5 Disassembly of section
.text
:
8 [ 0-9a
-f
]+: 0d c6
00 00 R0
= ALIGN8 \
(R0
, R0\
);
9 [ 0-9a
-f
]+: 0d c6
08 00 R0
= ALIGN8 \
(R0
, R1\
);
10 [ 0-9a
-f
]+: 0d c6
01 00 R0
= ALIGN8 \
(R1
, R0\
);
11 [ 0-9a
-f
]+: 0d c6
09 00 R0
= ALIGN8 \
(R1
, R1\
);
12 [ 0-9a
-f
]+: 0d c6
11 00 R0
= ALIGN8 \
(R1
, R2\
);
13 [ 0-9a
-f
]+: 0d c6
2c
06 R3
= ALIGN8 \
(R4
, R5\
);
14 [ 0-9a
-f
]+: 0d c6
07 0c R6
= ALIGN8 \
(R7
, R0\
);
15 [ 0-9a
-f
]+: 0d c6
1a
02 R1
= ALIGN8 \
(R2
, R3\
);
16 [ 0-9a
-f
]+: 0d c6
35 08 R4
= ALIGN8 \
(R5
, R6\
);
17 [ 0-9a
-f
]+: 0d c6
08 0e R7
= ALIGN8 \
(R0
, R1\
);
18 [ 0-9a
-f
]+: 0d c6
23 04 R2
= ALIGN8 \
(R3
, R4\
);
19 [ 0-9a
-f
]+: 0d c6
3e
0a R5
= ALIGN8 \
(R6
, R7\
);
20 [ 0-9a
-f
]+: 0d c6
00 40 R0
= ALIGN16 \
(R0
, R0\
);
21 [ 0-9a
-f
]+: 0d c6
08 40 R0
= ALIGN16 \
(R0
, R1\
);
22 [ 0-9a
-f
]+: 0d c6
01 40 R0
= ALIGN16 \
(R1
, R0\
);
23 [ 0-9a
-f
]+: 0d c6
09 40 R0
= ALIGN16 \
(R1
, R1\
);
24 [ 0-9a
-f
]+: 0d c6
11 40 R0
= ALIGN16 \
(R1
, R2\
);
25 [ 0-9a
-f
]+: 0d c6
2c
46 R3
= ALIGN16 \
(R4
, R5\
);
26 [ 0-9a
-f
]+: 0d c6
07 4c R6
= ALIGN16 \
(R7
, R0\
);
27 [ 0-9a
-f
]+: 0d c6
1a
42 R1
= ALIGN16 \
(R2
, R3\
);
28 [ 0-9a
-f
]+: 0d c6
35 48 R4
= ALIGN16 \
(R5
, R6\
);
29 [ 0-9a
-f
]+: 0d c6
08 4e R7
= ALIGN16 \
(R0
, R1\
);
30 [ 0-9a
-f
]+: 0d c6
23 44 R2
= ALIGN16 \
(R3
, R4\
);
31 [ 0-9a
-f
]+: 0d c6
3e
4a R5
= ALIGN16 \
(R6
, R7\
);
32 [ 0-9a
-f
]+: 0d c6
00 80 R0
= ALIGN24 \
(R0
, R0\
);
33 [ 0-9a
-f
]+: 0d c6
08 80 R0
= ALIGN24 \
(R0
, R1\
);
34 [ 0-9a
-f
]+: 0d c6
01 80 R0
= ALIGN24 \
(R1
, R0\
);
35 [ 0-9a
-f
]+: 0d c6
09 80 R0
= ALIGN24 \
(R1
, R1\
);
36 [ 0-9a
-f
]+: 0d c6
11 80 R0
= ALIGN24 \
(R1
, R2\
);
37 [ 0-9a
-f
]+: 0d c6
2c
86 R3
= ALIGN24 \
(R4
, R5\
);
38 [ 0-9a
-f
]+: 0d c6
07 8c R6
= ALIGN24 \
(R7
, R0\
);
39 [ 0-9a
-f
]+: 0d c6
1a
82 R1
= ALIGN24 \
(R2
, R3\
);
40 [ 0-9a
-f
]+: 0d c6
35 88 R4
= ALIGN24 \
(R5
, R6\
);
41 [ 0-9a
-f
]+: 0d c6
08 8e R7
= ALIGN24 \
(R0
, R1\
);
42 [ 0-9a
-f
]+: 0d c6
23 84 R2
= ALIGN24 \
(R3
, R4\
);
43 [ 0-9a
-f
]+: 0d c6
3e
8a R5
= ALIGN24 \
(R6
, R7\
);
44 [ 0-9a
-f
]+: 12 c4
00 c0 DISALGNEXCPT
;
45 [ 0-9a
-f
]+: 17 c4
02 00 R0
= BYTEOP3P \
(R1
:0, R3
:2\
) \
(LO\
);
46 [ 0-9a
-f
]+: 37 c4
02 02 R1
= BYTEOP3P \
(R1
:0, R3
:2\
) \
(HI\
);
47 [ 0-9a
-f
]+: 17 c4
02 24 R2
= BYTEOP3P \
(R1
:0, R3
:2\
) \
(LO
, R\
);
48 [ 0-9a
-f
]+: 37 c4
02 26 R3
= BYTEOP3P \
(R1
:0, R3
:2\
) \
(HI
, R\
);
49 [ 0-9a
-f
]+: 17 c4
10 08 R4
= BYTEOP3P \
(R3
:2, R1
:0\
) \
(LO\
);
50 [ 0-9a
-f
