?  search:
summary | log | graphiclog1 | graphiclog2 | commit | commitdiff | tree | refs | edit | fork
blame | history | raw | HEAD
* elf.c (_bfd_elf_make_section_from_shdr): Set SEC_THREAD_LOCAL
[binutils.git] / gas / testsuite / gas / i386 / x86-64-opcode.s
blobc021f70605c8806c4292bcecfe4da0fdf038c3ef
1 .text
2 # Prefixes
3 # O16 A32 OV REX OPCODE ; NOTES
4
5 # CALL
6 CALLq *(%r8) # -- -- -- 41 FF 10 ; REX to access upper reg.
7 CALLq *(%rax) # -- -- -- -- FF 10
8 CALLq *(%r8) # -- -- -- 41 FF 10 ; REX to access upper reg.
9 CALLq *(%rax) # -- -- -- -- FF 10
10
11 # RET
12 lret # -- -- -- -- CB
13 retq # -- -- -- -- C3
14
15 # IRET
16 IRET # -- -- -- -- CF ; 32-bit operand size
17 IRETW # 66 -- -- -- CF ; O16 for 16-bit operand size
18 IRETQ # -- -- -- 48 CF ; REX for 64-bit operand size
19
20 # CMP
21
22 # MOV
23 MOVw %cs,(%r8) # 66 -- -- 41 8C 08 ; REX to access upper reg. O16 for 16-bit operand size
24 MOVw %cs,(%rax) # 66 -- -- -- 8C 08 ; O16 for 16-bit operand size
25 MOVw %ss,(%r8) # 66 -- -- 41 8C 10 ; REX to access upper reg. O16 for 16-bit operand size
26 MOVw %ss,(%rax) # 66 -- -- -- 8C 10 ; O16 for 16-bit operand size
27 MOVw %fs,(%r8) # 66 -- -- 41 8C 20 ; REX to access upper reg. O16 for 16-bit operand size
28 MOVw %fs,(%rax) # 66 -- -- -- 8C 20 ; O16 for 16-bit operand size
29 MOVl %cs,(%r8) # -- -- -- 41 8C 08 ; REX to access upper reg.
30 MOVl %cs,(%rax) # -- -- -- -- 8C 08
31 MOVl %ss,(%r8) # -- -- -- 41 8C 10 ; REX to access upper reg.
32 MOVl %ss,(%rax) # -- -- -- -- 8C 10
33 MOVl %fs,(%r8) # -- -- -- 41 8C 20 ; REX to access upper reg.
34 MOVl %fs,(%rax) # -- -- -- -- 8C 20
35 MOVl (%r8),%ss # -- -- -- 41 8E 10 ; REX to access upper reg.
36 MOVl (%rax),%ss # -- -- -- -- 8E 10
37 MOVl (%r8),%fs # -- -- -- 41 8E 20 ; REX to access upper reg.
38 MOVl (%rax),%fs # -- -- -- -- 8E 20
39 MOVb $0,(%r8) # -- -- -- 41 C6 00 00 ; REX to access upper reg.
40 MOVb $0,(%rax) # -- -- -- -- C6 00 00
41 MOVw $0x7000,(%r8) # 66 -- -- 41 C7 00 00 70 ; REX to access upper reg. O16 for 16-bit operand size
