asm 2: xor >y2=16,<tx2=14,<y2=16
-xor 16,14,16
+# asm 1: xor >y2=int32#15,<tx2=int32#13,<y2=int32#15
+# asm 2: xor >y2=17,<tx2=15,<y2=17
+xor 17,15,17
# qhasm: y3 ^= tx3
-# asm 1: xor >y3=int32#15,<tx3=int32#13,<y3=int32#15
-# asm 2: xor >y3=17,<tx3=15,<y3=17
-xor 17,15,17
+# asm 1: xor >y3=int32#16,<tx3=int32#14,<y3=int32#16
+# asm 2: xor >y3=18,<tx3=16,<y3=18
+xor 18,16,18
# qhasm: *(uint32 *) (n0p + 4) = y1
-# asm 1: stw <y1=int32#10,4(<n0p=int32#9)
-# asm 2: stw <y1=12,4(<n0p=11)
-stw 12,4(11)
+# asm 1: stw <y1=int32#11,4(<n0p=int32#10)
+# asm 2: stw <y1=13,4(<n0p=12)
+stw 13,4(12)
# qhasm: *(uint32 *) (n0p + 8) = y2
-# asm 1: stw <y2=int32#14,8(<n0p=int32#9)
-# asm 2: stw <y2=16,8(<n0p=11)
-stw 16,8(11)
+# asm 1: stw <y2=int32#15,8(<n0p=int32#10)
+# asm 2: stw <y2=17,8(<n0p=12)
+stw 17,8(12)
# qhasm: *(uint32 *) (n0p + 12) = y3
-# asm 1: stw <y3=int32#15,12(<n0p=int32#9)
-# asm 2: stw <y3=17,12(<n0p=11)
-stw 17,12(11)
+# asm 1: stw <y3=int32#16,12(<n0p=int32#10)
+# asm 2: stw <y3=18,12(<n0p=12)
+stw 18,12(12)
# qhasm: tx0 = *(uint32 *) (ctxp + 16)
-# asm 1: lwz >tx0=int32#10,16(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,16(<ctxp=4)
-lwz 12,16(4)
+# asm 1: lwz >tx0=int32#11,16(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,16(<ctxp=4)
+lwz 13,16(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x4 = tx0
-# asm 1: stw <tx0=int32#10,>x4=stack32#23
-# asm 2: stw <tx0=12,>x4=88(1)
-stw 12,88(1)
+# asm 1: stw <tx0=int32#11,>x4=stack32#23
+# asm 2: stw <tx0=13,>x4=88(1)
+stw 13,88(1)
# qhasm: x5 = tx1
-# asm 1: stw <tx1=int32#11,>x5=stack32#24
-# asm 2: stw <tx1=13,>x5=92(1)
-stw 13,92(1)
+# asm 1: stw <tx1=int32#12,>x5=stack32#24
+# asm 2: stw <tx1=14,>x5=92(1)
+stw 14,92(1)
# qhasm: x6 = tx2
-# asm 1: stw <tx2=int32#12,>x6=stack32#25
-# asm 2: stw <tx2=14,>x6=96(1)
-stw 14,96(1)
+# asm 1: stw <tx2=int32#13,>x6=stack32#25
+# asm 2: stw <tx2=15,>x6=96(1)
+stw 15,96(1)
# qhasm: x7 = tx3
-# asm 1: stw <tx3=int32#13,>x7=stack32#26
-# asm 2: stw <tx3=15,>x7=100(1)
-stw 15,100(1)
+# asm 1: stw <tx3=int32#14,>x7=stack32#26
+# asm 2: stw <tx3=16,>x7=100(1)
+stw 16,100(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 20)
-# asm 1: lwz >tx0=int32#10,20(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,20(<ctxp=4)
-lwz 12,20(4)
+# asm 1: lwz >tx0=int32#11,20(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,20(<ctxp=4)
+lwz 13,20(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x8 = tx0
-# asm 1: stw <tx0=int32#10,>x8=stack32#27
-# asm 2: stw <tx0=12,>x8=104(1)
-stw 12,104(1)
+# asm 1: stw <tx0=int32#11,>x8=stack32#27
+# asm 2: stw <tx0=13,>x8=104(1)
+stw 13,104(1)
# qhasm: x9 = tx1
-# asm 1: stw <tx1=int32#11,>x9=stack32#28
-# asm 2: stw <tx1=13,>x9=108(1)
-stw 13,108(1)
+# asm 1: stw <tx1=int32#12,>x9=stack32#28
+# asm 2: stw <tx1=14,>x9=108(1)
+stw 14,108(1)
# qhasm: x10 = tx2
-# asm 1: stw <tx2=int32#12,>x10=stack32#29
-# asm 2: stw <tx2=14,>x10=112(1)
-stw 14,112(1)
+# asm 1: stw <tx2=int32#13,>x10=stack32#29
+# asm 2: stw <tx2=15,>x10=112(1)
+stw 15,112(1)
# qhasm: x11 = tx3
-# asm 1: stw <tx3=int32#13,>x11=stack32#30
-# asm 2: stw <tx3=15,>x11=116(1)
-stw 15,116(1)
+# asm 1: stw <tx3=int32#14,>x11=stack32#30
+# asm 2: stw <tx3=16,>x11=116(1)
+stw 16,116(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 24)
-# asm 1: lwz >tx0=int32#10,24(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,24(<ctxp=4)
-lwz 12,24(4)
+# asm 1: lwz >tx0=int32#11,24(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,24(<ctxp=4)
+lwz 13,24(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x12 = tx0
-# asm 1: stw <tx0=int32#10,>x12=stack32#31
-# asm 2: stw <tx0=12,>x12=120(1)
-stw 12,120(1)
+# asm 1: stw <tx0=int32#11,>x12=stack32#31
+# asm 2: stw <tx0=13,>x12=120(1)
+stw 13,120(1)
# qhasm: x13 = tx1
-# asm 1: stw <tx1=int32#11,>x13=stack32#32
-# asm 2: stw <tx1=13,>x13=124(1)
-stw 13,124(1)
+# asm 1: stw <tx1=int32#12,>x13=stack32#32
+# asm 2: stw <tx1=14,>x13=124(1)
+stw 14,124(1)
# qhasm: x14 = tx2
-# asm 1: stw <tx2=int32#12,>x14=stack32#33
-# asm 2: stw <tx2=14,>x14=128(1)
-stw 14,128(1)
+# asm 1: stw <tx2=int32#13,>x14=stack32#33
+# asm 2: stw <tx2=15,>x14=128(1)
+stw 15,128(1)
# qhasm: x15 = tx3
-# asm 1: stw <tx3=int32#13,>x15=stack32#34
-# asm 2: stw <tx3=15,>x15=132(1)
-stw 15,132(1)
+# asm 1: stw <tx3=int32#14,>x15=stack32#34
+# asm 2: stw <tx3=16,>x15=132(1)
+stw 16,132(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 28)
-# asm 1: lwz >tx0=int32#10,28(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,28(<ctxp=4)
-lwz 12,28(4)
+# asm 1: lwz >tx0=int32#11,28(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,28(<ctxp=4)
+lwz 13,28(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x16 = tx0
-# asm 1: stw <tx0=int32#10,>x16=stack32#35
-# asm 2: stw <tx0=12,>x16=136(1)
-stw 12,136(1)
+# asm 1: stw <tx0=int32#11,>x16=stack32#35
+# asm 2: stw <tx0=13,>x16=136(1)
+stw 13,136(1)
# qhasm: x17 = tx1
-# asm 1: stw <tx1=int32#11,>x17=stack32#36
-# asm 2: stw <tx1=13,>x17=140(1)
-stw 13,140(1)
+# asm 1: stw <tx1=int32#12,>x17=stack32#36
+# asm 2: stw <tx1=14,>x17=140(1)
+stw 14,140(1)
# qhasm: x18 = tx2
-# asm 1: stw <tx2=int32#12,>x18=stack32#37
-# asm 2: stw <tx2=14,>x18=144(1)
-stw 14,144(1)
+# asm 1: stw <tx2=int32#13,>x18=stack32#37
+# asm 2: stw <tx2=15,>x18=144(1)
+stw 15,144(1)
# qhasm: x19 = tx3
-# asm 1: stw <tx3=int32#13,>x19=stack32#38
-# asm 2: stw <tx3=15,>x19=148(1)
-stw 15,148(1)
+# asm 1: stw <tx3=int32#14,>x19=stack32#38
+# asm 2: stw <tx3=16,>x19=148(1)
+stw 16,148(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 32)
-# asm 1: lwz >tx0=int32#10,32(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,32(<ctxp=4)
-lwz 12,32(4)
+# asm 1: lwz >tx0=int32#11,32(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,32(<ctxp=4)
+lwz 13,32(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x20 = tx0
-# asm 1: stw <tx0=int32#10,>x20=stack32#39
-# asm 2: stw <tx0=12,>x20=152(1)
-stw 12,152(1)
+# asm 1: stw <tx0=int32#11,>x20=stack32#39
+# asm 2: stw <tx0=13,>x20=152(1)
+stw 13,152(1)
# qhasm: x21 = tx1
-# asm 1: stw <tx1=int32#11,>x21=stack32#40
-# asm 2: stw <tx1=13,>x21=156(1)
-stw 13,156(1)
+# asm 1: stw <tx1=int32#12,>x21=stack32#40
+# asm 2: stw <tx1=14,>x21=156(1)
+stw 14,156(1)
# qhasm: x22 = tx2
-# asm 1: stw <tx2=int32#12,>x22=stack32#41
-# asm 2: stw <tx2=14,>x22=160(1)
-stw 14,160(1)
+# asm 1: stw <tx2=int32#13,>x22=stack32#41
+# asm 2: stw <tx2=15,>x22=160(1)
+stw 15,160(1)
# qhasm: x23 = tx3
-# asm 1: stw <tx3=int32#13,>x23=stack32#42
-# asm 2: stw <tx3=15,>x23=164(1)
-stw 15,164(1)
+# asm 1: stw <tx3=int32#14,>x23=stack32#42
+# asm 2: stw <tx3=16,>x23=164(1)
+stw 16,164(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 36)
-# asm 1: lwz >tx0=int32#10,36(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,36(<ctxp=4)
-lwz 12,36(4)
+# asm 1: lwz >tx0=int32#11,36(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,36(<ctxp=4)
+lwz 13,36(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x24 = tx0
-# asm 1: stw <tx0=int32#10,>x24=stack32#43
-# asm 2: stw <tx0=12,>x24=168(1)
-stw 12,168(1)
+# asm 1: stw <tx0=int32#11,>x24=stack32#43
+# asm 2: stw <tx0=13,>x24=168(1)
+stw 13,168(1)
# qhasm: x25 = tx1
-# asm 1: stw <tx1=int32#11,>x25=stack32#44
-# asm 2: stw <tx1=13,>x25=172(1)
-stw 13,172(1)
+# asm 1: stw <tx1=int32#12,>x25=stack32#44
+# asm 2: stw <tx1=14,>x25=172(1)
+stw 14,172(1)
# qhasm: x26 = tx2
-# asm 1: stw <tx2=int32#12,>x26=stack32#45
-# asm 2: stw <tx2=14,>x26=176(1)
-stw 14,176(1)
+# asm 1: stw <tx2=int32#13,>x26=stack32#45
+# asm 2: stw <tx2=15,>x26=176(1)
+stw 15,176(1)
# qhasm: x27 = tx3
-# asm 1: stw <tx3=int32#13,>x27=stack32#46
-# asm 2: stw <tx3=15,>x27=180(1)
-stw 15,180(1)
+# asm 1: stw <tx3=int32#14,>x27=stack32#46
+# asm 2: stw <tx3=16,>x27=180(1)
+stw 16,180(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 40)
-# asm 1: lwz >tx0=int32#10,40(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,40(<ctxp=4)
-lwz 12,40(4)
+# asm 1: lwz >tx0=int32#11,40(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,40(<ctxp=4)
+lwz 13,40(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x28 = tx0
-# asm 1: stw <tx0=int32#10,>x28=stack32#47
-# asm 2: stw <tx0=12,>x28=184(1)
-stw 12,184(1)
+# asm 1: stw <tx0=int32#11,>x28=stack32#47
+# asm 2: stw <tx0=13,>x28=184(1)
+stw 13,184(1)
# qhasm: x29 = tx1
-# asm 1: stw <tx1=int32#11,>x29=stack32#48
-# asm 2: stw <tx1=13,>x29=188(1)
-stw 13,188(1)
+# asm 1: stw <tx1=int32#12,>x29=stack32#48
+# asm 2: stw <tx1=14,>x29=188(1)
+stw 14,188(1)
# qhasm: x30 = tx2
-# asm 1: stw <tx2=int32#12,>x30=stack32#49
-# asm 2: stw <tx2=14,>x30=192(1)
-stw 14,192(1)
+# asm 1: stw <tx2=int32#13,>x30=stack32#49
+# asm 2: stw <tx2=15,>x30=192(1)
+stw 15,192(1)
# qhasm: x31 = tx3
-# asm 1: stw <tx3=int32#13,>x31=stack32#50
-# asm 2: stw <tx3=15,>x31=196(1)
-stw 15,196(1)
+# asm 1: stw <tx3=int32#14,>x31=stack32#50
+# asm 2: stw <tx3=16,>x31=196(1)
+stw 16,196(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 44)
-# asm 1: lwz >tx0=int32#10,44(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,44(<ctxp=4)
-lwz 12,44(4)
+# asm 1: lwz >tx0=int32#11,44(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,44(<ctxp=4)
+lwz 13,44(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x32 = tx0
-# asm 1: stw <tx0=int32#10,>x32=stack32#51
-# asm 2: stw <tx0=12,>x32=200(1)
-stw 12,200(1)
+# asm 1: stw <tx0=int32#11,>x32=stack32#51
+# asm 2: stw <tx0=13,>x32=200(1)
+stw 13,200(1)
# qhasm: x33 = tx1
-# asm 1: stw <tx1=int32#11,>x33=stack32#52
-# asm 2: stw <tx1=13,>x33=204(1)
-stw 13,204(1)
+# asm 1: stw <tx1=int32#12,>x33=stack32#52
+# asm 2: stw <tx1=14,>x33=204(1)
+stw 14,204(1)
# qhasm: x34 = tx2
-# asm 1: stw <tx2=int32#12,>x34=stack32#53
-# asm 2: stw <tx2=14,>x34=208(1)
-stw 14,208(1)
+# asm 1: stw <tx2=int32#13,>x34=stack32#53
+# asm 2: stw <tx2=15,>x34=208(1)
+stw 15,208(1)
# qhasm: x35 = tx3
-# asm 1: stw <tx3=int32#13,>x35=stack32#54
-# asm 2: stw <tx3=15,>x35=212(1)
-stw 15,212(1)
+# asm 1: stw <tx3=int32#14,>x35=stack32#54
+# asm 2: stw <tx3=16,>x35=212(1)
+stw 16,212(1)
# qhasm: tx0 = *(uint32 *) (ctxp + 48)
-# asm 1: lwz >tx0=int32#10,48(<ctxp=int32#2)
-# asm 2: lwz >tx0=12,48(<ctxp=4)
-lwz 12,48(4)
+# asm 1: lwz >tx0=int32#11,48(<ctxp=int32#2)
+# asm 2: lwz >tx0=13,48(<ctxp=4)
+lwz 13,48(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#11,<tx0=int32#10,<tx1=int32#11
-# asm 2: xor >tx1=13,<tx0=12,<tx1=13
-xor 13,12,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#11,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=13,<tx1=14
+xor 14,13,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#12,<tx1=int32#11,<tx2=int32#12
-# asm 2: xor >tx2=14,<tx1=13,<tx2=14
-xor 14,13,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#13,<tx2=int32#12,<tx3=int32#13
-# asm 2: xor >tx3=15,<tx2=14,<tx3=15
-xor 15,14,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x36 = tx0
-# asm 1: stw <tx0=int32#10,>x36=stack32#55
-# asm 2: stw <tx0=12,>x36=216(1)
-stw 12,216(1)
+# asm 1: stw <tx0=int32#11,>x36=stack32#55
+# asm 2: stw <tx0=13,>x36=216(1)
+stw 13,216(1)
# qhasm: x37 = tx1
-# asm 1: stw <tx1=int32#11,>x37=stack32#56
-# asm 2: stw <tx1=13,>x37=220(1)
-stw 13,220(1)
+# asm 1: stw <tx1=int32#12,>x37=stack32#56
+# asm 2: stw <tx1=14,>x37=220(1)
+stw 14,220(1)
# qhasm: x38 = tx2
-# asm 1: stw <tx2=int32#12,>x38=stack32#57
-# asm 2: stw <tx2=14,>x38=224(1)
-stw 14,224(1)
+# asm 1: stw <tx2=int32#13,>x38=stack32#57
+# asm 2: stw <tx2=15,>x38=224(1)
+stw 15,224(1)
# qhasm: x39 = tx3
-# asm 1: stw <tx3=int32#13,>x39=stack32#58
-# asm 2: stw <tx3=15,>x39=228(1)
-stw 15,228(1)
+# asm 1: stw <tx3=int32#14,>x39=stack32#58
+# asm 2: stw <tx3=16,>x39=228(1)
+stw 16,228(1)
+
+# qhasm: y0 = *(uint32 *) (n0p + 0)
+# asm 1: lwz >y0=int32#11,0(<n0p=int32#10)
+# asm 2: lwz >y0=13,0(<n0p=12)
+lwz 13,0(12)
# qhasm: tx0 = *(uint32 *) (ctxp + 52)
# asm 1: lwz >tx0=int32#2,52(<ctxp=int32#2)
@@ -914,19 +938,19 @@
lwz 4,52(4)
# qhasm: tx1 ^= tx0
-# asm 1: xor >tx1=int32#10,<tx0=int32#2,<tx1=int32#11
-# asm 2: xor >tx1=12,<tx0=4,<tx1=13
-xor 12,4,13
+# asm 1: xor >tx1=int32#12,<tx0=int32#2,<tx1=int32#12
+# asm 2: xor >tx1=14,<tx0=4,<tx1=14
+xor 14,4,14
# qhasm: tx2 ^= tx1
-# asm 1: xor >tx2=int32#11,<tx1=int32#10,<tx2=int32#12
-# asm 2: xor >tx2=13,<tx1=12,<tx2=14
-xor 13,12,14
+# asm 1: xor >tx2=int32#13,<tx1=int32#12,<tx2=int32#13
+# asm 2: xor >tx2=15,<tx1=14,<tx2=15
+xor 15,14,15
# qhasm: tx3 ^= tx2
-# asm 1: xor >tx3=int32#12,<tx2=int32#11,<tx3=int32#13
-# asm 2: xor >tx3=14,<tx2=13,<tx3=15
-xor 14,13,15
+# asm 1: xor >tx3=int32#14,<tx2=int32#13,<tx3=int32#14
+# asm 2: xor >tx3=16,<tx2=15,<tx3=16
+xor 16,15,16
# qhasm: x40 = tx0
# asm 1: stw <tx0=int32#2,>x40=stack32#59
@@ -934,62 +958,141 @@
stw 4,232(1)
# qhasm: x41 = tx1
-# asm 1: stw <tx1=int32#10,>x41=stack32#60
-# asm 2: stw <tx1=12,>x41=236(1)
-stw 12,236(1)
+# asm 1: stw <tx1=int32#12,>x41=stack32#60
+# asm 2: stw <tx1=14,>x41=236(1)
+stw 14,236(1)
# qhasm: x42 = tx2
-# asm 1: stw <tx2=int32#11,>x42=stack32#61
-# asm 2: stw <tx2=13,>x42=240(1)
-stw 13,240(1)
+# asm 1: stw <tx2=int32#13,>x42=stack32#61
+# asm 2: stw <tx2=15,>x42=240(1)
+stw 15,240(1)
# qhasm: x43 = tx3
-# asm 1: stw <tx3=int32#12,>x43=stack32#62
-# asm 2: stw <tx3=14,>x43=244(1)
-stw 14,244(1)
-
-# qhasm: y0 = *(uint32 *) (n0p + 0)
-# asm 1: lwz >y0=int32#2,0(<n0p=int32#9)
-# asm 2: lwz >y0=4,0(<n0p=11)
-lwz 4,0(11)
-
-# qhasm: y1 = *(uint32 *) (n0p + 4)
-# asm 1: lwz >y1=int32#10,4(<n0p=int32#9)
-# asm 2: lwz >y1=12,4(<n0p=11)
-lwz 12,4(11)
-
-# qhasm: y2 = *(uint32 *) (n0p + 8)
-# asm 1: lwz >y2=int32#11,8(<n0p=int32#9)
-# asm 2: lwz >y2=13,8(<n0p=11)
-lwz 13,8(11)
-
-# qhasm: y3 = *(uint32 *) (n0p + 12)
-# asm 1: lwz >y3=int32#12,12(<n0p=int32#9)
-# asm 2: lwz >y3=14,12(<n0p=11)
-lwz 14,12(11)
+# asm 1: stw <tx3=int32#14,>x43=stack32#62
+# asm 2: stw <tx3=16,>x43=244(1)
+stw 16,244(1)
# qhasm: tx0 = x0
-# asm 1: lwz >tx0=int32#13,<x0=stack32#19
-# asm 2: lwz >tx0=15,<x0=72(1)
-lwz 15,72(1)
+# asm 1: lwz >tx0=int32#2,<x0=stack32#19
+# asm 2: lwz >tx0=4,<x0=72(1)
+lwz 4,72(1)
# qhasm: y0 ^= tx0
-# asm 1: xor >y0=int32#2,<tx0=int32#13,<y0=int32#2
-# asm 2: xor >y0=4,<tx0=15,<y0=4
-xor 4,15,4
+# asm 1: xor >y0=int32#2,<tx0=int32#2,<y0=int32#11
+# asm 2: xor >y0=4,<tx0=4,<y0=13
+xor 4,4,13
+
+# qhasm: goto precompute
+b .label.precompute
# qhasm: mainloop:
.label.mainloop:
-# qhasm: z0 = x4
-# asm 1: lwz >z0=int32#13,<x4=stack32#23
-# asm 2: lwz >z0=15,<x4=88(1)
-lwz 15,88(1)
+# qhasm: z0 ^= in0
+# asm 1: xor >z0=int32#12,<in0=int32#22,<z0=int32#12
+# asm 2: xor >z0=14,<in0=24,<z0=14
+xor 14,24,14
+
+# qhasm: inp += 16
+# asm 1: addi >inp=int32#3,<inp=int32#3,16
+# asm 2: addi >inp=5,<inp=5,16
+addi 5,5,16
+
+# qhasm: *(uint32 *) (outp + 0) = z0
+# asm 1: stw <z0=int32#12,0(<outp=int32#4)
+# asm 2: stw <z0=14,0(<outp=6)
+stw 14,0(6)
+
+# qhasm: z1 ^= in1
+# asm 1: xor >z1=int32#2,<in1=int32#11,<z1=int32#2
+# asm 2: xor >z1=4,<in1=13,<z1=4
+xor 4,13,4
+
+# qhasm: *(uint32 *) (outp + 4) = z1
+# asm 1: stw <z1=int32#2,4(<outp=int32#4)
+# asm 2: stw <z1=4,4(<outp=6)
+stw 4,4(6)
+
+# qhasm: z2 ^= in2
+# asm 1: xor >z2=int32#2,<in2=int32#20,<z2=int32#19
+# asm 2: xor >z2=4,<in2=22,<z2=21
+xor 4,22,21
+
+# qhasm: *(uint32 *) (outp + 8) = z2
+# asm 1: stw <z2=int32#2,8(<outp=int32#4)
+# asm 2: stw <z2=4,8(<outp=6)
+stw 4,8(6)
+
+# qhasm: z3 ^= in3
+# asm 1: xor >z3=int32#2,<in3=int32#15,<z3=int32#18
+# asm 2: xor >z3=4,<in3=17,<z3=20
+xor 4,17,20
+
+# qhasm: check = y0 & (65536 * 0xff00)
+# asm 1: andis. >check=int32#11,<y0=int32#14,0xff00
+# asm 2: andis. >check=13,<y0=16,0xff00
+andis. 13,16,0xff00
+
+# qhasm: =? (uint32) check - 0
+# asm 1: cmplwi <check=int32#11,0
+# asm 2: cmplwi <check=13,0
+cmplwi 13,0
+
+# qhasm: *(uint32 *) (outp + 12) = z3
+# asm 1: stw <z3=int32#2,12(<outp=int32#4)
+# asm 2: stw <z3=4,12(<outp=6)
+stw 4,12(6)
+
+# qhasm: y0 ^= tx0
+# asm 1: xor >y0=int32#2,<tx0=int32#13,<y0=int32#14
+# asm 2: xor >y0=4,<tx0=15,<y0=16
+xor 4,15,16
+
+# qhasm: z0 = pre10
+# asm 1: lwz >z0=int32#11,<pre10=stack32#63
+# asm 2: lwz >z0=13,<pre10=248(1)
+lwz 13,248(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#2,12,4080
-# asm 2: rlwinm >p00=16,<y0=4,12,4080
-rlwinm 16,4,12,4080
+# asm 1: rlwinm >p00=int32#12,<y0=int32#2,12,4080