]+: 37 c4
10 0a R5
= BYTEOP3P \
(R3
:2, R1
:0\
) \
(HI\
);
51 [ 0-9a
-f
]+: 17 c4
10 2c R6
= BYTEOP3P \
(R3
:2, R1
:0\
) \
(LO
, R\
);
52 [ 0-9a
-f
]+: 37 c4
10 2e R7
= BYTEOP3P \
(R3
:2, R1
:0\
) \
(HI
, R\
);
53 [ 0-9a
-f
]+: 0c c4
00 40 R0
= A1
.L \
+ A1
.H
, R0
= A0
.L \
+ A0
.H
;
54 [ 0-9a
-f
]+: 0c c4
00 42 R0
= A1
.L \
+ A1
.H
, R1
= A0
.L \
+ A0
.H
;
55 [ 0-9a
-f
]+: 0c c4
80 46 R2
= A1
.L \
+ A1
.H
, R3
= A0
.L \
+ A0
.H
;
56 [ 0-9a
-f
]+: 0c c4
00 4b R4
= A1
.L \
+ A1
.H
, R5
= A0
.L \
+ A0
.H
;
57 [ 0-9a
-f
]+: 0c c4
80 4f R6
= A1
.L \
+ A1
.H
, R7
= A0
.L \
+ A0
.H
;
58 [ 0-9a
-f
]+: 15 c4 d0
01 \
(R7
, R0\
) = BYTEOP16P \
(R3
:2, R1
:0\
);
59 [ 0-9a
-f
]+: 15 c4
50 04 \
(R1
, R2\
) = BYTEOP16P \
(R3
:2, R1
:0\
);
60 [ 0-9a
-f
]+: 15 c4
10 02 \
(R0
, R1\
) = BYTEOP16P \
(R3
:2, R1
:0\
);
61 [ 0-9a
-f
]+: 15 c4
90 06 \
(R2
, R3\
) = BYTEOP16P \
(R3
:2, R1
:0\
);
62 [ 0-9a
-f
]+: 15 c4 c2
01 \
(R7
, R0\
) = BYTEOP16P \
(R1
:0, R3
:2\
);
63 [ 0-9a
-f
]+: 15 c4
42 04 \
(R1
, R2\
) = BYTEOP16P \
(R1
:0, R3
:2\
);
64 [ 0-9a
-f
]+: 15 c4
02 02 \
(R0
, R1\
) = BYTEOP16P \
(R1
:0, R3
:2\
);
65 [ 0-9a
-f
]+: 15 c4
82 06 \
(R2
, R3\
) = BYTEOP16P \
(R1
:0, R3
:2\
);
66 [ 0-9a
-f
]+: 15 c4 d0
21 \
(R7
, R0\
) = BYTEOP16P \
(R3
:2, R1
:0\
) \
(R\
);
67 [ 0-9a
-f
]+: 15 c4
50 24 \
(R1
, R2\
) = BYTEOP16P \
(R3
:2, R1
:0\
) \
(R\
);
68 [ 0-9a
-f
]+: 15 c4
10 22 \
(R0
, R1\
) = BYTEOP16P \
(R3
:2, R1
:0\
) \
(R\
);
69 [ 0-9a
-f
]+: 15 c4
90 26 \
(R2
, R3\
) = BYTEOP16P \
(R3
:2, R1
:0\
) \
(R\
);
70 [ 0-9a
-f
]+: 15 c4 c2
21 \
(R7
, R0\
) = BYTEOP16P \
(R1
:0, R3
:2\
) \
(R\
);
71 [ 0-9a
-f
]+: 15 c4
42 24 \
(R1
, R2\
) = BYTEOP16P \
(R1
:0, R3
:2\
) \
(R\
);
72 [ 0-9a
-f
]+: 15 c4
02 22 \
(R0
, R1\
) = BYTEOP16P \
(R1
:0, R3
:2\
) \
(R\
);
73 [ 0-9a
-f
]+: 15 c4
82 26 \
(R2
, R3\
) = BYTEOP16P \
(R1
:0, R3
:2\
) \
(R\
);
74 [ 0-9a
-f
]+: 14 c4
02 06 R3
= BYTEOP1P \
(R1
:0, R3
:2\
);
75 [ 0-9a
-f
]+: 14 c4
02 26 R3
= BYTEOP1P \
(R1
:0, R3
:2\
) \
(R\
);
76 [ 0-9a
-f
]+: 14 c4
02 46 R3
= BYTEOP1P \
(R1
:0, R3
:2\
) \
(T\
);
77 [ 0-9a
-f
]+: 14 c4
02 66 R3
= BYTEOP1P \
(R1
:0, R3
:2\
) \
(T
, R\
);
78 [ 0-9a
-f
]+: 14 c4
10 00 R0
= BYTEOP1P \
(R3
:2, R1
:0\
);
79 [ 0-9a
-f
]+: 14 c4
10 22 R1
= BYTEOP1P \
(R3
:2, R1
:0\
) \
(R\
);
80 [ 0-9a
-f
]+: 14 c4
10 44 R2
= BYTEOP1P \
(R3
:2, R1
:0\
) \
(T\
);
81 [ 0-9a
-f
]+: 14 c4
10 66 R3
= BYTEOP1P \
(R3
:2, R1
:0\
) \
(T
, R\
);
82 [ 0-9a
-f
]+: 16 c4
02 06 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDL\
);