42 MOVw $0x7000,(%rax) # 66 -- -- -- C7 00 00 70 ; O16 for 16-bit operand size
43 MOVl $0x70000000,(%r8) # -- -- -- 41 C7 00 00 00 00 70 ; REX to access upper reg.
44 MOVl $0x70000000,(%rax) # -- -- -- -- C7 00 00 00 00 70
45 MOVb $0,(%r8) # -- -- -- 41 C6 00 00 ; REX to access upper reg.
46 MOVb $0,(%rax) # -- -- -- -- C6 00 00
47 MOVw $0x7000,(%r8) # 66 -- -- -- 41 C7 00 00 70 ; O16 for 16-bit operand size
48 MOVw $0x7000,(%rax) # 66 -- -- -- C7 00 00 70 ; O16 for 16-bit operand size
49 MOVl $0x70000000,(%rax) # -- -- -- -- C7 00 00 00 00 70
50 MOVb $0,(%r8) # -- -- -- 41 C6 00 00 ; REX to access upper reg.
51 MOVb $0,(%rax) # -- -- -- -- C6 00 00
52 MOVw $0x7000,(%r8) # 66 -- -- 41 C7 00 00 70 ; REX to access upper reg. O16 for 16-bit operand size
53 MOVw $0x7000,(%rax) # 66 -- -- -- C7 00 00 70 ; O16 for 16-bit operand size
54 MOVl $0x70000000,(%r8) # -- -- -- 41 C7 00 00 00 00 70 ; REX to access upper reg.
55 MOVl $0x70000000,(%rax) # -- -- -- -- C7 00 00 00 00 70
56 MOVq $0x70000000,(%r8) # -- -- -- 49 C7 00 00 00 00 70 ; REX for 64-bit operand size. REX to access upper reg.
57 MOVq $0x70000000,(%rax) # -- -- -- 48 C7 00 00 00 00 70 ; REX for 64-bit operand size
58
59 # MOVNTI
60 MOVNTI %eax,(%r8) # -- -- -- 41 0f c3 00 ; REX to access upper reg.
61 MOVNTI %eax,(%rax) # -- -- -- -- 0f c3 00
62 MOVNTI %rax,(%r8) # -- -- -- 49 0F C3 00 ; REX to access upper reg. REX for 64-bit operand size
63 MOVNTI %rax,(%rax) # -- -- -- 48 0F C3 00 ; REX for 64-bit operand size. REX to access upper reg.
64 MOVNTI %r8,(%r8) # -- -- -- 4D 0F C3 00 ; REX to access upper reg. REX for 64-bit operand size
65 MOVNTI %r8,(%rax) # -- -- -- 4C 0F C3 00 ; REX to access upper reg. REX for 64-bit operand size
66
67 # Conditionals
68
69 # LOOP
70
71
72 # Jcc
73 # 66 -- -- -- 77 FD ; A16 override: (Addr64) = ZEXT(Addr16)
74 # 66 -- -- -- 0F 87 F9 FF FF FF ; A16 override: (Addr64) = ZEXT(Addr16)
75
76 # J*CXZ
77 # 66 67 -- -- E3 FC ; ECX used as counter. A16 override: (Addr64) = ZEXT(Addr16)
78 # 66 -- -- -- E3 FD ; A16 override: (Addr64) = ZEXT(Addr16)