+# asm 2: rlwinm >p00=14,<y0=4,12,4080
+rlwinm 14,4,12,4080
+
+# qhasm: p00 = *(uint32 *) (table0 + p00)
+# asm 1: lwzx >p00=int32#12,<table0=int32#6,<p00=int32#12
+# asm 2: lwzx >p00=14,<table0=8,<p00=14
+lwzx 14,8,14
+
+# qhasm: outp += 16
+# asm 1: addi >outp=int32#4,<outp=int32#4,16
+# asm 2: addi >outp=6,<outp=6,16
+addi 6,6,16
+
+# qhasm: goto after_precompute if !=
+bne .label.after_precompute
+
+# qhasm: precompute:
+.label.precompute:
+
+# qhasm: y1 = *(uint32 *) (n0p + 4)
+# asm 1: lwz >y1=int32#11,4(<n0p=int32#10)
+# asm 2: lwz >y1=13,4(<n0p=12)
+lwz 13,4(12)
+
+# qhasm: y2 = *(uint32 *) (n0p + 8)
+# asm 1: lwz >y2=int32#12,8(<n0p=int32#10)
+# asm 2: lwz >y2=14,8(<n0p=12)
+lwz 14,8(12)
+
+# qhasm: y3 = *(uint32 *) (n0p + 12)
+# asm 1: lwz >y3=int32#13,12(<n0p=int32#10)
+# asm 2: lwz >y3=15,12(<n0p=12)
+lwz 15,12(12)
+
+# qhasm: z0 = x4
+# asm 1: lwz >z0=int32#14,<x4=stack32#23
+# asm 2: lwz >z0=16,<x4=88(1)
+lwz 16,88(1)
# qhasm: p01 = 4080 & (y0 <<< 20)
# asm 1: rlwinm >p01=int32#15,<y0=int32#2,20,4080
@@ -1012,29 +1115,24 @@
lwz 20,96(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
-# asm 2: rlwinm >p03=4,<y0=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p03=int32#19,<y0=int32#2,4,4080
+# asm 2: rlwinm >p03=21,<y0=4,4,4080
+rlwinm 21,4,4,4080
# qhasm: z3 = x7
-# asm 1: lwz >z3=int32#19,<x7=stack32#26
-# asm 2: lwz >z3=21,<x7=100(1)
-lwz 21,100(1)
+# asm 1: lwz >z3=int32#20,<x7=stack32#26
+# asm 2: lwz >z3=22,<x7=100(1)
+lwz 22,100(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#10,12,4080
-# asm 2: rlwinm >p10=22,<y1=12,12,4080
-rlwinm 22,12,12,4080
-
-# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: rlwinm >p10=int32#21,<y1=int32#11,12,4080
+# asm 2: rlwinm >p10=23,<y1=13,12,4080
+rlwinm 23,13,12,4080
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#10,20,4080
-# asm 2: rlwinm >p11=23,<y1=12,20,4080
-rlwinm 23,12,20,4080
+# asm 1: rlwinm >p11=int32#22,<y1=int32#11,20,4080
+# asm 2: rlwinm >p11=24,<y1=13,20,4080
+rlwinm 24,13,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
@@ -1042,49 +1140,44 @@
lwzx 17,9,17
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#10,28,4080
-# asm 2: rlwinm >p12=24,<y1=12,28,4080
-rlwinm 24,12,28,4080
+# asm 1: rlwinm >p12=int32#23,<y1=int32#11,28,4080
+# asm 2: rlwinm >p12=25,<y1=13,28,4080
+rlwinm 25,13,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#17,<table2=int32#9,<p02=int32#17
+# asm 2: lwzx >p02=19,<table2=11,<p02=19
+lwzx 19,11,19
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#10,<y1=int32#10,4,4080
-# asm 2: rlwinm >p13=12,<y1=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p13=int32#11,<y1=int32#11,4,4080
+# asm 2: rlwinm >p13=13,<y1=13,4,4080
+rlwinm 13,13,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#2,<table3=int32#1,<p03=int32#2
-# asm 2: lwzx >p03=4,<table3=3,<p03=4
-lwzx 4,3,4
-
-# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: lwzx >p03=int32#19,<table3=int32#1,<p03=int32#19
+# asm 2: lwzx >p03=21,<table3=3,<p03=21
+lwzx 21,3,21
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#21,<table0=int32#6,<p10=int32#21
+# asm 2: lwzx >p10=23,<table0=8,<p10=23
+lwzx 23,8,23
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#20
+# asm 2: xor >z3=17,<p01=17,<z3=22
+xor 17,17,22
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#20,<table1=int32#7,<p11=int32#22
+# asm 2: lwzx >p11=22,<table1=9,<p11=24
+lwzx 22,9,24
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#11,12,4080
-# asm 2: rlwinm >p20=22,<y2=13,12,4080
-rlwinm 22,13,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#12,12,4080
+# asm 2: rlwinm >p20=24,<y2=14,12,4080
+rlwinm 24,14,12,4080
# qhasm: z2 ^= p02
# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
@@ -1092,94 +1185,94 @@
xor 19,19,20
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#18,<table2=int32#9,<p12=int32#23
+# asm 2: lwzx >p12=20,<table2=11,<p12=25
+lwzx 20,11,25
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#11,20,4080
-# asm 2: rlwinm >p21=23,<y2=13,20,4080
-rlwinm 23,13,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#12,20,4080
+# asm 2: rlwinm >p21=25,<y2=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#2,<p03=int32#2,<z1=int32#16
-# asm 2: xor >z1=4,<p03=4,<z1=18
-xor 4,4,18
+# asm 1: xor >z1=int32#16,<p03=int32#19,<z1=int32#16
+# asm 2: xor >z1=18,<p03=21,<z1=18
+xor 18,21,18
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#10,<table3=int32#1,<p13=int32#10
-# asm 2: lwzx >p13=12,<table3=3,<p13=12
-lwzx 12,3,12
+# asm 1: lwzx >p13=int32#11,<table3=int32#1,<p13=int32#11
+# asm 2: lwzx >p13=13,<table3=3,<p13=13
+lwzx 13,3,13
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#11,28,4080
-# asm 2: rlwinm >p22=18,<y2=13,28,4080
-rlwinm 18,13,28,4080
+# asm 1: rlwinm >p22=int32#19,<y2=int32#12,28,4080
+# asm 2: rlwinm >p22=21,<y2=14,28,4080
+rlwinm 21,14,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#11,<y2=int32#11,4,4080
-# asm 2: rlwinm >p23=13,<y2=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p23=int32#12,<y2=int32#12,4,4080
+# asm 2: rlwinm >p23=14,<y2=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#12,12,4080
-# asm 2: rlwinm >p30=24,<y3=14,12,4080
-rlwinm 24,14,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#13,12,4080
+# asm 2: rlwinm >p30=26,<y3=15,12,4080
+rlwinm 26,15,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#14,<p11=int32#20,<z0=int32#14
+# asm 2: xor >z0=16,<p11=22,<z0=16
+xor 16,22,16
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#19,<table2=int32#9,<p22=int32#19
+# asm 2: lwzx >p22=21,<table2=11,<p22=21
+lwzx 21,11,21
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#12,20,4080
-# asm 2: rlwinm >p31=21,<y3=14,20,4080
-rlwinm 21,14,20,4080
+# asm 1: rlwinm >p31=int32#20,<y3=int32#13,20,4080
+# asm 2: rlwinm >p31=22,<y3=15,20,4080
+rlwinm 22,15,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#2,<p10=int32#14,<z1=int32#2
-# asm 2: xor >z1=4,<p10=16,<z1=4
-xor 4,16,4
+# asm 1: xor >z1=int32#16,<p10=int32#21,<z1=int32#16
+# asm 2: xor >z1=18,<p10=23,<z1=18
+xor 18,23,18
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#11,<table3=int32#1,<p23=int32#11
-# asm 2: lwzx >p23=13,<table3=3,<p23=13
-lwzx 13,3,13
+# asm 1: lwzx >p23=int32#12,<table3=int32#1,<p23=int32#12
+# asm 2: lwzx >p23=14,<table3=3,<p23=14
+lwzx 14,3,14
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#12,28,4080
-# asm 2: rlwinm >p32=16,<y3=14,28,4080
-rlwinm 16,14,28,4080
+# asm 1: rlwinm >p32=int32#21,<y3=int32#13,28,4080
+# asm 2: rlwinm >p32=23,<y3=15,28,4080
+rlwinm 23,15,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
-# asm 2: rlwinm >p33=14,<y3=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p33=int32#13,<y3=int32#13,4,4080
+# asm 2: rlwinm >p33=15,<y3=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#20,<table1=int32#7,<p31=int32#20
+# asm 2: lwzx >p31=22,<table1=9,<p31=22
+lwzx 22,9,22
# qhasm: z3 ^= p12
# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
@@ -1187,2605 +1280,2520 @@
xor 17,20,17
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#18,<table2=int32#9,<p32=int32#21
+# asm 2: lwzx >p32=20,<table2=11,<p32=23
+lwzx 20,11,23
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#10,<p13=int32#10,<z2=int32#17
-# asm 2: xor >z2=12,<p13=12,<z2=19
-xor 12,12,19
+# asm 1: xor >z2=int32#11,<p13=int32#11,<z2=int32#17
+# asm 2: xor >z2=13,<p13=13,<z2=19
+xor 13,13,19
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#12,<table3=int32#1,<p33=int32#12
-# asm 2: lwzx >p33=14,<table3=3,<p33=14
-lwzx 14,3,14
-
-# qhasm: n0 = *(swapendian uint32 *) n0p
-# asm 1: lwbrx >n0=int32#17,0,<n0p=int32#9
-# asm 2: lwbrx >n0=19,0,<n0p=11
-lwbrx 19,0,11
+# asm 1: lwzx >p33=int32#13,<table3=int32#1,<p33=int32#13
+# asm 2: lwzx >p33=15,<table3=3,<p33=15
+lwzx 15,3,15
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#10,<p20=int32#20,<z2=int32#10
-# asm 2: xor >z2=12,<p20=22,<z2=12
-xor 12,22,12
+# asm 1: xor >z2=int32#11,<p20=int32#22,<z2=int32#11
+# asm 2: xor >z2=13,<p20=24,<z2=13
+xor 13,24,13
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#2,<p21=int32#21,<z1=int32#2
-# asm 2: xor >z1=4,<p21=23,<z1=4
-xor 4,23,4
+# asm 1: xor >z1=int32#16,<p21=int32#23,<z1=int32#16
+# asm 2: xor >z1=18,<p21=25,<z1=18
+xor 18,25,18
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
-
-# qhasm: n0 = n0 + 1
-# asm 1: addi >n0=int32#16,<n0=int32#17,1
-# asm 2: addi >n0=18,<n0=19,1
-addi 18,19,1
+# asm 1: xor >z0=int32#14,<p22=int32#19,<z0=int32#14
+# asm 2: xor >z0=16,<p22=21,<z0=16
+xor 16,21,16
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#11,<p23=int32#11,<z3=int32#15
-# asm 2: xor >z3=13,<p23=13,<z3=17
-xor 13,13,17
-
-# qhasm: *(swapendian uint32 *) n0p = n0
-# asm 1: stwbrx <n0=int32#16,0,<n0p=int32#9
-# asm 2: stwbrx <n0=18,0,<n0p=11
-stwbrx 18,0,11
+# asm 1: xor >z3=int32#12,<p23=int32#12,<z3=int32#15
+# asm 2: xor >z3=14,<p23=14,<z3=17
+xor 14,14,17
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#10,<z2=int32#10,<p31=int32#19
-# asm 2: xor >y2=12,<z2=12,<p31=21
-xor 12,12,21
+# asm 1: xor >y2=int32#11,<z2=int32#11,<p31=int32#20
+# asm 2: xor >y2=13,<z2=13,<p31=22
+xor 13,13,22
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#11,<z3=int32#11,<p30=int32#22
-# asm 2: xor >y3=13,<z3=13,<p30=24
-xor 13,13,24
+# asm 1: xor >y3=int32#12,<z3=int32#12,<p30=int32#24
+# asm 2: xor >y3=14,<z3=14,<p30=26
+xor 14,14,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#2,<z1=int32#2,<p32=int32#14
-# asm 2: xor >y1=4,<z1=4,<p32=16
-xor 4,4,16
-
-# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#12,<z0=int32#13,<p33=int32#12
-# asm 2: xor >y0=14,<z0=15,<p33=14
-xor 14,15,14
-
-# qhasm: z0 = x8
-# asm 1: lwz >z0=int32#13,<x8=stack32#27
-# asm 2: lwz >z0=15,<x8=104(1)
-lwz 15,104(1)
-
-# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#12,12,4080
-# asm 2: rlwinm >p00=16,<y0=14,12,4080
-rlwinm 16,14,12,4080
-
-# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#12,20,4080
-# asm 2: rlwinm >p01=17,<y0=14,20,4080
-rlwinm 17,14,20,4080
-
-# qhasm: z1 = x9
-# asm 1: lwz >z1=int32#16,<x9=stack32#28
-# asm 2: lwz >z1=18,<x9=108(1)
-lwz 18,108(1)
-
-# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#12,28,4080
-# asm 2: rlwinm >p02=19,<y0=14,28,4080
-rlwinm 19,14,28,4080
-
-# qhasm: z2 = x10
-# asm 1: lwz >z2=int32#18,<x10=stack32#29
-# asm 2: lwz >z2=20,<x10=112(1)
-lwz 20,112(1)
-
-# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#12,<y0=int32#12,4,4080
-# asm 2: rlwinm >p03=14,<y0=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: xor >y1=int32#15,<z1=int32#16,<p32=int32#18
+# asm 2: xor >y1=17,<z1=18,<p32=20
+xor 17,18,20
+
+# qhasm: z0 = z0 ^ p33
+# asm 1: xor >z0=int32#13,<z0=int32#14,<p33=int32#13
+# asm 2: xor >z0=15,<z0=16,<p33=15
+xor 15,16,15
-# qhasm: z3 = x11
-# asm 1: lwz >z3=int32#19,<x11=stack32#30
-# asm 2: lwz >z3=21,<x11=116(1)
-lwz 21,116(1)
+# qhasm: pre10 = z0
+# asm 1: stw <z0=int32#13,>pre10=stack32#63
+# asm 2: stw <z0=15,>pre10=248(1)
+stw 15,248(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#2,12,4080
-# asm 2: rlwinm >p10=22,<y1=4,12,4080
-rlwinm 22,4,12,4080
+# asm 1: rlwinm >p10=int32#13,<y1=int32#15,12,4080
+# asm 2: rlwinm >p10=15,<y1=17,12,4080
+rlwinm 15,17,12,4080
-# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# qhasm: z0 = x8
+# asm 1: lwz >z0=int32#14,<x8=stack32#27
+# asm 2: lwz >z0=16,<x8=104(1)
+lwz 16,104(1)
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#2,20,4080
-# asm 2: rlwinm >p11=23,<y1=4,20,4080
-rlwinm 23,4,20,4080
+# asm 1: rlwinm >p11=int32#16,<y1=int32#15,20,4080
+# asm 2: rlwinm >p11=18,<y1=17,20,4080
+rlwinm 18,17,20,4080
-# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# qhasm: z1 = x9
+# asm 1: lwz >z1=int32#17,<x9=stack32#28
+# asm 2: lwz >z1=19,<x9=108(1)
+lwz 19,108(1)
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#2,28,4080
-# asm 2: rlwinm >p12=24,<y1=4,28,4080
-rlwinm 24,4,28,4080
+# asm 1: rlwinm >p12=int32#18,<y1=int32#15,28,4080
+# asm 2: rlwinm >p12=20,<y1=17,28,4080
+rlwinm 20,17,28,4080
-# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# qhasm: z2 = x10
+# asm 1: lwz >z2=int32#19,<x10=stack32#29
+# asm 2: lwz >z2=21,<x10=112(1)
+lwz 21,112(1)
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#2,<y1=int32#2,4,4080
-# asm 2: rlwinm >p13=4,<y1=4,4,4080
-rlwinm 4,4,4,4080
-
-# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#12,<table3=int32#1,<p03=int32#12
-# asm 2: lwzx >p03=14,<table3=3,<p03=14
-lwzx 14,3,14
+# asm 1: rlwinm >p13=int32#15,<y1=int32#15,4,4080
+# asm 2: rlwinm >p13=17,<y1=17,4,4080
+rlwinm 17,17,4,4080
-# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# qhasm: z3 = x11
+# asm 1: lwz >z3=int32#20,<x11=stack32#30
+# asm 2: lwz >z3=22,<x11=116(1)
+lwz 22,116(1)
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#13,<table0=int32#6,<p10=int32#13
+# asm 2: lwzx >p10=15,<table0=8,<p10=15
+lwzx 15,8,15
-# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# qhasm: p20 = 4080 & (y2 <<< 12)
+# asm 1: rlwinm >p20=int32#21,<y2=int32#11,12,4080
+# asm 2: rlwinm >p20=23,<y2=13,12,4080
+rlwinm 23,13,12,4080
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
-
-# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#10,12,4080
-# asm 2: rlwinm >p20=22,<y2=12,12,4080
-rlwinm 22,12,12,4080
+# asm 1: lwzx >p11=int32#16,<table1=int32#7,<p11=int32#16
+# asm 2: lwzx >p11=18,<table1=9,<p11=18
+lwzx 18,9,18
-# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# qhasm: p21 = 4080 & (y2 <<< 20)
+# asm 1: rlwinm >p21=int32#22,<y2=int32#11,20,4080
+# asm 2: rlwinm >p21=24,<y2=13,20,4080
+rlwinm 24,13,20,4080
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
-
-# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#10,20,4080
-# asm 2: rlwinm >p21=23,<y2=12,20,4080
-rlwinm 23,12,20,4080
+# asm 1: lwzx >p12=int32#18,<table2=int32#9,<p12=int32#18
+# asm 2: lwzx >p12=20,<table2=11,<p12=20
+lwzx 20,11,20
-# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#12,<p03=int32#12,<z1=int32#16
-# asm 2: xor >z1=14,<p03=14,<z1=18
-xor 14,14,18
+# qhasm: p22 = 4080 & (y2 <<< 28)
+# asm 1: rlwinm >p22=int32#23,<y2=int32#11,28,4080
+# asm 2: rlwinm >p22=25,<y2=13,28,4080
+rlwinm 25,13,28,4080
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#2,<table3=int32#1,<p13=int32#2
-# asm 2: lwzx >p13=4,<table3=3,<p13=4
-lwzx 4,3,4
+# asm 1: lwzx >p13=int32#15,<table3=int32#1,<p13=int32#15
+# asm 2: lwzx >p13=17,<table3=3,<p13=17
+lwzx 17,3,17
-# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#10,28,4080
-# asm 2: rlwinm >p22=18,<y2=12,28,4080
-rlwinm 18,12,28,4080
+# qhasm: p23 = 4080 & (y2 <<< 4)
+# asm 1: rlwinm >p23=int32#11,<y2=int32#11,4,4080
+# asm 2: rlwinm >p23=13,<y2=13,4,4080
+rlwinm 13,13,4,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#21,<table0=int32#6,<p20=int32#21
+# asm 2: lwzx >p20=23,<table0=8,<p20=23
+lwzx 23,8,23
-# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#10,<y2=int32#10,4,4080
-# asm 2: rlwinm >p23=12,<y2=12,4,4080
-rlwinm 12,12,4,4080
+# qhasm: p30 = 4080 & (y3 <<< 12)
+# asm 1: rlwinm >p30=int32#24,<y3=int32#12,12,4080
+# asm 2: rlwinm >p30=26,<y3=14,12,4080
+rlwinm 26,14,12,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
-
-# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#11,12,4080
-# asm 2: rlwinm >p30=24,<y3=13,12,4080
-rlwinm 24,13,12,4080
+# asm 1: lwzx >p21=int32#22,<table1=int32#7,<p21=int32#22
+# asm 2: lwzx >p21=24,<table1=9,<p21=24
+lwzx 24,9,24
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#14,<p11=int32#16,<z0=int32#14
+# asm 2: xor >z0=16,<p11=18,<z0=16
+xor 16,18,16
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#16,<table2=int32#9,<p22=int32#23
+# asm 2: lwzx >p22=18,<table2=11,<p22=25
+lwzx 18,11,25
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#11,20,4080
-# asm 2: rlwinm >p31=21,<y3=13,20,4080
-rlwinm 21,13,20,4080
+# asm 1: rlwinm >p31=int32#23,<y3=int32#12,20,4080
+# asm 2: rlwinm >p31=25,<y3=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#12,<p10=int32#14,<z1=int32#12
-# asm 2: xor >z1=14,<p10=16,<z1=14
-xor 14,16,14
+# asm 1: xor >z1=int32#13,<p10=int32#13,<z1=int32#17
+# asm 2: xor >z1=15,<p10=15,<z1=19
+xor 15,15,19
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#10,<table3=int32#1,<p23=int32#10
-# asm 2: lwzx >p23=12,<table3=3,<p23=12