83 [ 0-9a
-f
]+: 36 c4
02 06 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDH\
);
84 [ 0-9a
-f
]+: 16 c4
02 46 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TL\
);
85 [ 0-9a
-f
]+: 36 c4
02 46 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TH\
);
86 [ 0-9a
-f
]+: 16 c4
02 26 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDL
, R\
);
87 [ 0-9a
-f
]+: 36 c4
02 26 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDH
, R\
);
88 [ 0-9a
-f
]+: 16 c4
02 66 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TL
, R\
);
89 [ 0-9a
-f
]+: 36 c4
02 66 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TH
, R\
);
90 [ 0-9a
-f
]+: 16 c4
02 00 R0
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDL\
);
91 [ 0-9a
-f
]+: 36 c4
02 02 R1
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDH\
);
92 [ 0-9a
-f
]+: 16 c4
02 44 R2
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TL\
);
93 [ 0-9a
-f
]+: 36 c4
02 46 R3
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TH\
);
94 [ 0-9a
-f
]+: 16 c4
02 28 R4
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDL
, R\
);
95 [ 0-9a
-f
]+: 36 c4
02 2a R5
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(RNDH
, R\
);
96 [ 0-9a
-f
]+: 16 c4
02 6c R6
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TL
, R\
);
97 [ 0-9a
-f
]+: 36 c4
02 6e R7
= BYTEOP2P \
(R1
:0, R3
:2\
) \
(TH
, R\
);
98 [ 0-9a
-f
]+: 16 c4
12 00 R0
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(RNDL\
);
99 [ 0-9a
-f
]+: 36 c4
12 02 R1
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(RNDH\
);
100 [ 0-9a
-f
]+: 16 c4
12 44 R2
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(TL\
);
101 [ 0-9a
-f
]+: 36 c4
12 46 R3
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(TH\
);
102 [ 0-9a
-f
]+: 16 c4
12 28 R4
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(RNDL
, R\
);
103 [ 0-9a
-f
]+: 36 c4
12 2a R5
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(RNDH
, R\
);
104 [ 0-9a
-f
]+: 16 c4
12 6c R6
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(TL
, R\
);
105 [ 0-9a
-f
]+: 36 c4
12 6e R7
= BYTEOP2P \
(R3
:2, R3
:2\
) \
(TH
, R\
);
106 [ 0-9a
-f
]+: 16 c4
02 86 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDL\
);
107 [ 0-9a
-f
]+: 36 c4
02 86 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDH\
);
108 [ 0-9a
-f
]+: 16 c4
02 c6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TL\
);
109 [ 0-9a
-f
]+: 36 c4
02 c6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TH\
);
110 [ 0-9a
-f