79
80
81
82 # Integer
83
84 # IDIV
85
86 IDIVb (%r8) # -- -- -- 41 F6 38 ; Sign extended result. REX to access upper reg.
87 IDIVb (%rax) # -- -- -- -- F6 38 ; Sign extended result
88 IDIVw (%r8) # 66 -- -- 41 F7 38 ; Sign extended result. REX to access upper reg. O16 for 16-bit
89 IDIVw (%rax) # 66 -- -- -- F7 38 ; Sign extended result. O16 for 16-bit operand size
90 IDIVl (%r8) # -- -- -- 41 F7 38 ; Sign extended result. REX to access upper reg
91 IDIVl (%rax) # -- -- -- -- F7 38 ; Sign extended result
92 IDIVq (%r8) # -- -- -- 49 F7 38 ; Sign extended result. REX for 64-bit operand size. REX to access u
93 IDIVq (%rax) # -- -- -- 48 F7 38 ; Sign extended result. REX for 64-bit operand size
94
95 # IMUL
96 IMULb (%r8) # -- -- -- 41 F6 28 ; Sign extended result. REX to access upper reg
97 IMULb (%rax) # -- -- -- -- F6 28 ; Sign extended result
98 IMULw (%r8) # 66 -- -- 41 F7 28 ; Sign extended result. O16 for 16-bit operand size. REX to access
99 IMULw (%rax) # 66 -- -- -- F7 28 ; Sign extended result. O16 for 16-bit operand size
100 IMULl (%r8) # -- -- -- 41 F7 28 ; Sign extended result. REX to access upper reg
101 IMULl (%rax) # -- -- -- -- F7 28 ; Sign extended result
102 IMULq (%r8) # -- -- -- 49 F7 28 ; Sign extended result. REX for 64-bit operand size. REX to access u
103 IMULq (%rax) # -- -- -- 48 F7 28 ; Sign extended result. REX for 64-bit operand size
104
105
106
107 # SIMD/SSE
108
109 # ADDPD
110 ADDPD (%r8),%xmm0 # -- -- 66 41 0F 58 00 ; REX to access upper reg. OVR 128bit MMinstr.
111 ADDPD (%rax),%xmm0 # -- -- 66 -- 0F 58 00 ; OVR 128bit MMinstr.
112 ADDPD (%r8),%xmm15 # -- -- 66 45 0F 58 38 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
113 ADDPD (%rax),%xmm15 # -- -- 66 44 0F 58 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
114 ADDPD (%r8),%xmm8 # -- -- 66 45 0F 58 00 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
115 ADDPD (%rax),%xmm8 # -- -- 66 44 0F 58 00 ; REX to access upper XMM reg. OVR 128bit MMinstr.
116 ADDPD (%r8),%xmm7 # -- -- 66 41 0F 58 38 ; REX to access upper reg. OVR 128bit MMinstr.
117 ADDPD (%rax),%xmm7 # -- -- 66 -- 0F 58 38 ; OVR 128bit MMinstr.
118 ADDPD %xmm0,%xmm0 # -- -- 66 -- 0F 58 C0 ; OVR 128bit MMinstr.
119 ADDPD %xmm15,%xmm15 # -- -- 66 45 0F 58 FF ; REX to access upper XMM reg. OVR 128bit MMinstr.
120 ADDPD %xmm15,%xmm8 # -- -- 66 45 0F 58 C7 ; REX to access upper XMM reg. OVR 128bit MMinstr.
121
122 # CMPPD
123
124 # CVTSD2SI
125 CVTSD2SIq (%r8),%rax # -- -- F2 49 0f 2d 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
126 CVTSD2SIq (%rax),%rax # -- -- F2 48 0f 2d 00 ; OVR 128-bit media instruction override REX for 64-bit operand size
127 CVTSD2SIq (%r8),%r8 # -- -- F2 4D 0f 2d 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
128 CVTSD2SIq (%rax),%r8 # -- -- F2 4C 0f 2d 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
129 CVTSD2SIq %xmm0,%rax # -- -- F2 48 0f 2d c0 ; OVR 128-bit media instruction override REX for 64-bit operand size
130 CVTSD2SIq %xmm15,%r8 # -- -- F2 4D 0f 2d c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
131 CVTSD2SIq %xmm15,%rax # -- -- F2 49 0f 2d c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg
132 CVTSD2SIq %xmm8,%r8 # -- -- F2 4D 0f 2d c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
133 CVTSD2SIq %xmm8,%rax # -- -- F2 49 0f 2d c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg
134 CVTSD2SIq %xmm7,%r8 # -- -- F2 4C 0f 2d c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
135 CVTSD2SIq %xmm7,%rax # -- -- F2 48 0f 2d c7 ; OVR 128-bit media instruction override REX for 64-bit operand size
136 CVTSD2SIq %xmm0,%r8 # -- -- F2 4C 0f 2d c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
137
138 # CVTTSD2SI
139 CVTTSD2SIq (%r8),%rax # -- -- F2 49 0f 2c 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
140 CVTTSD2SIq (%rax),%rax # -- -- F2 48 0f 2c 00 ; OVR 128-bit media instruction override REX for 64-bit operand size
141 CVTTSD2SIq (%r8),%r8 # -- -- F2 4D 0f 2c 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
142 CVTTSD2SIq (%rax),%r8 # -- -- F2 4C 0f 2c 00 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
143 CVTTSD2SIq %xmm0,%rax # -- -- F2 48 0f 2c c0 ; OVR 128-bit media instruction override REX for 64-bit operand size
144 CVTTSD2SIq %xmm15,%r8 # -- -- F2 4D 0f 2c c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
145 CVTTSD2SIq %xmm15,%rax # -- -- F2 49 0f 2c c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg
146 CVTTSD2SIq %xmm8,%r8 # -- -- F2 4D 0f 2c c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
147 CVTTSD2SIq %xmm8,%rax # -- -- F2 49 0f 2c c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper XMM reg
148 CVTTSD2SIq %xmm7,%r8 # -- -- F2 4C 0f 2c c7 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
149 CVTTSD2SIq %xmm7,%rax # -- -- F2 48 0f 2c c7 ; OVR 128-bit media instruction override REX for 64-bit operand size
150 CVTTSD2SIq %xmm0,%r8 # -- -- F2 4C 0f 2c c0 ; OVR 128-bit media instruction override REX for 64-bit operand size REX to access upper reg.