-lwzx 12,3,12
+# asm 1: lwzx >p23=int32#11,<table3=int32#1,<p23=int32#11
+# asm 2: lwzx >p23=13,<table3=3,<p23=13
+lwzx 13,3,13
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#11,28,4080
-# asm 2: rlwinm >p32=16,<y3=13,28,4080
-rlwinm 16,13,28,4080
+# asm 1: rlwinm >p32=int32#17,<y3=int32#12,28,4080
+# asm 2: rlwinm >p32=19,<y3=14,28,4080
+rlwinm 19,14,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#11,<y3=int32#11,4,4080
-# asm 2: rlwinm >p33=13,<y3=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
+# asm 2: rlwinm >p33=14,<y3=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#23,<table1=int32#7,<p31=int32#23
+# asm 2: lwzx >p31=25,<table1=9,<p31=25
+lwzx 25,9,25
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#18,<p12=int32#18,<z3=int32#20
+# asm 2: xor >z3=20,<p12=20,<z3=22
+xor 20,20,22
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#17,<table2=int32#9,<p32=int32#17
+# asm 2: lwzx >p32=19,<table2=11,<p32=19
+lwzx 19,11,19
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#2,<p13=int32#2,<z2=int32#17
-# asm 2: xor >z2=4,<p13=4,<z2=19
-xor 4,4,19
+# asm 1: xor >z2=int32#15,<p13=int32#15,<z2=int32#19
+# asm 2: xor >z2=17,<p13=17,<z2=21
+xor 17,17,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#11,<table3=int32#1,<p33=int32#11
-# asm 2: lwzx >p33=13,<table3=3,<p33=13
-lwzx 13,3,13
+# asm 1: lwzx >p33=int32#12,<table3=int32#1,<p33=int32#12
+# asm 2: lwzx >p33=14,<table3=3,<p33=14
+lwzx 14,3,14
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#2,<p20=int32#20,<z2=int32#2
-# asm 2: xor >z2=4,<p20=22,<z2=4
-xor 4,22,4
+# asm 1: xor >z2=int32#15,<p20=int32#21,<z2=int32#15
+# asm 2: xor >z2=17,<p20=23,<z2=17
+xor 17,23,17
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#12,<p21=int32#21,<z1=int32#12
-# asm 2: xor >z1=14,<p21=23,<z1=14
-xor 14,23,14
+# asm 1: xor >z1=int32#13,<p21=int32#22,<z1=int32#13
+# asm 2: xor >z1=15,<p21=24,<z1=15
+xor 15,24,15
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#14,<p22=int32#16,<z0=int32#14
+# asm 2: xor >z0=16,<p22=18,<z0=16
+xor 16,18,16
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#10,<p23=int32#10,<z3=int32#15
-# asm 2: xor >z3=12,<p23=12,<z3=17
-xor 12,12,17
+# asm 1: xor >z3=int32#11,<p23=int32#11,<z3=int32#18
+# asm 2: xor >z3=13,<p23=13,<z3=20
+xor 13,13,20
-# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#2,<z2=int32#2,<p31=int32#19
-# asm 2: xor >y2=4,<z2=4,<p31=21
-xor 4,4,21
+# qhasm: z2 ^= p31
+# asm 1: xor >z2=int32#15,<p31=int32#23,<z2=int32#15
+# asm 2: xor >z2=17,<p31=25,<z2=17
+xor 17,25,17
-# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#10,<z3=int32#10,<p30=int32#22
-# asm 2: xor >y3=12,<z3=12,<p30=24
-xor 12,12,24
+# qhasm: z3 ^= p30
+# asm 1: xor >z3=int32#11,<p30=int32#24,<z3=int32#11
+# asm 2: xor >z3=13,<p30=26,<z3=13
+xor 13,26,13
-# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#12,<z1=int32#12,<p32=int32#14
-# asm 2: xor >y1=14,<z1=14,<p32=16
+# qhasm: z1 ^= p32
+# asm 1: xor >z1=int32#13,<p32=int32#17,<z1=int32#13
+# asm 2: xor >z1=15,<p32=19,<z1=15
+xor 15,19,15
+
+# qhasm: pre22 = z2
+# asm 1: stw <z2=int32#15,>pre22=stack32#64
+# asm 2: stw <z2=17,>pre22=252(1)
+stw 17,252(1)
+
+# qhasm: z0 ^= p33
+# asm 1: xor >z0=int32#12,<p33=int32#12,<z0=int32#14
+# asm 2: xor >z0=14,<p33=14,<z0=16
xor 14,14,16
-# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#11,<z0=int32#13,<p33=int32#11
-# asm 2: xor >y0=13,<z0=15,<p33=13
-xor 13,15,13
+# qhasm: pre23 = z3
+# asm 1: stw <z3=int32#11,>pre23=stack32#65
+# asm 2: stw <z3=13,>pre23=256(1)
+stw 13,256(1)
+
+# qhasm: pre20 = z0
+# asm 1: stw <z0=int32#12,>pre20=stack32#66
+# asm 2: stw <z0=14,>pre20=260(1)
+stw 14,260(1)
+
+# qhasm: pre21 = z1
+# asm 1: stw <z1=int32#13,>pre21=stack32#67
+# asm 2: stw <z1=15,>pre21=264(1)
+stw 15,264(1)
+
+# qhasm: z0 = pre10
+# asm 1: lwz >z0=int32#11,<pre10=stack32#63
+# asm 2: lwz >z0=13,<pre10=248(1)
+lwz 13,248(1)
+
+# qhasm: p00 = 4080 & (y0 <<< 12)
+# asm 1: rlwinm >p00=int32#2,<y0=int32#2,12,4080
+# asm 2: rlwinm >p00=4,<y0=4,12,4080
+rlwinm 4,4,12,4080
+
+# qhasm: p00 = *(uint32 *) (table0 + p00)
+# asm 1: lwzx >p00=int32#12,<table0=int32#6,<p00=int32#2
+# asm 2: lwzx >p00=14,<table0=8,<p00=4
+lwzx 14,8,4
+
+# qhasm: after_precompute:
+.label.after_precompute:
+
+# qhasm: y0 = z0 ^ p00
+# asm 1: xor >y0=int32#2,<z0=int32#11,<p00=int32#12
+# asm 2: xor >y0=4,<z0=13,<p00=14
+xor 4,13,14
+
+# qhasm: n0 = *(swapendian uint32 *) n0p
+# asm 1: lwbrx >n0=int32#11,0,<n0p=int32#10
+# asm 2: lwbrx >n0=13,0,<n0p=12
+lwbrx 13,0,12
+
+# qhasm: p00 = 4080 & (y0 <<< 12)
+# asm 1: rlwinm >p00=int32#12,<y0=int32#2,12,4080
+# asm 2: rlwinm >p00=14,<y0=4,12,4080
+rlwinm 14,4,12,4080
+
+# qhasm: z0 = pre20
+# asm 1: lwz >z0=int32#13,<pre20=stack32#66
+# asm 2: lwz >z0=15,<pre20=260(1)
+lwz 15,260(1)
+
+# qhasm: p01 = 4080 & (y0 <<< 20)
+# asm 1: rlwinm >p01=int32#14,<y0=int32#2,20,4080
+# asm 2: rlwinm >p01=16,<y0=4,20,4080
+rlwinm 16,4,20,4080
+
+# qhasm: z1 = pre21
+# asm 1: lwz >z1=int32#15,<pre21=stack32#67
+# asm 2: lwz >z1=17,<pre21=264(1)
+lwz 17,264(1)
+
+# qhasm: p02 = 4080 & (y0 <<< 28)
+# asm 1: rlwinm >p02=int32#16,<y0=int32#2,28,4080
+# asm 2: rlwinm >p02=18,<y0=4,28,4080
+rlwinm 18,4,28,4080
+
+# qhasm: z2 = pre22
+# asm 1: lwz >z2=int32#17,<pre22=stack32#64
+# asm 2: lwz >z2=19,<pre22=252(1)
+lwz 19,252(1)
+
+# qhasm: p03 = 4080 & (y0 <<< 4)
+# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
+# asm 2: rlwinm >p03=4,<y0=4,4,4080
+rlwinm 4,4,4,4080
+
+# qhasm: z3 = pre23
+# asm 1: lwz >z3=int32#18,<pre23=stack32#65
+# asm 2: lwz >z3=20,<pre23=256(1)
+lwz 20,256(1)
+
+# qhasm: p00 = *(uint32 *) (table0 + p00)
+# asm 1: lwzx >p00=int32#12,<table0=int32#6,<p00=int32#12
+# asm 2: lwzx >p00=14,<table0=8,<p00=14
+lwzx 14,8,14
+
+# qhasm: n0 = n0 + 1
+# asm 1: addi >n0=int32#11,<n0=int32#11,1
+# asm 2: addi >n0=13,<n0=13,1
+addi 13,13,1
+
+# qhasm: p01 = *(uint32 *) (table1 + p01)
+# asm 1: lwzx >p01=int32#14,<table1=int32#7,<p01=int32#14
+# asm 2: lwzx >p01=16,<table1=9,<p01=16
+lwzx 16,9,16
+
+# qhasm: p02 = *(uint32 *) (table2 + p02)
+# asm 1: lwzx >p02=int32#16,<table2=int32#9,<p02=int32#16
+# asm 2: lwzx >p02=18,<table2=11,<p02=18
+lwzx 18,11,18
+
+# qhasm: p03 = *(uint32 *) (table3 + p03)
+# asm 1: lwzx >p03=int32#2,<table3=int32#1,<p03=int32#2
+# asm 2: lwzx >p03=4,<table3=3,<p03=4
+lwzx 4,3,4
+
+# qhasm: y0 = z0 ^ p00
+# asm 1: xor >y0=int32#12,<z0=int32#13,<p00=int32#12
+# asm 2: xor >y0=14,<z0=15,<p00=14
+xor 14,15,14
+
+# qhasm: y3 = z3 ^ p01
+# asm 1: xor >y3=int32#13,<z3=int32#18,<p01=int32#14
+# asm 2: xor >y3=15,<z3=20,<p01=16
+xor 15,20,16
+
+# qhasm: y2 = z2 ^ p02
+# asm 1: xor >y2=int32#14,<z2=int32#17,<p02=int32#16
+# asm 2: xor >y2=16,<z2=19,<p02=18
+xor 16,19,18
+
+# qhasm: y1 = z1 ^ p03
+# asm 1: xor >y1=int32#2,<z1=int32#15,<p03=int32#2
+# asm 2: xor >y1=4,<z1=17,<p03=4
+xor 4,17,4
# qhasm: z0 = x12
-# asm 1: lwz >z0=int32#13,<x12=stack32#31
-# asm 2: lwz >z0=15,<x12=120(1)
-lwz 15,120(1)
+# asm 1: lwz >z0=int32#15,<x12=stack32#31
+# asm 2: lwz >z0=17,<x12=120(1)
+lwz 17,120(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#11,12,4080
-# asm 2: rlwinm >p00=16,<y0=13,12,4080
-rlwinm 16,13,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#12,12,4080
+# asm 2: rlwinm >p00=18,<y0=14,12,4080
+rlwinm 18,14,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#11,20,4080
-# asm 2: rlwinm >p01=17,<y0=13,20,4080
-rlwinm 17,13,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#12,20,4080
+# asm 2: rlwinm >p01=19,<y0=14,20,4080
+rlwinm 19,14,20,4080
# qhasm: z1 = x13
-# asm 1: lwz >z1=int32#16,<x13=stack32#32
-# asm 2: lwz >z1=18,<x13=124(1)
-lwz 18,124(1)
+# asm 1: lwz >z1=int32#18,<x13=stack32#32
+# asm 2: lwz >z1=20,<x13=124(1)
+lwz 20,124(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#11,28,4080
-# asm 2: rlwinm >p02=19,<y0=13,28,4080
-rlwinm 19,13,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#12,28,4080
+# asm 2: rlwinm >p02=21,<y0=14,28,4080
+rlwinm 21,14,28,4080
# qhasm: z2 = x14
-# asm 1: lwz >z2=int32#18,<x14=stack32#33
-# asm 2: lwz >z2=20,<x14=128(1)
-lwz 20,128(1)
+# asm 1: lwz >z2=int32#20,<x14=stack32#33
+# asm 2: lwz >z2=22,<x14=128(1)
+lwz 22,128(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#11,<y0=int32#11,4,4080
-# asm 2: rlwinm >p03=13,<y0=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p03=int32#12,<y0=int32#12,4,4080
+# asm 2: rlwinm >p03=14,<y0=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: z3 = x15
-# asm 1: lwz >z3=int32#19,<x15=stack32#34
-# asm 2: lwz >z3=21,<x15=132(1)
-lwz 21,132(1)
+# asm 1: lwz >z3=int32#21,<x15=stack32#34
+# asm 2: lwz >z3=23,<x15=132(1)
+lwz 23,132(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#12,12,4080
-# asm 2: rlwinm >p10=22,<y1=14,12,4080
-rlwinm 22,14,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#2,12,4080
+# asm 2: rlwinm >p10=24,<y1=4,12,4080
+rlwinm 24,4,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#12,20,4080
-# asm 2: rlwinm >p11=23,<y1=14,20,4080
-rlwinm 23,14,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#2,20,4080
+# asm 2: rlwinm >p11=25,<y1=4,20,4080
+rlwinm 25,4,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#12,28,4080
-# asm 2: rlwinm >p12=24,<y1=14,28,4080
-rlwinm 24,14,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#2,28,4080
+# asm 2: rlwinm >p12=26,<y1=4,28,4080
+rlwinm 26,4,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#12,<y1=int32#12,4,4080
-# asm 2: rlwinm >p13=14,<y1=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p13=int32#2,<y1=int32#2,4,4080
+# asm 2: rlwinm >p13=4,<y1=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#11,<table3=int32#1,<p03=int32#11
-# asm 2: lwzx >p03=13,<table3=3,<p03=13
-lwzx 13,3,13
+# asm 1: lwzx >p03=int32#12,<table3=int32#1,<p03=int32#12
+# asm 2: lwzx >p03=14,<table3=3,<p03=14
+lwzx 14,3,14
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#2,12,4080
-# asm 2: rlwinm >p20=22,<y2=4,12,4080
-rlwinm 22,4,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#14,12,4080
+# asm 2: rlwinm >p20=24,<y2=16,12,4080
+rlwinm 24,16,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#2,20,4080
-# asm 2: rlwinm >p21=23,<y2=4,20,4080
-rlwinm 23,4,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#14,20,4080
+# asm 2: rlwinm >p21=25,<y2=16,20,4080
+rlwinm 25,16,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#11,<p03=int32#11,<z1=int32#16
-# asm 2: xor >z1=13,<p03=13,<z1=18
-xor 13,13,18
+# asm 1: xor >z1=int32#12,<p03=int32#12,<z1=int32#18
+# asm 2: xor >z1=14,<p03=14,<z1=20
+xor 14,14,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#12,<table3=int32#1,<p13=int32#12
-# asm 2: lwzx >p13=14,<table3=3,<p13=14
-lwzx 14,3,14
+# asm 1: lwzx >p13=int32#2,<table3=int32#1,<p13=int32#2
+# asm 2: lwzx >p13=4,<table3=3,<p13=4
+lwzx 4,3,4
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#2,28,4080
-# asm 2: rlwinm >p22=18,<y2=4,28,4080
-rlwinm 18,4,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#14,28,4080
+# asm 2: rlwinm >p22=20,<y2=16,28,4080
+rlwinm 20,16,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#2,<y2=int32#2,4,4080
-# asm 2: rlwinm >p23=4,<y2=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p23=int32#14,<y2=int32#14,4,4080
+# asm 2: rlwinm >p23=16,<y2=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#10,12,4080
-# asm 2: rlwinm >p30=24,<y3=12,12,4080
-rlwinm 24,12,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#13,12,4080
+# asm 2: rlwinm >p30=26,<y3=15,12,4080
+rlwinm 26,15,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#10,20,4080
-# asm 2: rlwinm >p31=21,<y3=12,20,4080
-rlwinm 21,12,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#13,20,4080
+# asm 2: rlwinm >p31=23,<y3=15,20,4080
+rlwinm 23,15,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#11,<p10=int32#14,<z1=int32#11
-# asm 2: xor >z1=13,<p10=16,<z1=13
-xor 13,16,13
+# asm 1: xor >z1=int32#12,<p10=int32#16,<z1=int32#12
+# asm 2: xor >z1=14,<p10=18,<z1=14
+xor 14,18,14
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#2,<table3=int32#1,<p23=int32#2
-# asm 2: lwzx >p23=4,<table3=3,<p23=4
-lwzx 4,3,4
+# asm 1: lwzx >p23=int32#14,<table3=int32#1,<p23=int32#14
+# asm 2: lwzx >p23=16,<table3=3,<p23=16
+lwzx 16,3,16
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#10,28,4080
-# asm 2: rlwinm >p32=16,<y3=12,28,4080
-rlwinm 16,12,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#13,28,4080
+# asm 2: rlwinm >p32=18,<y3=15,28,4080
+rlwinm 18,15,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#10,<y3=int32#10,4,4080
-# asm 2: rlwinm >p33=12,<y3=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p33=int32#13,<y3=int32#13,4,4080
+# asm 2: rlwinm >p33=15,<y3=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#12,<p13=int32#12,<z2=int32#17
-# asm 2: xor >z2=14,<p13=14,<z2=19
-xor 14,14,19
+# asm 1: xor >z2=int32#2,<p13=int32#2,<z2=int32#19
+# asm 2: xor >z2=4,<p13=4,<z2=21
+xor 4,4,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#10,<table3=int32#1,<p33=int32#10
-# asm 2: lwzx >p33=12,<table3=3,<p33=12
-lwzx 12,3,12
+# asm 1: lwzx >p33=int32#13,<table3=int32#1,<p33=int32#13
+# asm 2: lwzx >p33=15,<table3=3,<p33=15
+lwzx 15,3,15
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#12,<p20=int32#20,<z2=int32#12
-# asm 2: xor >z2=14,<p20=22,<z2=14
-xor 14,22,14
+# asm 1: xor >z2=int32#2,<p20=int32#22,<z2=int32#2
+# asm 2: xor >z2=4,<p20=24,<z2=4
+xor 4,24,4
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#11,<p21=int32#21,<z1=int32#11
-# asm 2: xor >z1=13,<p21=23,<z1=13
-xor 13,23,13
+# asm 1: xor >z1=int32#12,<p21=int32#23,<z1=int32#12
+# asm 2: xor >z1=14,<p21=25,<z1=14
+xor 14,25,14
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#2,<p23=int32#2,<z3=int32#15
-# asm 2: xor >z3=4,<p23=4,<z3=17
-xor 4,4,17
+# asm 1: xor >z3=int32#14,<p23=int32#14,<z3=int32#17
+# asm 2: xor >z3=16,<p23=16,<z3=19
+xor 16,16,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#12,<z2=int32#12,<p31=int32#19
-# asm 2: xor >y2=14,<z2=14,<p31=21
-xor 14,14,21
+# asm 1: xor >y2=int32#2,<z2=int32#2,<p31=int32#21
+# asm 2: xor >y2=4,<z2=4,<p31=23
+xor 4,4,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#2,<z3=int32#2,<p30=int32#22
-# asm 2: xor >y3=4,<z3=4,<p30=24
-xor 4,4,24
+# asm 1: xor >y3=int32#14,<z3=int32#14,<p30=int32#24
+# asm 2: xor >y3=16,<z3=16,<p30=26
+xor 16,16,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#11,<z1=int32#11,<p32=int32#14
-# asm 2: xor >y1=13,<z1=13,<p32=16
-xor 13,13,16
+# asm 1: xor >y1=int32#12,<z1=int32#12,<p32=int32#16
+# asm 2: xor >y1=14,<z1=14,<p32=18
+xor 14,14,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#10,<z0=int32#13,<p33=int32#10
-# asm 2: xor >y0=12,<z0=15,<p33=12
-xor 12,15,12
+# asm 1: xor >y0=int32#13,<z0=int32#15,<p33=int32#13
+# asm 2: xor >y0=15,<z0=17,<p33=15
+xor 15,17,15
# qhasm: z0 = x16
-# asm 1: lwz >z0=int32#13,<x16=stack32#35
-# asm 2: lwz >z0=15,<x16=136(1)
-lwz 15,136(1)
+# asm 1: lwz >z0=int32#15,<x16=stack32#35
+# asm 2: lwz >z0=17,<x16=136(1)
+lwz 17,136(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#10,12,4080
-# asm 2: rlwinm >p00=16,<y0=12,12,4080
-rlwinm 16,12,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#13,12,4080
+# asm 2: rlwinm >p00=18,<y0=15,12,4080
+rlwinm 18,15,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#10,20,4080
-# asm 2: rlwinm >p01=17,<y0=12,20,4080
-rlwinm 17,12,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#13,20,4080
+# asm 2: rlwinm >p01=19,<y0=15,20,4080
+rlwinm 19,15,20,4080
# qhasm: z1 = x17
-# asm 1: lwz >z1=int32#16,<x17=stack32#36
-# asm 2: lwz >z1=18,<x17=140(1)
-lwz 18,140(1)
+# asm 1: lwz >z1=int32#18,<x17=stack32#36
+# asm 2: lwz >z1=20,<x17=140(1)
+lwz 20,140(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#10,28,4080
-# asm 2: rlwinm >p02=19,<y0=12,28,4080
-rlwinm 19,12,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#13,28,4080
+# asm 2: rlwinm >p02=21,<y0=15,28,4080
+rlwinm 21,15,28,4080
# qhasm: z2 = x18
-# asm 1: lwz >z2=int32#18,<x18=stack32#37
-# asm 2: lwz >z2=20,<x18=144(1)
-lwz 20,144(1)
+# asm 1: lwz >z2=int32#20,<x18=stack32#37
+# asm 2: lwz >z2=22,<x18=144(1)
+lwz 22,144(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#10,<y0=int32#10,4,4080
-# asm 2: rlwinm >p03=12,<y0=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p03=int32#13,<y0=int32#13,4,4080