]+: 16 c4
02 a6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDL
, R\
);
111 [ 0-9a
-f
]+: 36 c4
02 a6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDH
, R\
);
112 [ 0-9a
-f
]+: 16 c4
02 e6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TL
, R\
);
113 [ 0-9a
-f
]+: 36 c4
02 e6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TH
, R\
);
114 [ 0-9a
-f
]+: 16 c4
02 80 R0
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDL\
);
115 [ 0-9a
-f
]+: 36 c4
02 82 R1
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDH\
);
116 [ 0-9a
-f
]+: 16 c4
02 c4 R2
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TL\
);
117 [ 0-9a
-f
]+: 36 c4
02 c6 R3
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TH\
);
118 [ 0-9a
-f
]+: 16 c4
02 a8 R4
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDL
, R\
);
119 [ 0-9a
-f
]+: 36 c4
02 aa R5
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(RNDH
, R\
);
120 [ 0-9a
-f
]+: 16 c4
02 ec R6
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TL
, R\
);
121 [ 0-9a
-f
]+: 36 c4
02 ee R7
= BYTEOP2M \
(R1
:0, R3
:2\
) \
(TH
, R\
);
122 [ 0-9a
-f
]+: 16 c4
12 80 R0
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(RNDL\
);
123 [ 0-9a
-f
]+: 36 c4
12 82 R1
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(RNDH\
);
124 [ 0-9a
-f
]+: 16 c4
12 c4 R2
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(TL\
);
125 [ 0-9a
-f
]+: 36 c4
12 c6 R3
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(TH\
);
126 [ 0-9a
-f
]+: 16 c4
12 a8 R4
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(RNDL
, R\
);
127 [ 0-9a
-f
]+: 36 c4
12 aa R5
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(RNDH
, R\
);
128 [ 0-9a
-f
]+: 16 c4
12 ec R6
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(TL
, R\
);
129 [ 0-9a
-f
]+: 36 c4
12 ee R7
= BYTEOP2M \
(R3
:2, R3
:2\
) \
(TH
, R\
);
130 [ 0-9a
-f
]+: 18 c4
00 00 R0
= BYTEPACK \
(R0
, R0\
);
131 [ 0-9a
-f
]+: 18 c4
13 02 R1
= BYTEPACK \
(R2
, R3\
);
132 [ 0-9a
-f
]+: 18 c4
2e
08 R4
= BYTEPACK \
(R5
, R6\
);
133 [ 0-9a
-f
]+: 18 c4
01 0e R7
= BYTEPACK \
(R0
, R1\
);
134 [ 0-9a
-f
]+: 18 c4
1c
04 R2
= BYTEPACK \
(R3
, R4\
);
135 [ 0-9a
-f
]+: 18 c4
37 0a R5
= BYTEPACK \
(R6
, R7\
);
136 [ 0-9a
-f
]+: 15 c4
50 44 \
(R1
, R2\
) = BYTEOP16M \
(R3
:2, R1
:0\
);
137 [ 0-9a
-f
]+: 15 c4
50 64 \
(R1
, R2\
) = BYTEOP16M \
(R3
:2, R1
:0\
) \
(R\
);
138 [ 0-9a
-f
]+: 15 c4
10 42 \
(R0
, R1\
) = BYTEOP16M \
(R3
:2, R1
:0\
);
139 [ 0-9a
-f
]+: 15 c4
90 66 \
(R2
, R3\
) = BYTEOP16M \