151
152 # CVTSS2SI
153 CVTSS2SIq (%r8),%rax # -- -- F3 49 0f 2d 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
154 CVTSS2SIq (%rax),%rax # -- -- F3 48 0f 2d 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
155 CVTSS2SIq (%r8),%r8 # -- -- F3 4D 0f 2d 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
156 CVTSS2SIq (%rax),%r8 # -- -- F3 4C 0f 2d 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
157 CVTSS2SIq %xmm0,%rax # -- -- F3 48 0f 2d c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
158 CVTSS2SIq %xmm15,%r8 # -- -- F3 4D 0f 2d c7 ; OVR 128-bit media instruction override Result is sign extended REX to access upper XMM reg REX to access upper reg.
159 CVTSS2SIq %xmm15,%rax # -- -- F3 49 0f 2d c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper XMM reg
160 CVTSS2SIq %xmm8,%r8 # -- -- F3 4D 0f 2d c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
161 CVTSS2SIq %xmm8,%rax # -- -- F3 49 0f 2d c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
162 CVTSS2SIq %xmm7,%r8 # -- -- F3 4C 0f 2d c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
163 CVTSS2SIq %xmm7,%rax # -- -- F3 48 0f 2d c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
164 CVTSS2SIq %xmm0,%r8 # -- -- F3 4C 0f 2d c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
165
166 # CVTTSS2SI
167 CVTTSS2SIq (%r8),%rax # -- -- F3 49 0f 2c 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
168 CVTTSS2SIq (%rax),%rax # -- -- F3 48 0f 2c 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
169 CVTTSS2SIq (%r8),%r8 # -- -- F3 4D 0f 2c 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
170 CVTTSS2SIq (%rax),%r8 # -- -- F3 4C 0f 2c 00 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
171 CVTTSS2SIq %xmm0,%rax # -- -- F3 48 0f 2c c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
172 CVTTSS2SIq %xmm15,%r8 # -- -- F3 4D 0f 2c c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
173 CVTTSS2SIq %xmm15,%rax # -- -- F3 49 0f 2c c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper XMM reg
174 CVTTSS2SIq %xmm8,%r8 # -- -- F3 4D 0f 2c c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper XMM reg REX to access upper reg.
175 CVTTSS2SIq %xmm8,%rax # -- -- F3 49 0f 2c c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size
176 CVTTSS2SIq %xmm7,%r8 # -- -- F3 4C 0f 2c c7 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
177 CVTTSS2SIq %xmm7,%rax # -- -- F3 48 0f 2c c7 ; OVR 128-bit media instruction override Result is sign extended
178 CVTTSS2SIq %xmm0,%r8 # -- -- F3 4C 0f 2c c0 ; OVR 128-bit media instruction override Result is sign extended REX for 64-bit operand size REX to access upper reg.
179
180 # CVTSI2SS
181 CVTSI2SS (%r8),%xmm0 # -- -- F3 41 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper reg.
182 CVTSI2SS (%rax),%xmm0 # -- -- F3 -- 0f 2a 00 ; OVR 128-bit media instruction override
183 CVTSI2SS (%r8),%xmm15 # -- -- F3 45 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper XMM reg REX to access upper reg.
184 CVTSI2SS (%rax),%xmm15 # -- -- F3 44 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper XMM reg
185 CVTSI2SS (%r8),%xmm8 # -- -- F3 45 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper XMM reg REX to access upper reg.