+# asm 2: rlwinm >p03=15,<y0=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: z3 = x19
-# asm 1: lwz >z3=int32#19,<x19=stack32#38
-# asm 2: lwz >z3=21,<x19=148(1)
-lwz 21,148(1)
+# asm 1: lwz >z3=int32#21,<x19=stack32#38
+# asm 2: lwz >z3=23,<x19=148(1)
+lwz 23,148(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#11,12,4080
-# asm 2: rlwinm >p10=22,<y1=13,12,4080
-rlwinm 22,13,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#12,12,4080
+# asm 2: rlwinm >p10=24,<y1=14,12,4080
+rlwinm 24,14,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#11,20,4080
-# asm 2: rlwinm >p11=23,<y1=13,20,4080
-rlwinm 23,13,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#12,20,4080
+# asm 2: rlwinm >p11=25,<y1=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#11,28,4080
-# asm 2: rlwinm >p12=24,<y1=13,28,4080
-rlwinm 24,13,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#12,28,4080
+# asm 2: rlwinm >p12=26,<y1=14,28,4080
+rlwinm 26,14,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#11,<y1=int32#11,4,4080
-# asm 2: rlwinm >p13=13,<y1=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p13=int32#12,<y1=int32#12,4,4080
+# asm 2: rlwinm >p13=14,<y1=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#10,<table3=int32#1,<p03=int32#10
-# asm 2: lwzx >p03=12,<table3=3,<p03=12
-lwzx 12,3,12
+# asm 1: lwzx >p03=int32#13,<table3=int32#1,<p03=int32#13
+# asm 2: lwzx >p03=15,<table3=3,<p03=15
+lwzx 15,3,15
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#12,12,4080
-# asm 2: rlwinm >p20=22,<y2=14,12,4080
-rlwinm 22,14,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#2,12,4080
+# asm 2: rlwinm >p20=24,<y2=4,12,4080
+rlwinm 24,4,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#12,20,4080
-# asm 2: rlwinm >p21=23,<y2=14,20,4080
-rlwinm 23,14,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#2,20,4080
+# asm 2: rlwinm >p21=25,<y2=4,20,4080
+rlwinm 25,4,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#10,<p03=int32#10,<z1=int32#16
-# asm 2: xor >z1=12,<p03=12,<z1=18
-xor 12,12,18
+# asm 1: xor >z1=int32#13,<p03=int32#13,<z1=int32#18
+# asm 2: xor >z1=15,<p03=15,<z1=20
+xor 15,15,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#11,<table3=int32#1,<p13=int32#11
-# asm 2: lwzx >p13=13,<table3=3,<p13=13
-lwzx 13,3,13
+# asm 1: lwzx >p13=int32#12,<table3=int32#1,<p13=int32#12
+# asm 2: lwzx >p13=14,<table3=3,<p13=14
+lwzx 14,3,14
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#12,28,4080
-# asm 2: rlwinm >p22=18,<y2=14,28,4080
-rlwinm 18,14,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#2,28,4080
+# asm 2: rlwinm >p22=20,<y2=4,28,4080
+rlwinm 20,4,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#12,<y2=int32#12,4,4080
-# asm 2: rlwinm >p23=14,<y2=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p23=int32#2,<y2=int32#2,4,4080
+# asm 2: rlwinm >p23=4,<y2=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#2,12,4080
-# asm 2: rlwinm >p30=24,<y3=4,12,4080
-rlwinm 24,4,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#14,12,4080
+# asm 2: rlwinm >p30=26,<y3=16,12,4080
+rlwinm 26,16,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#2,20,4080
-# asm 2: rlwinm >p31=21,<y3=4,20,4080
-rlwinm 21,4,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#14,20,4080
+# asm 2: rlwinm >p31=23,<y3=16,20,4080
+rlwinm 23,16,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#10,<p10=int32#14,<z1=int32#10
-# asm 2: xor >z1=12,<p10=16,<z1=12
-xor 12,16,12
+# asm 1: xor >z1=int32#13,<p10=int32#16,<z1=int32#13
+# asm 2: xor >z1=15,<p10=18,<z1=15
+xor 15,18,15
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#12,<table3=int32#1,<p23=int32#12
-# asm 2: lwzx >p23=14,<table3=3,<p23=14
-lwzx 14,3,14
+# asm 1: lwzx >p23=int32#2,<table3=int32#1,<p23=int32#2
+# asm 2: lwzx >p23=4,<table3=3,<p23=4
+lwzx 4,3,4
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#2,28,4080
-# asm 2: rlwinm >p32=16,<y3=4,28,4080
-rlwinm 16,4,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#14,28,4080
+# asm 2: rlwinm >p32=18,<y3=16,28,4080
+rlwinm 18,16,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#2,<y3=int32#2,4,4080
-# asm 2: rlwinm >p33=4,<y3=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p33=int32#14,<y3=int32#14,4,4080
+# asm 2: rlwinm >p33=16,<y3=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#11,<p13=int32#11,<z2=int32#17
-# asm 2: xor >z2=13,<p13=13,<z2=19
-xor 13,13,19
+# asm 1: xor >z2=int32#12,<p13=int32#12,<z2=int32#19
+# asm 2: xor >z2=14,<p13=14,<z2=21
+xor 14,14,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#2,<table3=int32#1,<p33=int32#2
-# asm 2: lwzx >p33=4,<table3=3,<p33=4
-lwzx 4,3,4
+# asm 1: lwzx >p33=int32#14,<table3=int32#1,<p33=int32#14
+# asm 2: lwzx >p33=16,<table3=3,<p33=16
+lwzx 16,3,16
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#11,<p20=int32#20,<z2=int32#11
-# asm 2: xor >z2=13,<p20=22,<z2=13
-xor 13,22,13
+# asm 1: xor >z2=int32#12,<p20=int32#22,<z2=int32#12
+# asm 2: xor >z2=14,<p20=24,<z2=14
+xor 14,24,14
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#10,<p21=int32#21,<z1=int32#10
-# asm 2: xor >z1=12,<p21=23,<z1=12
-xor 12,23,12
+# asm 1: xor >z1=int32#13,<p21=int32#23,<z1=int32#13
+# asm 2: xor >z1=15,<p21=25,<z1=15
+xor 15,25,15
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#12,<p23=int32#12,<z3=int32#15
-# asm 2: xor >z3=14,<p23=14,<z3=17
-xor 14,14,17
+# asm 1: xor >z3=int32#2,<p23=int32#2,<z3=int32#17
+# asm 2: xor >z3=4,<p23=4,<z3=19
+xor 4,4,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#11,<z2=int32#11,<p31=int32#19
-# asm 2: xor >y2=13,<z2=13,<p31=21
-xor 13,13,21
+# asm 1: xor >y2=int32#12,<z2=int32#12,<p31=int32#21
+# asm 2: xor >y2=14,<z2=14,<p31=23
+xor 14,14,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#12,<z3=int32#12,<p30=int32#22
-# asm 2: xor >y3=14,<z3=14,<p30=24
-xor 14,14,24
+# asm 1: xor >y3=int32#2,<z3=int32#2,<p30=int32#24
+# asm 2: xor >y3=4,<z3=4,<p30=26
+xor 4,4,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#10,<z1=int32#10,<p32=int32#14
-# asm 2: xor >y1=12,<z1=12,<p32=16
-xor 12,12,16
+# asm 1: xor >y1=int32#13,<z1=int32#13,<p32=int32#16
+# asm 2: xor >y1=15,<z1=15,<p32=18
+xor 15,15,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#2,<z0=int32#13,<p33=int32#2
-# asm 2: xor >y0=4,<z0=15,<p33=4
-xor 4,15,4
+# asm 1: xor >y0=int32#14,<z0=int32#15,<p33=int32#14
+# asm 2: xor >y0=16,<z0=17,<p33=16
+xor 16,17,16
# qhasm: z0 = x20
-# asm 1: lwz >z0=int32#13,<x20=stack32#39
-# asm 2: lwz >z0=15,<x20=152(1)
-lwz 15,152(1)
+# asm 1: lwz >z0=int32#15,<x20=stack32#39
+# asm 2: lwz >z0=17,<x20=152(1)
+lwz 17,152(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#2,12,4080
-# asm 2: rlwinm >p00=16,<y0=4,12,4080
-rlwinm 16,4,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#14,12,4080
+# asm 2: rlwinm >p00=18,<y0=16,12,4080
+rlwinm 18,16,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#2,20,4080
-# asm 2: rlwinm >p01=17,<y0=4,20,4080
-rlwinm 17,4,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#14,20,4080
+# asm 2: rlwinm >p01=19,<y0=16,20,4080
+rlwinm 19,16,20,4080
# qhasm: z1 = x21
-# asm 1: lwz >z1=int32#16,<x21=stack32#40
-# asm 2: lwz >z1=18,<x21=156(1)
-lwz 18,156(1)
+# asm 1: lwz >z1=int32#18,<x21=stack32#40
+# asm 2: lwz >z1=20,<x21=156(1)
+lwz 20,156(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#2,28,4080
-# asm 2: rlwinm >p02=19,<y0=4,28,4080
-rlwinm 19,4,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#14,28,4080
+# asm 2: rlwinm >p02=21,<y0=16,28,4080
+rlwinm 21,16,28,4080
# qhasm: z2 = x22
-# asm 1: lwz >z2=int32#18,<x22=stack32#41
-# asm 2: lwz >z2=20,<x22=160(1)
-lwz 20,160(1)
+# asm 1: lwz >z2=int32#20,<x22=stack32#41
+# asm 2: lwz >z2=22,<x22=160(1)
+lwz 22,160(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
-# asm 2: rlwinm >p03=4,<y0=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p03=int32#14,<y0=int32#14,4,4080
+# asm 2: rlwinm >p03=16,<y0=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: z3 = x23
-# asm 1: lwz >z3=int32#19,<x23=stack32#42
-# asm 2: lwz >z3=21,<x23=164(1)
-lwz 21,164(1)
+# asm 1: lwz >z3=int32#21,<x23=stack32#42
+# asm 2: lwz >z3=23,<x23=164(1)
+lwz 23,164(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#10,12,4080
-# asm 2: rlwinm >p10=22,<y1=12,12,4080
-rlwinm 22,12,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#13,12,4080
+# asm 2: rlwinm >p10=24,<y1=15,12,4080
+rlwinm 24,15,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#10,20,4080
-# asm 2: rlwinm >p11=23,<y1=12,20,4080
-rlwinm 23,12,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#13,20,4080
+# asm 2: rlwinm >p11=25,<y1=15,20,4080
+rlwinm 25,15,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#10,28,4080
-# asm 2: rlwinm >p12=24,<y1=12,28,4080
-rlwinm 24,12,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#13,28,4080
+# asm 2: rlwinm >p12=26,<y1=15,28,4080
+rlwinm 26,15,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#10,<y1=int32#10,4,4080
-# asm 2: rlwinm >p13=12,<y1=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p13=int32#13,<y1=int32#13,4,4080
+# asm 2: rlwinm >p13=15,<y1=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#2,<table3=int32#1,<p03=int32#2
-# asm 2: lwzx >p03=4,<table3=3,<p03=4
-lwzx 4,3,4
+# asm 1: lwzx >p03=int32#14,<table3=int32#1,<p03=int32#14
+# asm 2: lwzx >p03=16,<table3=3,<p03=16
+lwzx 16,3,16
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#11,12,4080
-# asm 2: rlwinm >p20=22,<y2=13,12,4080
-rlwinm 22,13,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#12,12,4080
+# asm 2: rlwinm >p20=24,<y2=14,12,4080
+rlwinm 24,14,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#11,20,4080
-# asm 2: rlwinm >p21=23,<y2=13,20,4080
-rlwinm 23,13,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#12,20,4080
+# asm 2: rlwinm >p21=25,<y2=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#2,<p03=int32#2,<z1=int32#16
-# asm 2: xor >z1=4,<p03=4,<z1=18
-xor 4,4,18
+# asm 1: xor >z1=int32#14,<p03=int32#14,<z1=int32#18
+# asm 2: xor >z1=16,<p03=16,<z1=20
+xor 16,16,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#10,<table3=int32#1,<p13=int32#10
-# asm 2: lwzx >p13=12,<table3=3,<p13=12
-lwzx 12,3,12
+# asm 1: lwzx >p13=int32#13,<table3=int32#1,<p13=int32#13
+# asm 2: lwzx >p13=15,<table3=3,<p13=15
+lwzx 15,3,15
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#11,28,4080
-# asm 2: rlwinm >p22=18,<y2=13,28,4080
-rlwinm 18,13,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#12,28,4080
+# asm 2: rlwinm >p22=20,<y2=14,28,4080
+rlwinm 20,14,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#11,<y2=int32#11,4,4080
-# asm 2: rlwinm >p23=13,<y2=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p23=int32#12,<y2=int32#12,4,4080
+# asm 2: rlwinm >p23=14,<y2=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#12,12,4080
-# asm 2: rlwinm >p30=24,<y3=14,12,4080
-rlwinm 24,14,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#2,12,4080
+# asm 2: rlwinm >p30=26,<y3=4,12,4080
+rlwinm 26,4,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#12,20,4080
-# asm 2: rlwinm >p31=21,<y3=14,20,4080
-rlwinm 21,14,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#2,20,4080
+# asm 2: rlwinm >p31=23,<y3=4,20,4080
+rlwinm 23,4,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#2,<p10=int32#14,<z1=int32#2
-# asm 2: xor >z1=4,<p10=16,<z1=4
-xor 4,16,4
+# asm 1: xor >z1=int32#14,<p10=int32#16,<z1=int32#14
+# asm 2: xor >z1=16,<p10=18,<z1=16
+xor 16,18,16
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#11,<table3=int32#1,<p23=int32#11
-# asm 2: lwzx >p23=13,<table3=3,<p23=13
-lwzx 13,3,13
+# asm 1: lwzx >p23=int32#12,<table3=int32#1,<p23=int32#12
+# asm 2: lwzx >p23=14,<table3=3,<p23=14
+lwzx 14,3,14
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#12,28,4080
-# asm 2: rlwinm >p32=16,<y3=14,28,4080
-rlwinm 16,14,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#2,28,4080
+# asm 2: rlwinm >p32=18,<y3=4,28,4080
+rlwinm 18,4,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
-# asm 2: rlwinm >p33=14,<y3=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p33=int32#2,<y3=int32#2,4,4080
+# asm 2: rlwinm >p33=4,<y3=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#10,<p13=int32#10,<z2=int32#17
-# asm 2: xor >z2=12,<p13=12,<z2=19
-xor 12,12,19
+# asm 1: xor >z2=int32#13,<p13=int32#13,<z2=int32#19
+# asm 2: xor >z2=15,<p13=15,<z2=21
+xor 15,15,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#12,<table3=int32#1,<p33=int32#12
-# asm 2: lwzx >p33=14,<table3=3,<p33=14
-lwzx 14,3,14
+# asm 1: lwzx >p33=int32#2,<table3=int32#1,<p33=int32#2
+# asm 2: lwzx >p33=4,<table3=3,<p33=4
+lwzx 4,3,4
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#10,<p20=int32#20,<z2=int32#10
-# asm 2: xor >z2=12,<p20=22,<z2=12
-xor 12,22,12
+# asm 1: xor >z2=int32#13,<p20=int32#22,<z2=int32#13
+# asm 2: xor >z2=15,<p20=24,<z2=15
+xor 15,24,15
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#2,<p21=int32#21,<z1=int32#2
-# asm 2: xor >z1=4,<p21=23,<z1=4
-xor 4,23,4
+# asm 1: xor >z1=int32#14,<p21=int32#23,<z1=int32#14
+# asm 2: xor >z1=16,<p21=25,<z1=16
+xor 16,25,16
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#11,<p23=int32#11,<z3=int32#15
-# asm 2: xor >z3=13,<p23=13,<z3=17
-xor 13,13,17
+# asm 1: xor >z3=int32#12,<p23=int32#12,<z3=int32#17
+# asm 2: xor >z3=14,<p23=14,<z3=19
+xor 14,14,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#10,<z2=int32#10,<p31=int32#19
-# asm 2: xor >y2=12,<z2=12,<p31=21
-xor 12,12,21
+# asm 1: xor >y2=int32#13,<z2=int32#13,<p31=int32#21
+# asm 2: xor >y2=15,<z2=15,<p31=23
+xor 15,15,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#11,<z3=int32#11,<p30=int32#22
-# asm 2: xor >y3=13,<z3=13,<p30=24
-xor 13,13,24
+# asm 1: xor >y3=int32#12,<z3=int32#12,<p30=int32#24
+# asm 2: xor >y3=14,<z3=14,<p30=26
+xor 14,14,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#2,<z1=int32#2,<p32=int32#14
-# asm 2: xor >y1=4,<z1=4,<p32=16
-xor 4,4,16
+# asm 1: xor >y1=int32#14,<z1=int32#14,<p32=int32#16
+# asm 2: xor >y1=16,<z1=16,<p32=18
+xor 16,16,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#12,<z0=int32#13,<p33=int32#12
-# asm 2: xor >y0=14,<z0=15,<p33=14
-xor 14,15,14
+# asm 1: xor >y0=int32#2,<z0=int32#15,<p33=int32#2
+# asm 2: xor >y0=4,<z0=17,<p33=4
+xor 4,17,4
# qhasm: z0 = x24
-# asm 1: lwz >z0=int32#13,<x24=stack32#43
-# asm 2: lwz >z0=15,<x24=168(1)
-lwz 15,168(1)
+# asm 1: lwz >z0=int32#15,<x24=stack32#43
+# asm 2: lwz >z0=17,<x24=168(1)
+lwz 17,168(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#12,12,4080
-# asm 2: rlwinm >p00=16,<y0=14,12,4080
-rlwinm 16,14,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#2,12,4080
+# asm 2: rlwinm >p00=18,<y0=4,12,4080
+rlwinm 18,4,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#12,20,4080
-# asm 2: rlwinm >p01=17,<y0=14,20,4080
-rlwinm 17,14,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#2,20,4080
+# asm 2: rlwinm >p01=19,<y0=4,20,4080
+rlwinm 19,4,20,4080
# qhasm: z1 = x25
-# asm 1: lwz >z1=int32#16,<x25=stack32#44
-# asm 2: lwz >z1=18,<x25=172(1)
-lwz 18,172(1)
+# asm 1: lwz >z1=int32#18,<x25=stack32#44
+# asm 2: lwz >z1=20,<x25=172(1)
+lwz 20,172(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#12,28,4080
-# asm 2: rlwinm >p02=19,<y0=14,28,4080
-rlwinm 19,14,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#2,28,4080
+# asm 2: rlwinm >p02=21,<y0=4,28,4080
+rlwinm 21,4,28,4080
# qhasm: z2 = x26
-# asm 1: lwz >z2=int32#18,<x26=stack32#45
-# asm 2: lwz >z2=20,<x26=176(1)
-lwz 20,176(1)
+# asm 1: lwz >z2=int32#20,<x26=stack32#45
+# asm 2: lwz >z2=22,<x26=176(1)
+lwz 22,176(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#12,<y0=int32#12,4,4080
-# asm 2: rlwinm >p03=14,<y0=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
+# asm 2: rlwinm >p03=4,<y0=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: z3 = x27
-# asm 1: lwz >z3=int32#19,<x27=stack32#46
-# asm 2: lwz >z3=21,<x27=180(1)
-lwz 21,180(1)
+# asm 1: lwz >z3=int32#21,<x27=stack32#46
+# asm 2: lwz >z3=23,<x27=180(1)
+lwz 23,180(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#2,12,4080
-# asm 2: rlwinm >p10=22,<y1=4,12,4080
-rlwinm 22,4,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#14,12,4080
+# asm 2: rlwinm >p10=24,<y1=16,12,4080