(R3
:2, R1
:0\
) \
(R\
);
140 [ 0-9a
-f
]+: 15 c4 d0
4a \
(R3
, R5\
) = BYTEOP16M \
(R3
:2, R1
:0\
);
141 [ 0-9a
-f
]+: 15 c4
90 6f \
(R6
, R7\
) = BYTEOP16M \
(R3
:2, R1
:0\
) \
(R\
);
142 [ 0-9a
-f
]+: 15 c4
40 44 \
(R1
, R2\
) = BYTEOP16M \
(R1
:0, R1
:0\
);
143 [ 0-9a
-f
]+: 15 c4
40 64 \
(R1
, R2\
) = BYTEOP16M \
(R1
:0, R1
:0\
) \
(R\
);
144 [ 0-9a
-f
]+: 15 c4
00 42 \
(R0
, R1\
) = BYTEOP16M \
(R1
:0, R1
:0\
);
145 [ 0-9a
-f
]+: 15 c4
80 66 \
(R2
, R3\
) = BYTEOP16M \
(R1
:0, R1
:0\
) \
(R\
);
146 [ 0-9a
-f
]+: 15 c4 c0
4a \
(R3
, R5\
) = BYTEOP16M \
(R1
:0, R1
:0\
);
147 [ 0-9a
-f
]+: 15 c4
80 6f \
(R6
, R7\
) = BYTEOP16M \
(R1
:0, R1
:0\
) \
(R\
);
148 [ 0-9a
-f
]+: 15 c4
42 44 \
(R1
, R2\
) = BYTEOP16M \
(R1
:0, R3
:2\
);
149 [ 0-9a
-f
]+: 15 c4
42 64 \
(R1
, R2\
) = BYTEOP16M \
(R1
:0, R3
:2\
) \
(R\
);
150 [ 0-9a
-f
]+: 15 c4
02 42 \
(R0
, R1\
) = BYTEOP16M \
(R1
:0, R3
:2\
);
151 [ 0-9a
-f
]+: 15 c4
82 66 \
(R2
, R3\
) = BYTEOP16M \
(R1
:0, R3
:2\
) \
(R\
);
152 [ 0-9a
-f
]+: 15 c4 c2
4a \
(R3
, R5\
) = BYTEOP16M \
(R1
:0, R3
:2\
);
153 [ 0-9a
-f
]+: 15 c4
82 6f \
(R6
, R7\
) = BYTEOP16M \
(R1
:0, R3
:2\
) \
(R\
);
154 [ 0-9a
-f
]+: 15 c4
52 44 \
(R1
, R2\
) = BYTEOP16M \
(R3
:2, R3
:2\
);
155 [ 0-9a
-f
]+: 15 c4
52 64 \
(R1
, R2\
) = BYTEOP16M \
(R3
:2, R3
:2\
) \
(R\
);
156 [ 0-9a
-f
]+: 15 c4
12 42 \
(R0
, R1\
) = BYTEOP16M \
(R3
:2, R3
:2\
);
157 [ 0-9a
-f
]+: 15 c4
92 66 \
(R2
, R3\
) = BYTEOP16M \
(R3
:2, R3
:2\
) \
(R\
);
158 [ 0-9a
-f
]+: 15 c4 d2
4a \
(R3
, R5\
) = BYTEOP16M \
(R3
:2, R3
:2\
);
159 [ 0-9a
-f
]+: 15 c4
92 6f \
(R6
, R7\
) = BYTEOP16M \
(R3
:2, R3
:2\
) \
(R\
);
160 [ 0-9a
-f
]+: 12 cc
02 00 SAA \
(R1
:0, R3
:2\
) \|\| R0
= \
[I0\
+\
+\
] \|\| R2
= \
[I1\
+\
+\
];
161 [ 0-9a
-f
]+: 00 9c
0a
9c
162 [ 0-9a
-f
]+: 12 cc
02 20 SAA \
(R1
:0, R3
:2\
) \
(R\
) \|\| R1
= \
[I0\
+\
+\
] \|\| R3
= \
[I1\
+\
+\
];
163 [ 0-9a
-f
]+: 01 9c
0b 9c
164 [ 0-9a
-f
]+: 12 c4
02 00 SAA \
(R1
:0, R3
:2\
);
165 [ 0-9a
-f
]+: 18 c4
80 4b \
(R6
, R5\
) = BYTEUNPACK R1
:0;
166 [ 0-9a
-f
]+: 18 c4
80 6b \
(R6
, R5\
) = BYTEUNPACK R1
:0 \
(R\
);
167 [ 0-9a
-f
]+: 18 c4
90 4b \
(R6
, R5\
) = BYTEUNPACK R3
:2;
168 [ 0-9a
-f
]+: 18 c4
90 6b \
(R6
, R5\
) = BYTEUNPACK R3
:2 \
(R\
);
169 [ 0-9a
-f
]+: 18 c4
00 42 \
(R0
, R1\
) = BYTEUNPACK R1
:0;
170 [ 0-9a
-f
]+: 18 c4
80 66 \
(R2
, R3\
) = BYTEUNPACK R1
:0 \
(R\
);
171 [ 0-9a
-f
]+: 18 c4
10 4b \
(R4
, R5\
) = BYTEUNPACK R3
:2;
172 [ 0-9a
-f
]+: 18 c4
90 6f \
(R6
, R7\
) = BYTEUNPACK R3
:2 \
(R\
);