+rlwinm 24,16,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#2,20,4080
-# asm 2: rlwinm >p11=23,<y1=4,20,4080
-rlwinm 23,4,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#14,20,4080
+# asm 2: rlwinm >p11=25,<y1=16,20,4080
+rlwinm 25,16,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#2,28,4080
-# asm 2: rlwinm >p12=24,<y1=4,28,4080
-rlwinm 24,4,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#14,28,4080
+# asm 2: rlwinm >p12=26,<y1=16,28,4080
+rlwinm 26,16,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#2,<y1=int32#2,4,4080
-# asm 2: rlwinm >p13=4,<y1=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p13=int32#14,<y1=int32#14,4,4080
+# asm 2: rlwinm >p13=16,<y1=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#12,<table3=int32#1,<p03=int32#12
-# asm 2: lwzx >p03=14,<table3=3,<p03=14
-lwzx 14,3,14
+# asm 1: lwzx >p03=int32#2,<table3=int32#1,<p03=int32#2
+# asm 2: lwzx >p03=4,<table3=3,<p03=4
+lwzx 4,3,4
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#10,12,4080
-# asm 2: rlwinm >p20=22,<y2=12,12,4080
-rlwinm 22,12,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#13,12,4080
+# asm 2: rlwinm >p20=24,<y2=15,12,4080
+rlwinm 24,15,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#10,20,4080
-# asm 2: rlwinm >p21=23,<y2=12,20,4080
-rlwinm 23,12,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#13,20,4080
+# asm 2: rlwinm >p21=25,<y2=15,20,4080
+rlwinm 25,15,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#12,<p03=int32#12,<z1=int32#16
-# asm 2: xor >z1=14,<p03=14,<z1=18
-xor 14,14,18
+# asm 1: xor >z1=int32#2,<p03=int32#2,<z1=int32#18
+# asm 2: xor >z1=4,<p03=4,<z1=20
+xor 4,4,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#2,<table3=int32#1,<p13=int32#2
-# asm 2: lwzx >p13=4,<table3=3,<p13=4
-lwzx 4,3,4
+# asm 1: lwzx >p13=int32#14,<table3=int32#1,<p13=int32#14
+# asm 2: lwzx >p13=16,<table3=3,<p13=16
+lwzx 16,3,16
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#10,28,4080
-# asm 2: rlwinm >p22=18,<y2=12,28,4080
-rlwinm 18,12,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#13,28,4080
+# asm 2: rlwinm >p22=20,<y2=15,28,4080
+rlwinm 20,15,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#10,<y2=int32#10,4,4080
-# asm 2: rlwinm >p23=12,<y2=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p23=int32#13,<y2=int32#13,4,4080
+# asm 2: rlwinm >p23=15,<y2=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#11,12,4080
-# asm 2: rlwinm >p30=24,<y3=13,12,4080
-rlwinm 24,13,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#12,12,4080
+# asm 2: rlwinm >p30=26,<y3=14,12,4080
+rlwinm 26,14,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#11,20,4080
-# asm 2: rlwinm >p31=21,<y3=13,20,4080
-rlwinm 21,13,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#12,20,4080
+# asm 2: rlwinm >p31=23,<y3=14,20,4080
+rlwinm 23,14,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#12,<p10=int32#14,<z1=int32#12
-# asm 2: xor >z1=14,<p10=16,<z1=14
-xor 14,16,14
+# asm 1: xor >z1=int32#2,<p10=int32#16,<z1=int32#2
+# asm 2: xor >z1=4,<p10=18,<z1=4
+xor 4,18,4
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#10,<table3=int32#1,<p23=int32#10
-# asm 2: lwzx >p23=12,<table3=3,<p23=12
-lwzx 12,3,12
+# asm 1: lwzx >p23=int32#13,<table3=int32#1,<p23=int32#13
+# asm 2: lwzx >p23=15,<table3=3,<p23=15
+lwzx 15,3,15
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#11,28,4080
-# asm 2: rlwinm >p32=16,<y3=13,28,4080
-rlwinm 16,13,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#12,28,4080
+# asm 2: rlwinm >p32=18,<y3=14,28,4080
+rlwinm 18,14,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#11,<y3=int32#11,4,4080
-# asm 2: rlwinm >p33=13,<y3=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
+# asm 2: rlwinm >p33=14,<y3=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#2,<p13=int32#2,<z2=int32#17
-# asm 2: xor >z2=4,<p13=4,<z2=19
-xor 4,4,19
+# asm 1: xor >z2=int32#14,<p13=int32#14,<z2=int32#19
+# asm 2: xor >z2=16,<p13=16,<z2=21
+xor 16,16,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#11,<table3=int32#1,<p33=int32#11
-# asm 2: lwzx >p33=13,<table3=3,<p33=13
-lwzx 13,3,13
+# asm 1: lwzx >p33=int32#12,<table3=int32#1,<p33=int32#12
+# asm 2: lwzx >p33=14,<table3=3,<p33=14
+lwzx 14,3,14
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#2,<p20=int32#20,<z2=int32#2
-# asm 2: xor >z2=4,<p20=22,<z2=4
-xor 4,22,4
+# asm 1: xor >z2=int32#14,<p20=int32#22,<z2=int32#14
+# asm 2: xor >z2=16,<p20=24,<z2=16
+xor 16,24,16
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#12,<p21=int32#21,<z1=int32#12
-# asm 2: xor >z1=14,<p21=23,<z1=14
-xor 14,23,14
+# asm 1: xor >z1=int32#2,<p21=int32#23,<z1=int32#2
+# asm 2: xor >z1=4,<p21=25,<z1=4
+xor 4,25,4
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#10,<p23=int32#10,<z3=int32#15
-# asm 2: xor >z3=12,<p23=12,<z3=17
-xor 12,12,17
+# asm 1: xor >z3=int32#13,<p23=int32#13,<z3=int32#17
+# asm 2: xor >z3=15,<p23=15,<z3=19
+xor 15,15,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#2,<z2=int32#2,<p31=int32#19
-# asm 2: xor >y2=4,<z2=4,<p31=21
-xor 4,4,21
+# asm 1: xor >y2=int32#14,<z2=int32#14,<p31=int32#21
+# asm 2: xor >y2=16,<z2=16,<p31=23
+xor 16,16,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#10,<z3=int32#10,<p30=int32#22
-# asm 2: xor >y3=12,<z3=12,<p30=24
-xor 12,12,24
+# asm 1: xor >y3=int32#13,<z3=int32#13,<p30=int32#24
+# asm 2: xor >y3=15,<z3=15,<p30=26
+xor 15,15,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#12,<z1=int32#12,<p32=int32#14
-# asm 2: xor >y1=14,<z1=14,<p32=16
-xor 14,14,16
+# asm 1: xor >y1=int32#2,<z1=int32#2,<p32=int32#16
+# asm 2: xor >y1=4,<z1=4,<p32=18
+xor 4,4,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#11,<z0=int32#13,<p33=int32#11
-# asm 2: xor >y0=13,<z0=15,<p33=13
-xor 13,15,13
+# asm 1: xor >y0=int32#12,<z0=int32#15,<p33=int32#12
+# asm 2: xor >y0=14,<z0=17,<p33=14
+xor 14,17,14
# qhasm: z0 = x28
-# asm 1: lwz >z0=int32#13,<x28=stack32#47
-# asm 2: lwz >z0=15,<x28=184(1)
-lwz 15,184(1)
+# asm 1: lwz >z0=int32#15,<x28=stack32#47
+# asm 2: lwz >z0=17,<x28=184(1)
+lwz 17,184(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#11,12,4080
-# asm 2: rlwinm >p00=16,<y0=13,12,4080
-rlwinm 16,13,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#12,12,4080
+# asm 2: rlwinm >p00=18,<y0=14,12,4080
+rlwinm 18,14,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#11,20,4080
-# asm 2: rlwinm >p01=17,<y0=13,20,4080
-rlwinm 17,13,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#12,20,4080
+# asm 2: rlwinm >p01=19,<y0=14,20,4080
+rlwinm 19,14,20,4080
# qhasm: z1 = x29
-# asm 1: lwz >z1=int32#16,<x29=stack32#48
-# asm 2: lwz >z1=18,<x29=188(1)
-lwz 18,188(1)
+# asm 1: lwz >z1=int32#18,<x29=stack32#48
+# asm 2: lwz >z1=20,<x29=188(1)
+lwz 20,188(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#11,28,4080
-# asm 2: rlwinm >p02=19,<y0=13,28,4080
-rlwinm 19,13,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#12,28,4080
+# asm 2: rlwinm >p02=21,<y0=14,28,4080
+rlwinm 21,14,28,4080
# qhasm: z2 = x30
-# asm 1: lwz >z2=int32#18,<x30=stack32#49
-# asm 2: lwz >z2=20,<x30=192(1)
-lwz 20,192(1)
+# asm 1: lwz >z2=int32#20,<x30=stack32#49
+# asm 2: lwz >z2=22,<x30=192(1)
+lwz 22,192(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#11,<y0=int32#11,4,4080
-# asm 2: rlwinm >p03=13,<y0=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p03=int32#12,<y0=int32#12,4,4080
+# asm 2: rlwinm >p03=14,<y0=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: z3 = x31
-# asm 1: lwz >z3=int32#19,<x31=stack32#50
-# asm 2: lwz >z3=21,<x31=196(1)
-lwz 21,196(1)
+# asm 1: lwz >z3=int32#21,<x31=stack32#50
+# asm 2: lwz >z3=23,<x31=196(1)
+lwz 23,196(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#12,12,4080
-# asm 2: rlwinm >p10=22,<y1=14,12,4080
-rlwinm 22,14,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#2,12,4080
+# asm 2: rlwinm >p10=24,<y1=4,12,4080
+rlwinm 24,4,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#12,20,4080
-# asm 2: rlwinm >p11=23,<y1=14,20,4080
-rlwinm 23,14,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#2,20,4080
+# asm 2: rlwinm >p11=25,<y1=4,20,4080
+rlwinm 25,4,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#12,28,4080
-# asm 2: rlwinm >p12=24,<y1=14,28,4080
-rlwinm 24,14,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#2,28,4080
+# asm 2: rlwinm >p12=26,<y1=4,28,4080
+rlwinm 26,4,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#12,<y1=int32#12,4,4080
-# asm 2: rlwinm >p13=14,<y1=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p13=int32#2,<y1=int32#2,4,4080
+# asm 2: rlwinm >p13=4,<y1=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#11,<table3=int32#1,<p03=int32#11
-# asm 2: lwzx >p03=13,<table3=3,<p03=13
-lwzx 13,3,13
+# asm 1: lwzx >p03=int32#12,<table3=int32#1,<p03=int32#12
+# asm 2: lwzx >p03=14,<table3=3,<p03=14
+lwzx 14,3,14
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#2,12,4080
-# asm 2: rlwinm >p20=22,<y2=4,12,4080
-rlwinm 22,4,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#14,12,4080
+# asm 2: rlwinm >p20=24,<y2=16,12,4080
+rlwinm 24,16,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#2,20,4080
-# asm 2: rlwinm >p21=23,<y2=4,20,4080
-rlwinm 23,4,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#14,20,4080
+# asm 2: rlwinm >p21=25,<y2=16,20,4080
+rlwinm 25,16,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#11,<p03=int32#11,<z1=int32#16
-# asm 2: xor >z1=13,<p03=13,<z1=18
-xor 13,13,18
+# asm 1: xor >z1=int32#12,<p03=int32#12,<z1=int32#18
+# asm 2: xor >z1=14,<p03=14,<z1=20
+xor 14,14,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#12,<table3=int32#1,<p13=int32#12
-# asm 2: lwzx >p13=14,<table3=3,<p13=14
-lwzx 14,3,14
+# asm 1: lwzx >p13=int32#2,<table3=int32#1,<p13=int32#2
+# asm 2: lwzx >p13=4,<table3=3,<p13=4
+lwzx 4,3,4
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#2,28,4080
-# asm 2: rlwinm >p22=18,<y2=4,28,4080
-rlwinm 18,4,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#14,28,4080
+# asm 2: rlwinm >p22=20,<y2=16,28,4080
+rlwinm 20,16,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#2,<y2=int32#2,4,4080
-# asm 2: rlwinm >p23=4,<y2=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p23=int32#14,<y2=int32#14,4,4080
+# asm 2: rlwinm >p23=16,<y2=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#10,12,4080
-# asm 2: rlwinm >p30=24,<y3=12,12,4080
-rlwinm 24,12,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#13,12,4080
+# asm 2: rlwinm >p30=26,<y3=15,12,4080
+rlwinm 26,15,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#10,20,4080
-# asm 2: rlwinm >p31=21,<y3=12,20,4080
-rlwinm 21,12,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#13,20,4080
+# asm 2: rlwinm >p31=23,<y3=15,20,4080
+rlwinm 23,15,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#11,<p10=int32#14,<z1=int32#11
-# asm 2: xor >z1=13,<p10=16,<z1=13
-xor 13,16,13
+# asm 1: xor >z1=int32#12,<p10=int32#16,<z1=int32#12
+# asm 2: xor >z1=14,<p10=18,<z1=14
+xor 14,18,14
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#2,<table3=int32#1,<p23=int32#2
-# asm 2: lwzx >p23=4,<table3=3,<p23=4
-lwzx 4,3,4
+# asm 1: lwzx >p23=int32#14,<table3=int32#1,<p23=int32#14
+# asm 2: lwzx >p23=16,<table3=3,<p23=16
+lwzx 16,3,16
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#10,28,4080
-# asm 2: rlwinm >p32=16,<y3=12,28,4080
-rlwinm 16,12,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#13,28,4080
+# asm 2: rlwinm >p32=18,<y3=15,28,4080
+rlwinm 18,15,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#10,<y3=int32#10,4,4080
-# asm 2: rlwinm >p33=12,<y3=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p33=int32#13,<y3=int32#13,4,4080
+# asm 2: rlwinm >p33=15,<y3=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#12,<p13=int32#12,<z2=int32#17
-# asm 2: xor >z2=14,<p13=14,<z2=19
-xor 14,14,19
+# asm 1: xor >z2=int32#2,<p13=int32#2,<z2=int32#19
+# asm 2: xor >z2=4,<p13=4,<z2=21
+xor 4,4,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#10,<table3=int32#1,<p33=int32#10
-# asm 2: lwzx >p33=12,<table3=3,<p33=12
-lwzx 12,3,12
+# asm 1: lwzx >p33=int32#13,<table3=int32#1,<p33=int32#13
+# asm 2: lwzx >p33=15,<table3=3,<p33=15
+lwzx 15,3,15
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#12,<p20=int32#20,<z2=int32#12
-# asm 2: xor >z2=14,<p20=22,<z2=14
-xor 14,22,14
+# asm 1: xor >z2=int32#2,<p20=int32#22,<z2=int32#2
+# asm 2: xor >z2=4,<p20=24,<z2=4
+xor 4,24,4
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#11,<p21=int32#21,<z1=int32#11
-# asm 2: xor >z1=13,<p21=23,<z1=13
-xor 13,23,13
+# asm 1: xor >z1=int32#12,<p21=int32#23,<z1=int32#12
+# asm 2: xor >z1=14,<p21=25,<z1=14
+xor 14,25,14
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#2,<p23=int32#2,<z3=int32#15
-# asm 2: xor >z3=4,<p23=4,<z3=17
-xor 4,4,17
+# asm 1: xor >z3=int32#14,<p23=int32#14,<z3=int32#17
+# asm 2: xor >z3=16,<p23=16,<z3=19
+xor 16,16,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#12,<z2=int32#12,<p31=int32#19
-# asm 2: xor >y2=14,<z2=14,<p31=21
-xor 14,14,21
+# asm 1: xor >y2=int32#2,<z2=int32#2,<p31=int32#21
+# asm 2: xor >y2=4,<z2=4,<p31=23
+xor 4,4,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#2,<z3=int32#2,<p30=int32#22
-# asm 2: xor >y3=4,<z3=4,<p30=24
-xor 4,4,24
+# asm 1: xor >y3=int32#14,<z3=int32#14,<p30=int32#24
+# asm 2: xor >y3=16,<z3=16,<p30=26
+xor 16,16,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#11,<z1=int32#11,<p32=int32#14
-# asm 2: xor >y1=13,<z1=13,<p32=16
-xor 13,13,16
+# asm 1: xor >y1=int32#12,<z1=int32#12,<p32=int32#16
+# asm 2: xor >y1=14,<z1=14,<p32=18
+xor 14,14,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#10,<z0=int32#13,<p33=int32#10
-# asm 2: xor >y0=12,<z0=15,<p33=12
-xor 12,15,12
+# asm 1: xor >y0=int32#13,<z0=int32#15,<p33=int32#13
+# asm 2: xor >y0=15,<z0=17,<p33=15
+xor 15,17,15
# qhasm: z0 = x32
-# asm 1: lwz >z0=int32#13,<x32=stack32#51
-# asm 2: lwz >z0=15,<x32=200(1)
-lwz 15,200(1)
+# asm 1: lwz >z0=int32#15,<x32=stack32#51
+# asm 2: lwz >z0=17,<x32=200(1)
+lwz 17,200(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#10,12,4080
-# asm 2: rlwinm >p00=16,<y0=12,12,4080
-rlwinm 16,12,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#13,12,4080
+# asm 2: rlwinm >p00=18,<y0=15,12,4080
+rlwinm 18,15,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#10,20,4080
-# asm 2: rlwinm >p01=17,<y0=12,20,4080
-rlwinm 17,12,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#13,20,4080
+# asm 2: rlwinm >p01=19,<y0=15,20,4080
+rlwinm 19,15,20,4080
# qhasm: z1 = x33
-# asm 1: lwz >z1=int32#16,<x33=stack32#52
-# asm 2: lwz >z1=18,<x33=204(1)
-lwz 18,204(1)
+# asm 1: lwz >z1=int32#18,<x33=stack32#52
+# asm 2: lwz >z1=20,<x33=204(1)
+lwz 20,204(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#10,28,4080
-# asm 2: rlwinm >p02=19,<y0=12,28,4080
-rlwinm 19,12,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#13,28,4080
+# asm 2: rlwinm >p02=21,<y0=15,28,4080
+rlwinm 21,15,28,4080
# qhasm: z2 = x34
-# asm 1: lwz >z2=int32#18,<x34=stack32#53
-# asm 2: lwz >z2=20,<x34=208(1)
-lwz 20,208(1)
+# asm 1: lwz >z2=int32#20,<x34=stack32#53
+# asm 2: lwz >z2=22,<x34=208(1)
+lwz 22,208(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#10,<y0=int32#10,4,4080
-# asm 2: rlwinm >p03=12,<y0=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p03=int32#13,<y0=int32#13,4,4080
+# asm 2: rlwinm >p03=15,<y0=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: z3 = x35
-# asm 1: lwz >z3=int32#19,<x35=stack32#54
-# asm 2: lwz >z3=21,<x35=212(1)
-lwz 21,212(1)
+# asm 1: lwz >z3=int32#21,<x35=stack32#54
+# asm 2: lwz >z3=23,<x35=212(1)
+lwz 23,212(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#11,12,4080
-# asm 2: rlwinm >p10=22,<y1=13,12,4080
-rlwinm 22,13,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#12,12,4080
+# asm 2: rlwinm >p10=24,<y1=14,12,4080
+rlwinm 24,14,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#11,20,4080
-# asm 2: rlwinm >p11=23,<y1=13,20,4080
-rlwinm 23,13,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#12,20,4080
+# asm 2: rlwinm >p11=25,<y1=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#11,28,4080
-# asm 2: rlwinm >p12=24,<y1=13,28,4080
-rlwinm 24,13,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#12,28,4080
+# asm 2: rlwinm >p12=26,<y1=14,28,4080
+rlwinm 26,14,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#11,<y1=int32#11,4,4080
-# asm 2: rlwinm >p13=13,<y1=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p13=int32#12,<y1=int32#12,4,4080
+# asm 2: rlwinm >p13=14,<y1=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#10,<table3=int32#1,<p03=int32#10
-# asm 2: lwzx >p03=12,<table3=3,<p03=12
-lwzx 12,3,12
+# asm 1: lwzx >p03=int32#13,<table3=int32#1,<p03=int32#13
+# asm 2: lwzx >p03=15,<table3=3,<p03=15
+lwzx 15,3,15
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#12,12,4080
-# asm 2: rlwinm >p20=22,<y2=14,12,4080
-rlwinm 22,14,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#2,12,4080
+# asm 2: rlwinm >p20=24,<y2=4,12,4080
+rlwinm 24,4,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#12,20,4080
-# asm 2: rlwinm >p21=23,<y2=14,20,4080
-rlwinm 23,14,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#2,20,4080
+# asm 2: rlwinm >p21=25,<y2=4,20,4080
+rlwinm 25,4,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#10,<p03=int32#10,<z1=int32#16
-# asm 2: xor >z1=12,<p03=12,<z1=18
-xor 12,12,18
+# asm 1: xor >z1=int32#13,<p03=int32#13,<z1=int32#18
+# asm 2: xor >z1=15,<p03=15,<z1=20
+xor 15,15,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#11,<table3=int32#1,<p13=int32#11
-# asm 2: lwzx >p13=13,<table3=3,<p13=13
-lwzx 13,3,13
+# asm 1: lwzx >p13=int32#12,<table3=int32#1,<p13=int32#12
+# asm 2: lwzx >p13=14,<table3=3,<p13=14
+lwzx 14,3,14
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#12,28,4080
-# asm 2: rlwinm >p22=18,<y2=14,28,4080
-rlwinm 18,14,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#2,28,4080
+# asm 2: rlwinm >p22=20,<y2=4,28,4080
+rlwinm 20,4,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#12,<y2=int32#12,4,4080
-# asm 2: rlwinm >p23=14,<y2=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p23=int32#2,<y2=int32#2,4,4080
+# asm 2: rlwinm >p23=4,<y2=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#2,12,4080
-# asm 2: rlwinm >p30=24,<y3=4,12,4080
-rlwinm 24,4,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#14,12,4080
+# asm 2: rlwinm >p30=26,<y3=16,12,4080
+rlwinm 26,16,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#2,20,4080
-# asm 2: rlwinm >p31=21,<y3=4,20,4080
-rlwinm 21,4,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#14,20,4080
+# asm 2: rlwinm >p31=23,<y3=16,20,4080
+rlwinm 23,16,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#10,<p10=int32#14,<z1=int32#10
-# asm 2: xor >z1=12,<p10=16,<z1=12
-xor 12,16,12
+# asm 1: xor >z1=int32#13,<p10=int32#16,<z1=int32#13
+# asm 2: xor >z1=15,<p10=18,<z1=15
+xor 15,18,15
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#12,<table3=int32#1,<p23=int32#12
-# asm 2: lwzx >p23=14,<table3=3,<p23=14
-lwzx 14,3,14
+# asm 1: lwzx >p23=int32#2,<table3=int32#1,<p23=int32#2
+# asm 2: lwzx >p23=4,<table3=3,<p23=4
+lwzx 4,3,4
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#2,28,4080
-# asm 2: rlwinm >p32=16,<y3=4,28,4080
-rlwinm 16,4,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#14,28,4080
+# asm 2: rlwinm >p32=18,<y3=16,28,4080
+rlwinm 18,16,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#2,<y3=int32#2,4,4080
-# asm 2: rlwinm >p33=4,<y3=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p33=int32#14,<y3=int32#14,4,4080
+# asm 2: rlwinm >p33=16,<y3=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#11,<p13=int32#11,<z2=int32#17
-# asm 2: xor >z2=13,<p13=13,<z2=19
-xor 13,13,19
+# asm 1: xor >z2=int32#12,<p13=int32#12,<z2=int32#19
+# asm 2: xor >z2=14,<p13=14,<z2=21
+xor 14,14,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#2,<table3=int32#1,<p33=int32#2
-# asm 2: lwzx >p33=4,<table3=3,<p33=4
-lwzx 4,3,4
+# asm 1: lwzx >p33=int32#14,<table3=int32#1,<p33=int32#14
+# asm 2: lwzx >p33=16,<table3=3,<p33=16
+lwzx 16,3,16
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#11,<p20=int32#20,<z2=int32#11
-# asm 2: xor >z2=13,<p20=22,<z2=13
-xor 13,22,13
+# asm 1: xor >z2=int32#12,<p20=int32#22,<z2=int32#12
+# asm 2: xor >z2=14,<p20=24,<z2=14
+xor 14,24,14
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#10,<p21=int32#21,<z1=int32#10
-# asm 2: xor >z1=12,<p21=23,<z1=12
-xor 12,23,12
+# asm 1: xor >z1=int32#13,<p21=int32#23,<z1=int32#13
+# asm 2: xor >z1=15,<p21=25,<z1=15
+xor 15,25,15
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#12,<p23=int32#12,<z3=int32#15
-# asm 2: xor >z3=14,<p23=14,<z3=17
-xor 14,14,17
+# asm 1: xor >z3=int32#2,<p23=int32#2,<z3=int32#17
+# asm 2: xor >z3=4,<p23=4,<z3=19
+xor 4,4,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#11,<z2=int32#11,<p31=int32#19
-# asm 2: xor >y2=13,<z2=13,<p31=21
-xor 13,13,21
+# asm 1: xor >y2=int32#12,<z2=int32#12,<p31=int32#21
+# asm 2: xor >y2=14,<z2=14,<p31=23
+xor 14,14,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#12,<z3=int32#12,<p30=int32#22
-# asm 2: xor >y3=14,<z3=14,<p30=24
-xor 14,14,24
+# asm 1: xor >y3=int32#2,<z3=int32#2,<p30=int32#24
+# asm 2: xor >y3=4,<z3=4,<p30=26
+xor 4,4,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#10,<z1=int32#10,<p32=int32#14
-# asm 2: xor >y1=12,<z1=12,<p32=16
-xor 12,12,16
+# asm 1: xor >y1=int32#13,<z1=int32#13,<p32=int32#16
+# asm 2: xor >y1=15,<z1=15,<p32=18
+xor 15,15,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#2,<z0=int32#13,<p33=int32#2
-# asm 2: xor >y0=4,<z0=15,<p33=4
-xor 4,15,4
+# asm 1: xor >y0=int32#14,<z0=int32#15,<p33=int32#14
+# asm 2: xor >y0=16,<z0=17,<p33=16
+xor 16,17,16
# qhasm: z0 = x36
-# asm 1: lwz >z0=int32#13,<x36=stack32#55
-# asm 2: lwz >z0=15,<x36=216(1)
-lwz 15,216(1)
+# asm 1: lwz >z0=int32#15,<x36=stack32#55
+# asm 2: lwz >z0=17,<x36=216(1)
+lwz 17,216(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#2,12,4080
-# asm 2: rlwinm >p00=16,<y0=4,12,4080
-rlwinm 16,4,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#14,12,4080
+# asm 2: rlwinm >p00=18,<y0=16,12,4080
+rlwinm 18,16,12,4080
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#15,<y0=int32#2,20,4080
-# asm 2: rlwinm >p01=17,<y0=4,20,4080
-rlwinm 17,4,20,4080
+# asm 1: rlwinm >p01=int32#17,<y0=int32#14,20,4080
+# asm 2: rlwinm >p01=19,<y0=16,20,4080
+rlwinm 19,16,20,4080
# qhasm: z1 = x37
-# asm 1: lwz >z1=int32#16,<x37=stack32#56
-# asm 2: lwz >z1=18,<x37=220(1)
-lwz 18,220(1)
+# asm 1: lwz >z1=int32#18,<x37=stack32#56
+# asm 2: lwz >z1=20,<x37=220(1)
+lwz 20,220(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#17,<y0=int32#2,28,4080
-# asm 2: rlwinm >p02=19,<y0=4,28,4080
-rlwinm 19,4,28,4080
+# asm 1: rlwinm >p02=int32#19,<y0=int32#14,28,4080
+# asm 2: rlwinm >p02=21,<y0=16,28,4080
+rlwinm 21,16,28,4080
# qhasm: z2 = x38
-# asm 1: lwz >z2=int32#18,<x38=stack32#57
-# asm 2: lwz >z2=20,<x38=224(1)
-lwz 20,224(1)
+# asm 1: lwz >z2=int32#20,<x38=stack32#57
+# asm 2: lwz >z2=22,<x38=224(1)
+lwz 22,224(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
-# asm 2: rlwinm >p03=4,<y0=4,4,4080
-rlwinm 4,4,4,4080
+# asm 1: rlwinm >p03=int32#14,<y0=int32#14,4,4080
+# asm 2: rlwinm >p03=16,<y0=16,4,4080
+rlwinm 16,16,4,4080
# qhasm: z3 = x39
-# asm 1: lwz >z3=int32#19,<x39=stack32#58
-# asm 2: lwz >z3=21,<x39=228(1)
-lwz 21,228(1)
+# asm 1: lwz >z3=int32#21,<x39=stack32#58
+# asm 2: lwz >z3=23,<x39=228(1)
+lwz 23,228(1)
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#10,12,4080
-# asm 2: rlwinm >p10=22,<y1=12,12,4080
-rlwinm 22,12,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#13,12,4080
+# asm 2: rlwinm >p10=24,<y1=15,12,4080
+rlwinm 24,15,12,4080
# qhasm: p00 = *(uint32 *) (table0 + p00)
-# asm 1: lwzx >p00=int32#14,<table0=int32#6,<p00=int32#14
-# asm 2: lwzx >p00=16,<table0=8,<p00=16
-lwzx 16,8,16
+# asm 1: lwzx >p00=int32#16,<table0=int32#6,<p00=int32#16
+# asm 2: lwzx >p00=18,<table0=8,<p00=18
+lwzx 18,8,18
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#10,20,4080
-# asm 2: rlwinm >p11=23,<y1=12,20,4080
-rlwinm 23,12,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#13,20,4080
+# asm 2: rlwinm >p11=25,<y1=15,20,4080
+rlwinm 25,15,20,4080
# qhasm: p01 = *(uint32 *) (table1 + p01)
-# asm 1: lwzx >p01=int32#15,<table1=int32#7,<p01=int32#15
-# asm 2: lwzx >p01=17,<table1=9,<p01=17
-lwzx 17,9,17
+# asm 1: lwzx >p01=int32#17,<table1=int32#7,<p01=int32#17
+# asm 2: lwzx >p01=19,<table1=9,<p01=19
+lwzx 19,9,19
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#10,28,4080
-# asm 2: rlwinm >p12=24,<y1=12,28,4080
-rlwinm 24,12,28,4080
+# asm 1: rlwinm >p12=int32#24,<y1=int32#13,28,4080
+# asm 2: rlwinm >p12=26,<y1=15,28,4080
+rlwinm 26,15,28,4080
# qhasm: p02 = *(uint32 *) (table2 + p02)
-# asm 1: lwzx >p02=int32#17,<table2=int32#8,<p02=int32#17
-# asm 2: lwzx >p02=19,<table2=10,<p02=19
-lwzx 19,10,19
+# asm 1: lwzx >p02=int32#19,<table2=int32#9,<p02=int32#19
+# asm 2: lwzx >p02=21,<table2=11,<p02=21
+lwzx 21,11,21
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#10,<y1=int32#10,4,4080
-# asm 2: rlwinm >p13=12,<y1=12,4,4080
-rlwinm 12,12,4,4080
+# asm 1: rlwinm >p13=int32#13,<y1=int32#13,4,4080
+# asm 2: rlwinm >p13=15,<y1=15,4,4080
+rlwinm 15,15,4,4080
# qhasm: p03 = *(uint32 *) (table3 + p03)
-# asm 1: lwzx >p03=int32#2,<table3=int32#1,<p03=int32#2
-# asm 2: lwzx >p03=4,<table3=3,<p03=4
-lwzx 4,3,4
+# asm 1: lwzx >p03=int32#14,<table3=int32#1,<p03=int32#14
+# asm 2: lwzx >p03=16,<table3=3,<p03=16
+lwzx 16,3,16
# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: xor >z0=int32#15,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=17,<p00=18,<z0=17
+xor 17,18,17
# qhasm: p10 = *(uint32 *) (table0 + p10)
-# asm 1: lwzx >p10=int32#14,<table0=int32#6,<p10=int32#20
-# asm 2: lwzx >p10=16,<table0=8,<p10=22
-lwzx 16,8,22
+# asm 1: lwzx >p10=int32#16,<table0=int32#6,<p10=int32#22
+# asm 2: lwzx >p10=18,<table0=8,<p10=24
+lwzx 18,8,24
# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#15,<p01=int32#15,<z3=int32#19
-# asm 2: xor >z3=17,<p01=17,<z3=21
-xor 17,17,21
+# asm 1: xor >z3=int32#17,<p01=int32#17,<z3=int32#21
+# asm 2: xor >z3=19,<p01=19,<z3=23
+xor 19,19,23
# qhasm: p11 = *(uint32 *) (table1 + p11)
-# asm 1: lwzx >p11=int32#19,<table1=int32#7,<p11=int32#21
-# asm 2: lwzx >p11=21,<table1=9,<p11=23
-lwzx 21,9,23
+# asm 1: lwzx >p11=int32#21,<table1=int32#7,<p11=int32#23
+# asm 2: lwzx >p11=23,<table1=9,<p11=25
+lwzx 23,9,25
# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#20,<y2=int32#11,12,4080
-# asm 2: rlwinm >p20=22,<y2=13,12,4080
-rlwinm 22,13,12,4080
+# asm 1: rlwinm >p20=int32#22,<y2=int32#12,12,4080
+# asm 2: rlwinm >p20=24,<y2=14,12,4080
+rlwinm 24,14,12,4080
# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#17,<p02=int32#17,<z2=int32#18
-# asm 2: xor >z2=19,<p02=19,<z2=20
-xor 19,19,20
+# asm 1: xor >z2=int32#19,<p02=int32#19,<z2=int32#20
+# asm 2: xor >z2=21,<p02=21,<z2=22
+xor 21,21,22
# qhasm: p12 = *(uint32 *) (table2 + p12)
-# asm 1: lwzx >p12=int32#18,<table2=int32#8,<p12=int32#22
-# asm 2: lwzx >p12=20,<table2=10,<p12=24
-lwzx 20,10,24
+# asm 1: lwzx >p12=int32#20,<table2=int32#9,<p12=int32#24
+# asm 2: lwzx >p12=22,<table2=11,<p12=26
+lwzx 22,11,26
# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#21,<y2=int32#11,20,4080
-# asm 2: rlwinm >p21=23,<y2=13,20,4080
-rlwinm 23,13,20,4080
+# asm 1: rlwinm >p21=int32#23,<y2=int32#12,20,4080
+# asm 2: rlwinm >p21=25,<y2=14,20,4080
+rlwinm 25,14,20,4080
# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#2,<p03=int32#2,<z1=int32#16
-# asm 2: xor >z1=4,<p03=4,<z1=18
-xor 4,4,18
+# asm 1: xor >z1=int32#14,<p03=int32#14,<z1=int32#18
+# asm 2: xor >z1=16,<p03=16,<z1=20
+xor 16,16,20
# qhasm: p13 = *(uint32 *) (table3 + p13)
-# asm 1: lwzx >p13=int32#10,<table3=int32#1,<p13=int32#10
-# asm 2: lwzx >p13=12,<table3=3,<p13=12
-lwzx 12,3,12
+# asm 1: lwzx >p13=int32#13,<table3=int32#1,<p13=int32#13
+# asm 2: lwzx >p13=15,<table3=3,<p13=15
+lwzx 15,3,15
# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#16,<y2=int32#11,28,4080
-# asm 2: rlwinm >p22=18,<y2=13,28,4080
-rlwinm 18,13,28,4080
+# asm 1: rlwinm >p22=int32#18,<y2=int32#12,28,4080
+# asm 2: rlwinm >p22=20,<y2=14,28,4080
+rlwinm 20,14,28,4080
# qhasm: p20 = *(uint32 *) (table0 + p20)
-# asm 1: lwzx >p20=int32#20,<table0=int32#6,<p20=int32#20
-# asm 2: lwzx >p20=22,<table0=8,<p20=22
-lwzx 22,8,22
+# asm 1: lwzx >p20=int32#22,<table0=int32#6,<p20=int32#22
+# asm 2: lwzx >p20=24,<table0=8,<p20=24
+lwzx 24,8,24
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#11,<y2=int32#11,4,4080
-# asm 2: rlwinm >p23=13,<y2=13,4,4080
-rlwinm 13,13,4,4080
+# asm 1: rlwinm >p23=int32#12,<y2=int32#12,4,4080
+# asm 2: rlwinm >p23=14,<y2=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p21 = *(uint32 *) (table1 + p21)
-# asm 1: lwzx >p21=int32#21,<table1=int32#7,<p21=int32#21
-# asm 2: lwzx >p21=23,<table1=9,<p21=23
-lwzx 23,9,23
+# asm 1: lwzx >p21=int32#23,<table1=int32#7,<p21=int32#23
+# asm 2: lwzx >p21=25,<table1=9,<p21=25
+lwzx 25,9,25
# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#22,<y3=int32#12,12,4080
-# asm 2: rlwinm >p30=24,<y3=14,12,4080
-rlwinm 24,14,12,4080
+# asm 1: rlwinm >p30=int32#24,<y3=int32#2,12,4080
+# asm 2: rlwinm >p30=26,<y3=4,12,4080
+rlwinm 26,4,12,4080
# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p11=21,<z0=15
-xor 15,21,15
+# asm 1: xor >z0=int32#15,<p11=int32#21,<z0=int32#15
+# asm 2: xor >z0=17,<p11=23,<z0=17
+xor 17,23,17
# qhasm: p22 = *(uint32 *) (table2 + p22)
-# asm 1: lwzx >p22=int32#16,<table2=int32#8,<p22=int32#16
-# asm 2: lwzx >p22=18,<table2=10,<p22=18
-lwzx 18,10,18
+# asm 1: lwzx >p22=int32#18,<table2=int32#9,<p22=int32#18
+# asm 2: lwzx >p22=20,<table2=11,<p22=20
+lwzx 20,11,20
# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#19,<y3=int32#12,20,4080
-# asm 2: rlwinm >p31=21,<y3=14,20,4080
-rlwinm 21,14,20,4080
+# asm 1: rlwinm >p31=int32#21,<y3=int32#2,20,4080
+# asm 2: rlwinm >p31=23,<y3=4,20,4080
+rlwinm 23,4,20,4080
# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#2,<p10=int32#14,<z1=int32#2
-# asm 2: xor >z1=4,<p10=16,<z1=4
-xor 4,16,4
+# asm 1: xor >z1=int32#14,<p10=int32#16,<z1=int32#14
+# asm 2: xor >z1=16,<p10=18,<z1=16
+xor 16,18,16
# qhasm: p23 = *(uint32 *) (table3 + p23)
-# asm 1: lwzx >p23=int32#11,<table3=int32#1,<p23=int32#11
-# asm 2: lwzx >p23=13,<table3=3,<p23=13
-lwzx 13,3,13
+# asm 1: lwzx >p23=int32#12,<table3=int32#1,<p23=int32#12
+# asm 2: lwzx >p23=14,<table3=3,<p23=14
+lwzx 14,3,14
# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#14,<y3=int32#12,28,4080
-# asm 2: rlwinm >p32=16,<y3=14,28,4080
-rlwinm 16,14,28,4080
+# asm 1: rlwinm >p32=int32#16,<y3=int32#2,28,4080
+# asm 2: rlwinm >p32=18,<y3=4,28,4080
+rlwinm 18,4,28,4080
# qhasm: p30 = *(uint32 *) (table0 + p30)
-# asm 1: lwzx >p30=int32#22,<table0=int32#6,<p30=int32#22
-# asm 2: lwzx >p30=24,<table0=8,<p30=24
-lwzx 24,8,24
+# asm 1: lwzx >p30=int32#24,<table0=int32#6,<p30=int32#24
+# asm 2: lwzx >p30=26,<table0=8,<p30=26
+lwzx 26,8,26
# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
-# asm 2: rlwinm >p33=14,<y3=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p33=int32#2,<y3=int32#2,4,4080
+# asm 2: rlwinm >p33=4,<y3=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p31 = *(uint32 *) (table1 + p31)
-# asm 1: lwzx >p31=int32#19,<table1=int32#7,<p31=int32#19
-# asm 2: lwzx >p31=21,<table1=9,<p31=21
-lwzx 21,9,21
+# asm 1: lwzx >p31=int32#21,<table1=int32#7,<p31=int32#21
+# asm 2: lwzx >p31=23,<table1=9,<p31=23
+lwzx 23,9,23
# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#15,<p12=int32#18,<z3=int32#15
-# asm 2: xor >z3=17,<p12=20,<z3=17
-xor 17,20,17
+# asm 1: xor >z3=int32#17,<p12=int32#20,<z3=int32#17
+# asm 2: xor >z3=19,<p12=22,<z3=19
+xor 19,22,19
# qhasm: p32 = *(uint32 *) (table2 + p32)
-# asm 1: lwzx >p32=int32#14,<table2=int32#8,<p32=int32#14
-# asm 2: lwzx >p32=16,<table2=10,<p32=16
-lwzx 16,10,16
+# asm 1: lwzx >p32=int32#16,<table2=int32#9,<p32=int32#16
+# asm 2: lwzx >p32=18,<table2=11,<p32=18
+lwzx 18,11,18
# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#10,<p13=int32#10,<z2=int32#17
-# asm 2: xor >z2=12,<p13=12,<z2=19
-xor 12,12,19
+# asm 1: xor >z2=int32#13,<p13=int32#13,<z2=int32#19
+# asm 2: xor >z2=15,<p13=15,<z2=21
+xor 15,15,21
# qhasm: p33 = *(uint32 *) (table3 + p33)
-# asm 1: lwzx >p33=int32#12,<table3=int32#1,<p33=int32#12
-# asm 2: lwzx >p33=14,<table3=3,<p33=14
-lwzx 14,3,14
+# asm 1: lwzx >p33=int32#2,<table3=int32#1,<p33=int32#2
+# asm 2: lwzx >p33=4,<table3=3,<p33=4
+lwzx 4,3,4
# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#10,<p20=int32#20,<z2=int32#10
-# asm 2: xor >z2=12,<p20=22,<z2=12
-xor 12,22,12
+# asm 1: xor >z2=int32#13,<p20=int32#22,<z2=int32#13
+# asm 2: xor >z2=15,<p20=24,<z2=15
+xor 15,24,15
# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#2,<p21=int32#21,<z1=int32#2
-# asm 2: xor >z1=4,<p21=23,<z1=4
-xor 4,23,4
+# asm 1: xor >z1=int32#14,<p21=int32#23,<z1=int32#14
+# asm 2: xor >z1=16,<p21=25,<z1=16
+xor 16,25,16
# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<p22=18,<z0=15
-xor 15,18,15
+# asm 1: xor >z0=int32#15,<p22=int32#18,<z0=int32#15
+# asm 2: xor >z0=17,<p22=20,<z0=17
+xor 17,20,17
# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#11,<p23=int32#11,<z3=int32#15
-# asm 2: xor >z3=13,<p23=13,<z3=17
-xor 13,13,17
+# asm 1: xor >z3=int32#12,<p23=int32#12,<z3=int32#17
+# asm 2: xor >z3=14,<p23=14,<z3=19
+xor 14,14,19
# qhasm: y2 = z2 ^ p31
-# asm 1: xor >y2=int32#10,<z2=int32#10,<p31=int32#19
-# asm 2: xor >y2=12,<z2=12,<p31=21
-xor 12,12,21
+# asm 1: xor >y2=int32#13,<z2=int32#13,<p31=int32#21
+# asm 2: xor >y2=15,<z2=15,<p31=23
+xor 15,15,23
# qhasm: y3 = z3 ^ p30
-# asm 1: xor >y3=int32#11,<z3=int32#11,<p30=int32#22
-# asm 2: xor >y3=13,<z3=13,<p30=24
-xor 13,13,24
+# asm 1: xor >y3=int32#12,<z3=int32#12,<p30=int32#24
+# asm 2: xor >y3=14,<z3=14,<p30=26
+xor 14,14,26
# qhasm: y1 = z1 ^ p32
-# asm 1: xor >y1=int32#2,<z1=int32#2,<p32=int32#14
-# asm 2: xor >y1=4,<z1=4,<p32=16
-xor 4,4,16
+# asm 1: xor >y1=int32#14,<z1=int32#14,<p32=int32#16
+# asm 2: xor >y1=16,<z1=16,<p32=18
+xor 16,16,18
# qhasm: y0 = z0 ^ p33
-# asm 1: xor >y0=int32#12,<z0=int32#13,<p33=int32#12
-# asm 2: xor >y0=14,<z0=15,<p33=14
-xor 14,15,14
+# asm 1: xor >y0=int32#2,<z0=int32#15,<p33=int32#2
+# asm 2: xor >y0=4,<z0=17,<p33=4
+xor 4,17,4
# qhasm: z0 = x40
-# asm 1: lwz >z0=int32#13,<x40=stack32#59
-# asm 2: lwz >z0=15,<x40=232(1)
-lwz 15,232(1)
+# asm 1: lwz >z0=int32#15,<x40=stack32#59
+# asm 2: lwz >z0=17,<x40=232(1)
+lwz 17,232(1)
# qhasm: p00 = 4080 & (y0 <<< 12)
-# asm 1: rlwinm >p00=int32#14,<y0=int32#12,12,4080
-# asm 2: rlwinm >p00=16,<y0=14,12,4080
-rlwinm 16,14,12,4080
+# asm 1: rlwinm >p00=int32#16,<y0=int32#2,12,4080
+# asm 2: rlwinm >p00=18,<y0=4,12,4080
+rlwinm 18,4,12,4080
# qhasm: z1 = x41
-# asm 1: lwz >z1=int32#15,<x41=stack32#60
-# asm 2: lwz >z1=17,<x41=236(1)
-lwz 17,236(1)
+# asm 1: lwz >z1=int32#17,<x41=stack32#60
+# asm 2: lwz >z1=19,<x41=236(1)
+lwz 19,236(1)
# qhasm: p01 = 4080 & (y0 <<< 20)
-# asm 1: rlwinm >p01=int32#16,<y0=int32#12,20,4080
-# asm 2: rlwinm >p01=18,<y0=14,20,4080
-rlwinm 18,14,20,4080
+# asm 1: rlwinm >p01=int32#18,<y0=int32#2,20,4080
+# asm 2: rlwinm >p01=20,<y0=4,20,4080
+rlwinm 20,4,20,4080
# qhasm: z2 = x42
-# asm 1: lwz >z2=int32#17,<x42=stack32#61
-# asm 2: lwz >z2=19,<x42=240(1)
-lwz 19,240(1)
+# asm 1: lwz >z2=int32#19,<x42=stack32#61
+# asm 2: lwz >z2=21,<x42=240(1)
+lwz 21,240(1)
# qhasm: p02 = 4080 & (y0 <<< 28)
-# asm 1: rlwinm >p02=int32#18,<y0=int32#12,28,4080
-# asm 2: rlwinm >p02=20,<y0=14,28,4080
-rlwinm 20,14,28,4080
+# asm 1: rlwinm >p02=int32#20,<y0=int32#2,28,4080
+# asm 2: rlwinm >p02=22,<y0=4,28,4080
+rlwinm 22,4,28,4080
# qhasm: z3 = x43
-# asm 1: lwz >z3=int32#19,<x43=stack32#62
-# asm 2: lwz >z3=21,<x43=244(1)
-lwz 21,244(1)
+# asm 1: lwz >z3=int32#21,<x43=stack32#62
+# asm 2: lwz >z3=23,<x43=244(1)
+lwz 23,244(1)
# qhasm: p03 = 4080 & (y0 <<< 4)
-# asm 1: rlwinm >p03=int32#12,<y0=int32#12,4,4080
-# asm 2: rlwinm >p03=14,<y0=14,4,4080
-rlwinm 14,14,4,4080
+# asm 1: rlwinm >p03=int32#2,<y0=int32#2,4,4080
+# asm 2: rlwinm >p03=4,<y0=4,4,4080
+rlwinm 4,4,4,4080
# qhasm: p00 = *(uint32 *) (table2 + p00)
-# asm 1: lwzx >p00=int32#14,<table2=int32#8,<p00=int32#14
-# asm 2: lwzx >p00=16,<table2=10,<p00=16
-lwzx 16,10,16
+# asm 1: lwzx >p00=int32#16,<table2=int32#9,<p00=int32#16
+# asm 2: lwzx >p00=18,<table2=11,<p00=18
+lwzx 18,11,18
# qhasm: p10 = 4080 & (y1 <<< 12)
-# asm 1: rlwinm >p10=int32#20,<y1=int32#2,12,4080
-# asm 2: rlwinm >p10=22,<y1=4,12,4080
-rlwinm 22,4,12,4080
+# asm 1: rlwinm >p10=int32#22,<y1=int32#14,12,4080
+# asm 2: rlwinm >p10=24,<y1=16,12,4080
+rlwinm 24,16,12,4080
# qhasm: p01 = *(uint32 *) (table3 + p01)
-# asm 1: lwzx >p01=int32#16,<table3=int32#1,<p01=int32#16
-# asm 2: lwzx >p01=18,<table3=3,<p01=18
-lwzx 18,3,18
+# asm 1: lwzx >p01=int32#18,<table3=int32#1,<p01=int32#18
+# asm 2: lwzx >p01=20,<table3=3,<p01=20
+lwzx 20,3,20
# qhasm: p11 = 4080 & (y1 <<< 20)
-# asm 1: rlwinm >p11=int32#21,<y1=int32#2,20,4080
-# asm 2: rlwinm >p11=23,<y1=4,20,4080
-rlwinm 23,4,20,4080
+# asm 1: rlwinm >p11=int32#23,<y1=int32#14,20,4080
+# asm 2: rlwinm >p11=25,<y1=16,20,4080
+rlwinm 25,16,20,4080
# qhasm: p02 = *(uint32 *) (table0 + p02)
-# asm 1: lwzx >p02=int32#18,<table0=int32#6,<p02=int32#18
-# asm 2: lwzx >p02=20,<table0=8,<p02=20
-lwzx 20,8,20
+# asm 1: lwzx >p02=int32#20,<table0=int32#6,<p02=int32#20
+# asm 2: lwzx >p02=22,<table0=8,<p02=22
+lwzx 22,8,22
# qhasm: p12 = 4080 & (y1 <<< 28)
-# asm 1: rlwinm >p12=int32#22,<y1=int32#2,28,4080
-# asm 2: rlwinm >p12=24,<y1=4,28,4080
-rlwinm 24,4,28,4080
-
-# qhasm: p03 = *(uint32 *) (table1 + p03)
-# asm 1: lwzx >p03=int32#12,<table1=int32#7,<p03=int32#12
-# asm 2: lwzx >p03=14,<table1=9,<p03=14
-lwzx 14,9,14
+# asm 1: rlwinm >p12=int32#24,<y1=int32#14,28,4080
+# asm 2: rlwinm >p12=26,<y1=16,28,4080
+rlwinm 26,16,28,4080
+
+# qhasm: p03 = *(uint8 *) (table1p3 + p03)
+# asm 1: lbzx >p03=int32#2,<table1p3=int32#8,<p03=int32#2
+# asm 2: lbzx >p03=4,<table1p3=10,<p03=4
+lbzx 4,10,4
# qhasm: p13 = 4080 & (y1 <<< 4)
-# asm 1: rlwinm >p13=int32#2,<y1=int32#2,4,4080
-# asm 2: rlwinm >p13=4,<y1=4,4,4080
-rlwinm 4,4,4,4080
-
-# qhasm: p00 = p00 & (65536 * 0xff00)
-# asm 1: andis. >p00=int32#14,<p00=int32#14,0xff00
-# asm 2: andis. >p00=16,<p00=16,0xff00
-andis. 16,16,0xff00
-
-# qhasm: p01 = p01 & (65536 * 0xff)
-# asm 1: andis. >p01=int32#16,<p01=int32#16,0xff
-# asm 2: andis. >p01=18,<p01=18,0xff
-andis. 18,18,0xff
-
-# qhasm: p02 = p02 & 0xff00
-# asm 1: andi. >p02=int32#18,<p02=int32#18,0xff00
-# asm 2: andi. >p02=20,<p02=20,0xff00
-andi. 20,20,0xff00
-
-# qhasm: p03 = p03 & 0xff
-# asm 1: andi. >p03=int32#12,<p03=int32#12,0xff
-# asm 2: andi. >p03=14,<p03=14,0xff
-andi. 14,14,0xff
-
-# qhasm: z0 ^= p00
-# asm 1: xor >z0=int32#13,<p00=int32#14,<z0=int32#13
-# asm 2: xor >z0=15,<p00=16,<z0=15
-xor 15,16,15
+# asm 1: rlwinm >p13=int32#14,<y1=int32#14,4,4080
+# asm 2: rlwinm >p13=16,<y1=16,4,4080
+rlwinm 16,16,4,4080
-# qhasm: z3 ^= p01
-# asm 1: xor >z3=int32#14,<p01=int32#16,<z3=int32#19
-# asm 2: xor >z3=16,<p01=18,<z3=21
-xor 16,18,21
-
-# qhasm: z2 ^= p02
-# asm 1: xor >z2=int32#16,<p02=int32#18,<z2=int32#17
-# asm 2: xor >z2=18,<p02=20,<z2=19
-xor 18,20,19
+# qhasm: *(swapendian uint32 *) n0p = n0
+# asm 1: stwbrx <n0=int32#11,0,<n0p=int32#10
+# asm 2: stwbrx <n0=13,0,<n0p=12
+stwbrx 13,0,12
-# qhasm: z1 ^= p03
-# asm 1: xor >z1=int32#12,<p03=int32#12,<z1=int32#15
-# asm 2: xor >z1=14,<p03=14,<z1=17
-xor 14,14,17
+# qhasm: p20 = 4080 & (y2 <<< 12)
+# asm 1: rlwinm >p20=int32#11,<y2=int32#13,12,4080
+# asm 2: rlwinm >p20=13,<y2=15,12,4080
+rlwinm 13,15,12,4080
# qhasm: p10 = *(uint32 *) (table2 + p10)
-# asm 1: lwzx >p10=int32#15,<table2=int32#8,<p10=int32#20
-# asm 2: lwzx >p10=17,<table2=10,<p10=22
-lwzx 17,10,22
+# asm 1: lwzx >p10=int32#22,<table2=int32#9,<p10=int32#22
+# asm 2: lwzx >p10=24,<table2=11,<p10=24
+lwzx 24,11,24
-# qhasm: p20 = 4080 & (y2 <<< 12)
-# asm 1: rlwinm >p20=int32#17,<y2=int32#10,12,4080
-# asm 2: rlwinm >p20=19,<y2=12,12,4080
-rlwinm 19,12,12,4080
+# qhasm: p21 = 4080 & (y2 <<< 20)
+# asm 1: rlwinm >p21=int32#25,<y2=int32#13,20,4080
+# asm 2: rlwinm >p21=27,<y2=15,20,4080
+rlwinm 27,15,20,4080
# qhasm: p11 = *(uint32 *) (table3 + p11)
-# asm 1: lwzx >p11=int32#18,<table3=int32#1,<p11=int32#21
-# asm 2: lwzx >p11=20,<table3=3,<p11=23
-lwzx 20,3,23
+# asm 1: lwzx >p11=int32#23,<table3=int32#1,<p11=int32#23
+# asm 2: lwzx >p11=25,<table3=3,<p11=25
+lwzx 25,3,25
-# qhasm: p21 = 4080 & (y2 <<< 20)
-# asm 1: rlwinm >p21=int32#19,<y2=int32#10,20,4080
-# asm 2: rlwinm >p21=21,<y2=12,20,4080
-rlwinm 21,12,20,4080
+# qhasm: p22 = 4080 & (y2 <<< 28)
+# asm 1: rlwinm >p22=int32#26,<y2=int32#13,28,4080
+# asm 2: rlwinm >p22=28,<y2=15,28,4080
+rlwinm 28,15,28,4080
# qhasm: p12 = *(uint32 *) (table0 + p12)
-# asm 1: lwzx >p12=int32#20,<table0=int32#6,<p12=int32#22
-# asm 2: lwzx >p12=22,<table0=8,<p12=24
-lwzx 22,8,24
-
-# qhasm: p22 = 4080 & (y2 <<< 28)
-# asm 1: rlwinm >p22=int32#21,<y2=int32#10,28,4080
-# asm 2: rlwinm >p22=23,<y2=12,28,4080
-rlwinm 23,12,28,4080
-
-# qhasm: p13 = *(uint32 *) (table1 + p13)
-# asm 1: lwzx >p13=int32#2,<table1=int32#7,<p13=int32#2
-# asm 2: lwzx >p13=4,<table1=9,<p13=4
-lwzx 4,9,4
+# asm 1: lwzx >p12=int32#24,<table0=int32#6,<p12=int32#24
+# asm 2: lwzx >p12=26,<table0=8,<p12=26
+lwzx 26,8,26
# qhasm: p23 = 4080 & (y2 <<< 4)
-# asm 1: rlwinm >p23=int32#10,<y2=int32#10,4,4080
-# asm 2: rlwinm >p23=12,<y2=12,4,4080
-rlwinm 12,12,4,4080
-
-# qhasm: p10 = p10 & (65536 * 0xff00)
-# asm 1: andis. >p10=int32#15,<p10=int32#15,0xff00
-# asm 2: andis. >p10=17,<p10=17,0xff00
-andis. 17,17,0xff00
-
-# qhasm: p11 = p11 & (65536 * 0xff)
-# asm 1: andis. >p11=int32#18,<p11=int32#18,0xff
-# asm 2: andis. >p11=20,<p11=20,0xff
-andis. 20,20,0xff
-
-# qhasm: p12 = p12 & 0xff00
-# asm 1: andi. >p12=int32#20,<p12=int32#20,0xff00
-# asm 2: andi. >p12=22,<p12=22,0xff00
-andi. 22,22,0xff00
-
-# qhasm: p13 = p13 & 0xff
-# asm 1: andi. >p13=int32#2,<p13=int32#2,0xff
-# asm 2: andi. >p13=4,<p13=4,0xff
-andi. 4,4,0xff
-
-# qhasm: z1 ^= p10
-# asm 1: xor >z1=int32#12,<p10=int32#15,<z1=int32#12
-# asm 2: xor >z1=14,<p10=17,<z1=14
-xor 14,17,14
-
-# qhasm: z0 ^= p11
-# asm 1: xor >z0=int32#13,<p11=int32#18,<z0=int32#13
-# asm 2: xor >z0=15,<p11=20,<z0=15
-xor 15,20,15
+# asm 1: rlwinm >p23=int32#13,<y2=int32#13,4,4080
+# asm 2: rlwinm >p23=15,<y2=15,4,4080
+rlwinm 15,15,4,4080
+
+# qhasm: p13 = *(uint8 *) (table1p3 + p13)
+# asm 1: lbzx >p13=int32#14,<table1p3=int32#8,<p13=int32#14
+# asm 2: lbzx >p13=16,<table1p3=10,<p13=16
+lbzx 16,10,16
+
+# qhasm: p03 bits 0xff000000 = p10 <<< 0
+# asm 1: rlwimi <p03=int32#2,<p10=int32#22,0,0xff000000
+# asm 2: rlwimi <p03=4,<p10=24,0,0xff000000
+rlwimi 4,24,0,0xff000000
-# qhasm: z3 ^= p12
-# asm 1: xor >z3=int32#14,<p12=int32#20,<z3=int32#14
-# asm 2: xor >z3=16,<p12=22,<z3=16
-xor 16,22,16
+# qhasm: p30 = 4080 & (y3 <<< 12)
+# asm 1: rlwinm >p30=int32#22,<y3=int32#12,12,4080
+# asm 2: rlwinm >p30=24,<y3=14,12,4080
+rlwinm 24,14,12,4080
-# qhasm: z2 ^= p13
-# asm 1: xor >z2=int32#2,<p13=int32#2,<z2=int32#16
-# asm 2: xor >z2=4,<p13=4,<z2=18
-xor 4,4,18
+# qhasm: p00 bits 0x00ff0000 = p11 <<< 0
+# asm 1: rlwimi <p00=int32#16,<p11=int32#23,0,0x00ff0000
+# asm 2: rlwimi <p00=18,<p11=25,0,0x00ff0000
+rlwimi 18,25,0,0x00ff0000
# qhasm: p20 = *(uint32 *) (table2 + p20)
-# asm 1: lwzx >p20=int32#15,<table2=int32#8,<p20=int32#17
-# asm 2: lwzx >p20=17,<table2=10,<p20=19
-lwzx 17,10,19
-
-# qhasm: p30 = 4080 & (y3 <<< 12)
-# asm 1: rlwinm >p30=int32#16,<y3=int32#11,12,4080
-# asm 2: rlwinm >p30=18,<y3=13,12,4080
-rlwinm 18,13,12,4080
+# asm 1: lwzx >p20=int32#11,<table2=int32#9,<p20=int32#11
+# asm 2: lwzx >p20=13,<table2=11,<p20=13
+lwzx 13,11,13
+
+# qhasm: p01 bits 0x0000ff00 = p12 <<< 0
+# asm 1: rlwimi <p01=int32#18,<p12=int32#24,0,0x0000ff00
+# asm 2: rlwimi <p01=20,<p12=26,0,0x0000ff00
+rlwimi 20,26,0,0x0000ff00
# qhasm: p21 = *(uint32 *) (table3 + p21)
-# asm 1: lwzx >p21=int32#17,<table3=int32#1,<p21=int32#19
-# asm 2: lwzx >p21=19,<table3=3,<p21=21
-lwzx 19,3,21
-
-# qhasm: p31 = 4080 & (y3 <<< 20)
-# asm 1: rlwinm >p31=int32#18,<y3=int32#11,20,4080
-# asm 2: rlwinm >p31=20,<y3=13,20,4080
-rlwinm 20,13,20,4080
+# asm 1: lwzx >p21=int32#23,<table3=int32#1,<p21=int32#25
+# asm 2: lwzx >p21=25,<table3=3,<p21=27
+lwzx 25,3,27
+
+# qhasm: p02 bits 0x000000ff = p13 <<< 0
+# asm 1: rlwimi <p02=int32#20,<p13=int32#14,0,0x000000ff
+# asm 2: rlwimi <p02=22,<p13=16,0,0x000000ff
+rlwimi 22,16,0,0x000000ff
# qhasm: p22 = *(uint32 *) (table0 + p22)
-# asm 1: lwzx >p22=int32#19,<table0=int32#6,<p22=int32#21
-# asm 2: lwzx >p22=21,<table0=8,<p22=23
-lwzx 21,8,23
+# asm 1: lwzx >p22=int32#14,<table0=int32#6,<p22=int32#26
+# asm 2: lwzx >p22=16,<table0=8,<p22=28
+lwzx 16,8,28
-# qhasm: p32 = 4080 & (y3 <<< 28)
-# asm 1: rlwinm >p32=int32#20,<y3=int32#11,28,4080
-# asm 2: rlwinm >p32=22,<y3=13,28,4080
-rlwinm 22,13,28,4080
-
-# qhasm: p23 = *(uint32 *) (table1 + p23)
-# asm 1: lwzx >p23=int32#10,<table1=int32#7,<p23=int32#10
-# asm 2: lwzx >p23=12,<table1=9,<p23=12
-lwzx 12,9,12
-
-# qhasm: p33 = 4080 & (y3 <<< 4)
-# asm 1: rlwinm >p33=int32#11,<y3=int32#11,4,4080
-# asm 2: rlwinm >p33=13,<y3=13,4,4080
-rlwinm 13,13,4,4080
+# qhasm: p31 = 4080 & (y3 <<< 20)
+# asm 1: rlwinm >p31=int32#24,<y3=int32#12,20,4080
+# asm 2: rlwinm >p31=26,<y3=14,20,4080
+rlwinm 26,14,20,4080
+
+# qhasm: p23 = *(uint8 *) (table1p3 + p23)
+# asm 1: lbzx >p23=int32#13,<table1p3=int32#8,<p23=int32#13
+# asm 2: lbzx >p23=15,<table1p3=10,<p23=15
+lbzx 15,10,15
-# qhasm: p20 = p20 & (65536 * 0xff00)
-# asm 1: andis. >p20=int32#15,<p20=int32#15,0xff00
-# asm 2: andis. >p20=17,<p20=17,0xff00
-andis. 17,17,0xff00
-
-# qhasm: p21 = p21 & (65536 * 0xff)
-# asm 1: andis. >p21=int32#17,<p21=int32#17,0xff
-# asm 2: andis. >p21=19,<p21=19,0xff
-andis. 19,19,0xff
-
-# qhasm: p22 = p22 & 0xff00
-# asm 1: andi. >p22=int32#19,<p22=int32#19,0xff00
-# asm 2: andi. >p22=21,<p22=21,0xff00
-andi. 21,21,0xff00
-
-# qhasm: p23 = p23 & 0xff
-# asm 1: andi. >p23=int32#10,<p23=int32#10,0xff
-# asm 2: andi. >p23=12,<p23=12,0xff
-andi. 12,12,0xff
+# qhasm: p32 = 4080 & (y3 <<< 28)
+# asm 1: rlwinm >p32=int32#25,<y3=int32#12,28,4080
+# asm 2: rlwinm >p32=27,<y3=14,28,4080
+rlwinm 27,14,28,4080
# qhasm: p30 = *(uint32 *) (table2 + p30)
-# asm 1: lwzx >p30=int32#16,<table2=int32#8,<p30=int32#16
-# asm 2: lwzx >p30=18,<table2=10,<p30=18
-lwzx 18,10,18
+# asm 1: lwzx >p30=int32#22,<table2=int32#9,<p30=int32#22
+# asm 2: lwzx >p30=24,<table2=11,<p30=24
+lwzx 24,11,24
-# qhasm: z2 ^= p20
-# asm 1: xor >z2=int32#2,<p20=int32#15,<z2=int32#2
-# asm 2: xor >z2=4,<p20=17,<z2=4
-xor 4,17,4
+# qhasm: p33 = 4080 & (y3 <<< 4)
+# asm 1: rlwinm >p33=int32#12,<y3=int32#12,4,4080
+# asm 2: rlwinm >p33=14,<y3=14,4,4080
+rlwinm 14,14,4,4080
# qhasm: p31 = *(uint32 *) (table3 + p31)
-# asm 1: lwzx >p31=int32#15,<table3=int32#1,<p31=int32#18
-# asm 2: lwzx >p31=17,<table3=3,<p31=20
-lwzx 17,3,20
-
-# qhasm: z1 ^= p21
-# asm 1: xor >z1=int32#17,<p21=int32#17,<z1=int32#12
-# asm 2: xor >z1=19,<p21=19,<z1=14
-xor 19,19,14
+# asm 1: lwzx >p31=int32#24,<table3=int32#1,<p31=int32#24
+# asm 2: lwzx >p31=26,<table3=3,<p31=26
+lwzx 26,3,26
+
+# qhasm: p02 bits 0xff000000 = p20 <<< 0
+# asm 1: rlwimi <p02=int32#20,<p20=int32#11,0,0xff000000
+# asm 2: rlwimi <p02=22,<p20=13,0,0xff000000
+rlwimi 22,13,0,0xff000000
# qhasm: p32 = *(uint32 *) (table0 + p32)
-# asm 1: lwzx >p32=int32#12,<table0=int32#6,<p32=int32#20
-# asm 2: lwzx >p32=14,<table0=8,<p32=22
-lwzx 14,8,22
-
-# qhasm: z0 ^= p22
-# asm 1: xor >z0=int32#13,<p22=int32#19,<z0=int32#13
-# asm 2: xor >z0=15,<p22=21,<z0=15
-xor 15,21,15
-
-# qhasm: p33 = *(uint32 *) (table1 + p33)
-# asm 1: lwzx >p33=int32#18,<table1=int32#7,<p33=int32#11
-# asm 2: lwzx >p33=20,<table1=9,<p33=13
-lwzx 20,9,13
-
-# qhasm: z3 ^= p23
-# asm 1: xor >z3=int32#14,<p23=int32#10,<z3=int32#14
-# asm 2: xor >z3=16,<p23=12,<z3=16
-xor 16,12,16
+# asm 1: lwzx >p32=int32#11,<table0=int32#6,<p32=int32#25
+# asm 2: lwzx >p32=13,<table0=8,<p32=27
+lwzx 13,8,27
+
+# qhasm: p03 bits 0x00ff0000 = p21 <<< 0
+# asm 1: rlwimi <p03=int32#2,<p21=int32#23,0,0x00ff0000
+# asm 2: rlwimi <p03=4,<p21=25,0,0x00ff0000
+rlwimi 4,25,0,0x00ff0000
+
+# qhasm: p33 = *(uint8 *) (table1p3 + p33)
+# asm 1: lbzx >p33=int32#12,<table1p3=int32#8,<p33=int32#12
+# asm 2: lbzx >p33=14,<table1p3=10,<p33=14
+lbzx 14,10,14
+
+# qhasm: p00 bits 0x0000ff00 = p22 <<< 0
+# asm 1: rlwimi <p00=int32#16,<p22=int32#14,0,0x0000ff00
+# asm 2: rlwimi <p00=18,<p22=16,0,0x0000ff00
+rlwimi 18,16,0,0x0000ff00
# qhasm: y0 = *(uint32 *) (n0p + 0)
-# asm 1: lwz >y0=int32#19,0(<n0p=int32#9)
-# asm 2: lwz >y0=21,0(<n0p=11)
-lwz 21,0(11)
-
-# qhasm: p30 = p30 & (65536 * 0xff00)
-# asm 1: andis. >p30=int32#16,<p30=int32#16,0xff00
-# asm 2: andis. >p30=18,<p30=18,0xff00
-andis. 18,18,0xff00
-
-# qhasm: y1 = *(uint32 *) (n0p + 4)
-# asm 1: lwz >y1=int32#10,4(<n0p=int32#9)
-# asm 2: lwz >y1=12,4(<n0p=11)
-lwz 12,4(11)
-
-# qhasm: p31 = p31 & (65536 * 0xff)
-# asm 1: andis. >p31=int32#15,<p31=int32#15,0xff
-# asm 2: andis. >p31=17,<p31=17,0xff
-andis. 17,17,0xff
-
-# qhasm: y2 = *(uint32 *) (n0p + 8)
-# asm 1: lwz >y2=int32#11,8(<n0p=int32#9)
-# asm 2: lwz >y2=13,8(<n0p=11)
-lwz 13,8(11)
-
-# qhasm: p32 = p32 & 0xff00
-# asm 1: andi. >p32=int32#20,<p32=int32#12,0xff00
-# asm 2: andi. >p32=22,<p32=14,0xff00
-andi. 22,14,0xff00
-
-# qhasm: y3 = *(uint32 *) (n0p + 12)
-# asm 1: lwz >y3=int32#12,12(<n0p=int32#9)
-# asm 2: lwz >y3=14,12(<n0p=11)
-lwz 14,12(11)
-
-# qhasm: p33 = p33 & 0xff
-# asm 1: andi. >p33=int32#18,<p33=int32#18,0xff
-# asm 2: andi. >p33=20,<p33=20,0xff
-andi. 20,20,0xff
+# asm 1: lwz >y0=int32#14,0(<n0p=int32#10)
+# asm 2: lwz >y0=16,0(<n0p=12)
+lwz 16,0(12)
+
+# qhasm: p01 bits 0x000000ff = p23 <<< 0
+# asm 1: rlwimi <p01=int32#18,<p23=int32#13,0,0x000000ff
+# asm 2: rlwimi <p01=20,<p23=15,0,0x000000ff
+rlwimi 20,15,0,0x000000ff
+
+# qhasm: p01 bits 0xff000000 = p30 <<< 0
+# asm 1: rlwimi <p01=int32#18,<p30=int32#22,0,0xff000000
+# asm 2: rlwimi <p01=20,<p30=24,0,0xff000000
+rlwimi 20,24,0,0xff000000
# qhasm: tx0 = x0
-# asm 1: lwz >tx0=int32#21,<x0=stack32#19
-# asm 2: lwz >tx0=23,<x0=72(1)
-lwz 23,72(1)
-
-# qhasm: z3 ^= p30
-# asm 1: xor >z3=int32#14,<p30=int32#16,<z3=int32#14
-# asm 2: xor >z3=16,<p30=18,<z3=16
-xor 16,18,16
+# asm 1: lwz >tx0=int32#13,<x0=stack32#19
+# asm 2: lwz >tx0=15,<x0=72(1)
+lwz 15,72(1)
# qhasm: in0 = *(uint32 *) (inp + 0)
-# asm 1: lwz >in0=int32#16,0(<inp=int32#3)
-# asm 2: lwz >in0=18,0(<inp=5)
-lwz 18,0(5)
+# asm 1: lwz >in0=int32#22,0(<inp=int32#3)
+# asm 2: lwz >in0=24,0(<inp=5)
+lwz 24,0(5)
-# qhasm: z2 ^= p31
-# asm 1: xor >z2=int32#15,<p31=int32#15,<z2=int32#2
-# asm 2: xor >z2=17,<p31=17,<z2=4
-xor 17,17,4
+# qhasm: z3 ^= p01
+# asm 1: xor >z3=int32#18,<p01=int32#18,<z3=int32#21
+# asm 2: xor >z3=20,<p01=20,<z3=23
+xor 20,20,23
+
+# qhasm: p02 bits 0x00ff0000 = p31 <<< 0
+# asm 1: rlwimi <p02=int32#20,<p31=int32#24,0,0x00ff0000
+# asm 2: rlwimi <p02=22,<p31=26,0,0x00ff0000
+rlwimi 22,26,0,0x00ff0000
+
+# qhasm: p03 bits 0x0000ff00 = p32 <<< 0
+# asm 1: rlwimi <p03=int32#2,<p32=int32#11,0,0x0000ff00
+# asm 2: rlwimi <p03=4,<p32=13,0,0x0000ff00
+rlwimi 4,13,0,0x0000ff00
# qhasm: in1 = *(uint32 *) (inp + 4)
-# asm 1: lwz >in1=int32#22,4(<inp=int32#3)
-# asm 2: lwz >in1=24,4(<inp=5)
-lwz 24,4(5)
+# asm 1: lwz >in1=int32#11,4(<inp=int32#3)
+# asm 2: lwz >in1=13,4(<inp=5)
+lwz 13,4(5)
-# qhasm: z1 ^= p32
-# asm 1: xor >z1=int32#17,<p32=int32#20,<z1=int32#17
-# asm 2: xor >z1=19,<p32=22,<z1=19
-xor 19,22,19
+# qhasm: z2 ^= p02
+# asm 1: xor >z2=int32#19,<p02=int32#20,<z2=int32#19
+# asm 2: xor >z2=21,<p02=22,<z2=21
+xor 21,22,21
# qhasm: in2 = *(uint32 *) (inp + 8)
# asm 1: lwz >in2=int32#20,8(<inp=int32#3)
# asm 2: lwz >in2=22,8(<inp=5)
lwz 22,8(5)
-# qhasm: z0 ^= p33
-# asm 1: xor >z0=int32#13,<p33=int32#18,<z0=int32#13
-# asm 2: xor >z0=15,<p33=20,<z0=15
-xor 15,20,15
+# qhasm: p00 bits 0x000000ff = p33 <<< 0
+# asm 1: rlwimi <p00=int32#16,<p33=int32#12,0,0x000000ff
+# asm 2: rlwimi <p00=18,<p33=14,0,0x000000ff
+rlwimi 18,14,0,0x000000ff
-# qhasm: in3 = *(uint32 *) (inp + 12)
-# asm 1: lwz >in3=int32#18,12(<inp=int32#3)
-# asm 2: lwz >in3=20,12(<inp=5)
-lwz 20,12(5)
+# qhasm: z1 ^= p03
+# asm 1: xor >z1=int32#2,<p03=int32#2,<z1=int32#17
+# asm 2: xor >z1=4,<p03=4,<z1=19
+xor 4,4,19
-# qhasm: y0 ^= tx0
-# asm 1: xor >y0=int32#2,<tx0=int32#21,<y0=int32#19
-# asm 2: xor >y0=4,<tx0=23,<y0=21
-xor 4,23,21
+# qhasm: z0 ^= p00
+# asm 1: xor >z0=int32#12,<p00=int32#16,<z0=int32#15
+# asm 2: xor >z0=14,<p00=18,<z0=17
+xor 14,18,17
+
+# qhasm: in3 = *(uint32 *) (inp + 12)
+# asm 1: lwz >in3=int32#15,12(<inp=int32#3)
+# asm 2: lwz >in3=17,12(<inp=5)
+lwz 17,12(5)
# qhasm: <? length -= 16
# asm 1: addic. >length=int32#5,<length=int32#5,-16
# asm 2: addic. >length=7,<length=7,-16
addic. 7,7,-16
-# qhasm: goto atmost15bytesleft if <
-blt .label.atmost15bytesleft
-
-# qhasm: z0 ^= in0
-# asm 1: xor >z0=int32#13,<in0=int32#16,<z0=int32#13
-# asm 2: xor >z0=15,<in0=18,<z0=15
-xor 15,18,15
-
-# qhasm: inp += 16
-# asm 1: addi >inp=int32#3,<inp=int32#3,16
-# asm 2: addi >inp=5,<inp=5,16
-addi 5,5,16
-
-# qhasm: *(uint32 *) (outp + 0) = z0
-# asm 1: stw <z0=int32#13,0(<outp=int32#4)
-# asm 2: stw <z0=15,0(<outp=6)
-stw 15,0(6)
-
-# qhasm: z1 ^= in1
-# asm 1: xor >z1=int32#13,<in1=int32#22,<z1=int32#17
-# asm 2: xor >z1=15,<in1=24,<z1=19
-xor 15,24,19
-
-# qhasm: *(uint32 *) (outp + 4) = z1
-# asm 1: stw <z1=int32#13,4(<outp=int32#4)
-# asm 2: stw <z1=15,4(<outp=6)
-stw 15,4(6)
-
-# qhasm: z2 ^= in2
-# asm 1: xor >z2=int32#13,<in2=int32#20,<z2=int32#15
-# asm 2: xor >z2=15,<in2=22,<z2=17
-xor 15,22,17
-
-# qhasm: *(uint32 *) (outp + 8) = z2
-# asm 1: stw <z2=int32#13,8(<outp=int32#4)
-# asm 2: stw <z2=15,8(<outp=6)
-stw 15,8(6)
-
-# qhasm: z3 ^= in3
-# asm 1: xor >z3=int32#13,<in3=int32#18,<z3=int32#14
-# asm 2: xor >z3=15,<in3=20,<z3=16
-xor 15,20,16
-
-# qhasm: *(uint32 *) (outp + 12) = z3
-# asm 1: stw <z3=int32#13,12(<outp=int32#4)
-# asm 2: stw <z3=15,12(<outp=6)
-stw 15,12(6)
-
-# qhasm: outp += 16
-# asm 1: addi >outp=int32#4,<outp=int32#4,16
-# asm 2: addi >outp=6,<outp=6,16
-addi 6,6,16
-
-# qhasm: goto mainloop
-b .label.mainloop
+# qhasm: goto mainloop if !<
+bge .label.mainloop
# qhasm: atmost15bytesleft:
.label.atmost15bytesleft:
@@ -3796,29 +3804,29 @@
addi 3,7,16
# qhasm: tmpp = &tmp
-# asm 1: lea >tmpp=int32#2,>tmp=stack128#1
-# asm 2: lea >tmpp=4,>tmp=256(1)
-addi 4,1,256
+# asm 1: lea >tmpp=int32#5,>tmp=stack128#1
+# asm 2: lea >tmpp=7,>tmp=272(1)
+addi 7,1,272
# qhasm: *(uint32 *) (tmpp + 0) = z0
-# asm 1: stw <z0=int32#13,0(<tmpp=int32#2)
-# asm 2: stw <z0=15,0(<tmpp=4)
-stw 15,0(4)
+# asm 1: stw <z0=int32#12,0(<tmpp=int32#5)
+# asm 2: stw <z0=14,0(<tmpp=7)
+stw 14,0(7)
# qhasm: *(uint32 *) (tmpp + 4) = z1
-# asm 1: stw <z1=int32#17,4(<tmpp=int32#2)
-# asm 2: stw <z1=19,4(<tmpp=4)
-stw 19,4(4)
+# asm 1: stw <z1=int32#2,4(<tmpp=int32#5)
+# asm 2: stw <z1=4,4(<tmpp=7)
+stw 4,4(7)
# qhasm: *(uint32 *) (tmpp + 8) = z2
-# asm 1: stw <z2=int32#15,8(<tmpp=int32#2)
-# asm 2: stw <z2=17,8(<tmpp=4)
-stw 17,8(4)
+# asm 1: stw <z2=int32#19,8(<tmpp=int32#5)
+# asm 2: stw <z2=21,8(<tmpp=7)
+stw 21,8(7)
# qhasm: *(uint32 *) (tmpp + 12) = z3
-# asm 1: stw <z3=int32#14,12(<tmpp=int32#2)
-# asm 2: stw <z3=16,12(<tmpp=4)
-stw 16,12(4)
+# asm 1: stw <z3=int32#18,12(<tmpp=int32#5)
+# asm 2: stw <z3=20,12(<tmpp=7)
+stw 20,12(7)
# qhasm: copyloop:
.label.copyloop:
@@ -3832,9 +3840,9 @@
blt .label.end
# qhasm: tmp1 = *(uint8 *) (tmpp + 0)
-# asm 1: lbz >tmp1=int32#5,0(<tmpp=int32#2)
-# asm 2: lbz >tmp1=7,0(<tmpp=4)
-lbz 7,0(4)
+# asm 1: lbz >tmp1=int32#2,0(<tmpp=int32#5)
+# asm 2: lbz >tmp1=4,0(<tmpp=7)
+lbz 4,0(7)
# qhasm: in0 = *(uint8 *) (inp + 0)
# asm 1: lbz >in0=int32#6,0(<inp=int32#3)
@@ -3842,14 +3850,14 @@
lbz 8,0(5)
# qhasm: tmp1 ^= in0
-# asm 1: xor >tmp1=int32#5,<in0=int32#6,<tmp1=int32#5
-# asm 2: xor >tmp1=7,<in0=8,<tmp1=7
-xor 7,8,7
+# asm 1: xor >tmp1=int32#2,<in0=int32#6,<tmp1=int32#2
+# asm 2: xor >tmp1=4,<in0=8,<tmp1=4
+xor 4,8,4
# qhasm: *(uint8 *) (outp + 0) = tmp1
-# asm 1: stb <tmp1=int32#5,0(<outp=int32#4)
-# asm 2: stb <tmp1=7,0(<outp=6)
-stb 7,0(6)
+# asm 1: stb <tmp1=int32#2,0(<outp=int32#4)
+# asm 2: stb <tmp1=4,0(<outp=6)
+stb 4,0(6)
# qhasm: outp = outp + 1
# asm 1: addi >outp=int32#4,<outp=int32#4,1
@@ -3862,9 +3870,9 @@
addi 5,5,1
# qhasm: tmpp = tmpp + 1
-# asm 1: addi >tmpp=int32#2,<tmpp=int32#2,1
-# asm 2: addi >tmpp=4,<tmpp=4,1
-addi 4,4,1
+# asm 1: addi >tmpp=int32#5,<tmpp=int32#5,1
+# asm 2: addi >tmpp=7,<tmpp=7,1
+addi 7,7,1
# qhasm: length = length - 1
# asm 1: addi >length=int32#1,<length=int32#1,-1
@@ -3878,9 +3886,9 @@
.label.end:
# qhasm: n0 = *(swapendian uint32 *) n0p
-# asm 1: lwbrx >n0=int32#1,0,<n0p=int32#9
-# asm 2: lwbrx >n0=3,0,<n0p=11
-lwbrx 3,0,11
+# asm 1: lwbrx >n0=int32#1,0,<n0p=int32#10
+# asm 2: lwbrx >n0=3,0,<n0p=12
+lwbrx 3,0,12
# qhasm: n0 = n0 - 1
# asm 1: addi >n0=int32#1,<n0=int32#1,-1
@@ -3888,9 +3896,9 @@
addi 3,3,-1
# qhasm: *(swapendian uint32 *) n0p = n0
-# asm 1: stwbrx <n0=int32#1,0,<n0p=int32#9
-# asm 2: stwbrx <n0=3,0,<n0p=11
-stwbrx 3,0,11
+# asm 1: stwbrx <n0=int32#1,0,<n0p=int32#10
+# asm 2: stwbrx <n0=3,0,<n0p=12
+stwbrx 3,0,12
# qhasm: i12 = i12_stack
# asm 1: lwz >i12=int32#12,<i12_stack=stack32#1
@@ -3998,19 +4006,19 @@
lwz 5,84(1)
# qhasm: y1 = *(uint32 *) (n0p + 4)
-# asm 1: lwz >y1=int32#4,4(<n0p=int32#9)
-# asm 2: lwz >y1=6,4(<n0p=11)
-lwz 6,4(11)
+# asm 1: lwz >y1=int32#4,4(<n0p=int32#10)
+# asm 2: lwz >y1=6,4(<n0p=12)
+lwz 6,4(12)
# qhasm: y2 = *(uint32 *) (n0p + 8)
-# asm 1: lwz >y2=int32#5,8(<n0p=int32#9)
-# asm 2: lwz >y2=7,8(<n0p=11)
-lwz 7,8(11)
+# asm 1: lwz >y2=int32#5,8(<n0p=int32#10)
+# asm 2: lwz >y2=7,8(<n0p=12)
+lwz 7,8(12)
# qhasm: y3 = *(uint32 *) (n0p + 12)
-# asm 1: lwz >y3=int32#6,12(<n0p=int32#9)
-# asm 2: lwz >y3=8,12(<n0p=11)
-lwz 8,12(11)
+# asm 1: lwz >y3=int32#6,12(<n0p=int32#10)
+# asm 2: lwz >y3=8,12(<n0p=12)
+lwz 8,12(12)
# qhasm: y1 ^= tx1
# asm 1: xor >y1=int32#1,<tx1=int32#1,<y1=int32#4
@@ -4028,23 +4036,23 @@
xor 5,5,8
# qhasm: *(uint32 *) (n0p + 4) = y1
-# asm 1: stw <y1=int32#1,4(<n0p=int32#9)
-# asm 2: stw <y1=3,4(<n0p=11)
-stw 3,4(11)
+# asm 1: stw <y1=int32#1,4(<n0p=int32#10)
+# asm 2: stw <y1=3,4(<n0p=12)
+stw 3,4(12)
# qhasm: *(uint32 *) (n0p + 8) = y2
-# asm 1: stw <y2=int32#2,8(<n0p=int32#9)
-# asm 2: stw <y2=4,8(<n0p=11)
-stw 4,8(11)
+# asm 1: stw <y2=int32#2,8(<n0p=int32#10)
+# asm 2: stw <y2=4,8(<n0p=12)
+stw 4,8(12)
# qhasm: *(uint32 *) (n0p + 12) = y3
-# asm 1: stw <y3=int32#3,12(<n0p=int32#9)
-# asm 2: stw <y3=5,12(<n0p=11)
-stw 5,12(11)
+# asm 1: stw <y3=int32#3,12(<n0p=int32#10)
+# asm 2: stw <y3=5,12(<n0p=12)
+stw 5,12(12)
# qhasm: donothing:
.label.donothing:
# qhasm: leave
-addi 1,1,400
+addi 1,1,416
blr
diff -ru .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/aux.c cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/aux.c
--- .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/aux.c 2008-02-15 16:15:11.000000000 -0500
+++ cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/aux.c 2008-08-25 10:17:40.000000000 -0400
@@ -336,267 +336,3 @@
c->data[16] = U8TO32_BIG(iv + 8);
c->data[17] = U8TO32_BIG(iv + 12);
}
-
-void ECRYPT_process_bytes_C(int action,ECRYPT_ctx *c,const u8 *input,u8 *output,u32 len)
-{
- u32 x[44];
- u32 n[4];
- u8 tmp[16];
- register u32 x0;
- register u32 x1;
- register u32 x2;
- register u32 x3;
- register u32 i;
- register u32 y0;
- register u32 y1;
- register u32 y2;
- register u32 y3;
- register u32 z0;
- register u32 z1;
- register u32 z2;
- register u32 z3;
- register u32 p00;
- register u32 p01;
- register u32 p02;
- register u32 p03;
- register u32 p10;
- register u32 p11;
- register u32 p12;
- register u32 p13;
- register u32 p20;
- register u32 p21;
- register u32 p22;
- register u32 p23;
- register u32 p30;
- register u32 p31;
- register u32 p32;
- register u32 p33;
-
- x0 = c->data[0];
- x1 = c->data[1];
- x2 = c->data[2];
- x3 = c->data[3];
- x[0] = x0;
- x[1] = x1;
- x[2] = x2;
- x[3] = x3;
- for (i = 0;i < 10;++i) {
- x0 = c->data[i + 4];
- x1 ^= x0;
- x2 ^= x1;
- x3 ^= x2;
- x[i * 4 + 4] = x0;
- x[i * 4 + 5] = x1;
- x[i * 4 + 6] = x2;
- x[i * 4 + 7] = x3;
- }
- n[0] = c->data[14];
- n[1] = c->data[15];
- n[2] = c->data[16];
- n[3] = c->data[17];
-
- while (len > 0) {
- y0 = n[0];
- y1 = n[1];
- y2 = n[2];
- y3 = n[3];
- n[0] = SWAP32(1 + SWAP32(y0));
- y0 ^= x[0];
- y1 ^= x[1];
- y2 ^= x[2];
- y3 ^= x[3];
-
- for (i = 1;i < 10;++i) {
- z0 = x[i * 4 + 0];
- z1 = x[i * 4 + 1];
- z2 = x[i * 4 + 2];
- z3 = x[i * 4 + 3];
-
- p00 = y0 >> 20;
- p01 = y0 >> 12;
- p02 = y0 >> 4;
- p03 = y0 << 4;
- p00 &= 4080;
- p01 &= 4080;
- p02 &= 4080;
- p03 &= 4080;
- p00 = *(u32 *) (table0 + p00);
- p01 = *(u32 *) (table1 + p01);
- p02 = *(u32 *) (table2 + p02);
- p03 = *(u32 *) (table3 + p03);
- z0 ^= p00;
- z3 ^= p01;
- z2 ^= p02;
- z1 ^= p03;
-
- p10 = y1 >> 20;
- p11 = y1 >> 12;
- p12 = y1 >> 4;
- p13 = y1 << 4;
- p10 &= 4080;
- p11 &= 4080;
- p12 &= 4080;
- p13 &= 4080;
- p10 = *(u32 *) (table0 + p10);
- p11 = *(u32 *) (table1 + p11);
- p12 = *(u32 *) (table2 + p12);
- p13 = *(u32 *) (table3 + p13);
- z1 ^= p10;
- z0 ^= p11;
- z3 ^= p12;
- z2 ^= p13;
-
- p20 = y2 >> 20;
- p21 = y2 >> 12;
- p22 = y2 >> 4;
- p23 = y2 << 4;
- p20 &= 4080;
- p21 &= 4080;
- p22 &= 4080;
- p23 &= 4080;
- p20 = *(u32 *) (table0 + p20);
- p21 = *(u32 *) (table1 + p21);
- p22 = *(u32 *) (table2 + p22);
- p23 = *(u32 *) (table3 + p23);
- z2 ^= p20;
- z1 ^= p21;
- z0 ^= p22;
- z3 ^= p23;
-
- p31 = y3 >> 12;
- p32 = y3 >> 4;
- p33 = y3 << 4;
- p30 = y3 >> 20;
- p31 &= 4080;
- p32 &= 4080;
- p33 &= 4080;
- p30 &= 4080;
- p31 = *(u32 *) (table1 + p31);
- p32 = *(u32 *) (table2 + p32);
- p33 = *(u32 *) (table3 + p33);
- p30 = *(u32 *) (table0 + p30);
- y2 = z2 ^ p31;
- y1 = z1 ^ p32;
- y0 = z0 ^ p33;
- y3 = z3 ^ p30;
- }
-
- z0 = x[i * 4 + 0];
- z1 = x[i * 4 + 1];
- z2 = x[i * 4 + 2];
- z3 = x[i * 4 + 3];
-
- p00 = y0 >> 20;
- p01 = y0 >> 12;
- p02 = y0 >> 4;
- p03 = y0 << 4;
- p00 &= 4080;
- p01 &= 4080;
- p02 &= 4080;
- p03 &= 4080;
- p00 = *(u32 *) (table2 + p00);
- p01 = *(u32 *) (table3 + p01);
- p02 = *(u32 *) (table0 + p02);
- p03 = *(u32 *) (table1 + p03);
- p00 &= 0xff000000;
- p01 &= 0x00ff0000;
- p02 &= 0x0000ff00;
- p03 &= 0x000000ff;
- z0 ^= p00;
- z3 ^= p01;
- z2 ^= p02;
- z1 ^= p03;
-
- p10 = y1 >> 20;
- p11 = y1 >> 12;
- p12 = y1 >> 4;
- p13 = y1 << 4;
- p10 &= 4080;
- p11 &= 4080;
- p12 &= 4080;
- p13 &= 4080;
- p10 = *(u32 *) (table2 + p10);
- p11 = *(u32 *) (table3 + p11);
- p12 = *(u32 *) (table0 + p12);
- p13 = *(u32 *) (table1 + p13);
- p10 &= 0xff000000;
- p11 &= 0x00ff0000;
- p12 &= 0x0000ff00;
- p13 &= 0x000000ff;
- z1 ^= p10;
- z0 ^= p11;
- z3 ^= p12;
- z2 ^= p13;
-
- p20 = y2 >> 20;
- p21 = y2 >> 12;
- p22 = y2 >> 4;
- p23 = y2 << 4;
- p20 &= 4080;
- p21 &= 4080;
- p22 &= 4080;
- p23 &= 4080;
- p20 = *(u32 *) (table2 + p20);
- p21 = *(u32 *) (table3 + p21);
- p22 = *(u32 *) (table0 + p22);
- p23 = *(u32 *) (table1 + p23);
- p20 &= 0xff000000;
- p21 &= 0x00ff0000;
- p22 &= 0x0000ff00;
- p23 &= 0x000000ff;
- z2 ^= p20;
- z1 ^= p21;
- z0 ^= p22;
- z3 ^= p23;
-
- p31 = y3 >> 12;
- p32 = y3 >> 4;
- p33 = y3 << 4;
- p30 = y3 >> 20;
- p31 &= 4080;
- p32 &= 4080;
- p33 &= 4080;
- p30 &= 4080;
- p30 = *(u32 *) (table2 + p30);
- p31 = *(u32 *) (table3 + p31);
- p32 = *(u32 *) (table0 + p32);
- p33 = *(u32 *) (table1 + p33);
- p30 &= 0xff000000;
- p31 &= 0x00ff0000;
- p32 &= 0x0000ff00;
- p33 &= 0x000000ff;
- y3 = z3 ^ p30;
- y2 = z2 ^ p31;
- y1 = z1 ^ p32;
- y0 = z0 ^ p33;
-
- if (len < 16) {
- U32TO8_BIG(tmp + 0,y0);
- U32TO8_BIG(tmp + 4,y1);
- U32TO8_BIG(tmp + 8,y2);
- U32TO8_BIG(tmp + 12,y3);
- for (i = 0;i < len;++i) output[i] = input[i] ^ tmp[i];
- break;
- }
-
- y0 ^= U8TO32_BIG(input + 0);
- y1 ^= U8TO32_BIG(input + 4);
- y2 ^= U8TO32_BIG(input + 8);
- y3 ^= U8TO32_BIG(input + 12);
-
-
- U32TO8_BIG(output + 0,y0);
- U32TO8_BIG(output + 4,y1);
- U32TO8_BIG(output + 8,y2);
- U32TO8_BIG(output + 12,y3);
-
- len -= 16;
- input += 16;
- output += 16;
- }
-
- c->data[14] = n[0];
- c->data[15] = n[1];
- c->data[16] = n[2];
- c->data[17] = n[3];
-}
diff -ru .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ecrypt-sync.h cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ecrypt-sync.h
--- .old-crypto/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ecrypt-sync.h 2008-02-11 04:32:49.000000000 -0500
+++ cr.yp.to/streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ppc32linux-1/ecrypt-sync.h 2008-08-25 11:07:56.000000000 -0400
@@ -1,7 +1,5 @@
/* ecrypt-sync.h */
-#define ECRYPT_process_bytes ECRYPT_process_bytes_qhasm
-
/*
* Header file for synchronous stream ciphers without authentication
* mechanism.
New: streamciphers/timings/estreambench/benchmarks/aes/aes-128/schwabe/ultrasparc3-1
New: streamciphers/timings/estreambench-20080826.tar.bz2