186 CVTSI2SS (%rax),%xmm8 # -- -- F3 44 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper XMM reg
187 CVTSI2SS (%r8),%xmm7 # -- -- F3 41 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper reg.
188 CVTSI2SS (%rax),%xmm7 # -- -- F3 -- 0f 2a 38 ; OVR 128-bit media instruction override
189 CVTSI2SS %eax,%xmm0 # -- -- F3 -- 0f 2a c0 ; OVR 128-bit media instruction override
190 CVTSI2SS %eax,%xmm15 # -- -- F3 44 0f 2a f8 ; OVR 128-bit media instruction override REX to access upper XMM reg
191 CVTSI2SS %eax,%xmm8 # -- -- F3 44 0f 2a c0 ; OVR 128-bit media instruction override REX to access upper XMM reg
192 CVTSI2SS %eax,%xmm7 # -- -- F3 -- 0f 2a f8 ; OVR 128-bit media instruction override
193 CVTSI2SS (%r8),%xmm0 # -- -- F3 41 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper reg.
194 CVTSI2SS (%rax),%xmm0 # -- -- F3 -- 0f 2a 00 ; OVR 128-bit media instruction override
195 CVTSI2SS (%r8),%xmm15 # -- -- F3 45 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper XMM reg REX to access upper reg.
196 CVTSI2SS (%rax),%xmm15 # -- -- F3 44 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper XMM reg
197 CVTSI2SS (%r8),%xmm8 # -- -- F3 45 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper XMM reg REX to access upper reg.
198 CVTSI2SS (%rax),%xmm8 # -- -- F3 44 0f 2a 00 ; OVR 128-bit media instruction override REX to access upper XMM reg
199 CVTSI2SS (%r8),%xmm7 # -- -- F3 41 0f 2a 38 ; OVR 128-bit media instruction override REX to access upper reg.
200 CVTSI2SS (%rax),%xmm7 # -- -- F3 -- 0f 2a 38 ; OVR 128-bit media instruction override
201
202 # CVTSI2SD
203 CVTSI2SD (%r8),%xmm0 # -- -- F2 41 0F 2A 00 ; REX to access upper reg. OVR 128bit MMinstr.
204 CVTSI2SD (%rax),%xmm0 # -- -- F2 -- 0F 2A 00 ; OVR 128bit MMinstr.
205 CVTSI2SD (%r8),%xmm15 # -- -- F2 45 0F 2A 38 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
206 CVTSI2SD (%rax),%xmm15 # -- -- F2 44 0F 2A 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
207 CVTSI2SD (%r8),%xmm8 # -- -- F2 45 0F 2A 00 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
208 CVTSI2SD (%rax),%xmm8 # -- -- F2 44 0F 2A 00 ; REX to access upper XMM reg. OVR 128bit MMinstr.
209 CVTSI2SD (%r8),%xmm7 # -- -- F2 41 0F 2A 38 ; REX to access upper reg. OVR 128bit MMinstr.
210 CVTSI2SD (%rax),%xmm7 # -- -- F2 -- 0F 2A 38 ; OVR 128bit MMinstr.
211 CVTSI2SD %eax,%xmm0 # -- -- F2 -- 0F 2A C0 ; OVR 128bit MMinstr.
212 CVTSI2SD %eax,%xmm15 # -- -- F2 44 0F 2A F8 ; REX to access upper XMM reg. OVR 128bit MMinstr.
213 CVTSI2SD %eax,%xmm8 # -- -- F2 44 0F 2A C0 ; REX to access upper XMM reg. OVR 128bit MMinstr.
214 CVTSI2SD %eax,%xmm7 # -- -- F2 -- 0F 2A F8 ; OVR 128bit MMinstr.
215 CVTSI2SD (%r8),%xmm0 # -- -- F2 41 0F 2A 00 ; REX to access upper reg. OVR 128bit MMinstr.
216 CVTSI2SD (%rax),%xmm0 # -- -- F2 -- 0F 2A 00 ; OVR 128bit MMinstr.
217 CVTSI2SD (%r8),%xmm15 # -- -- F2 45 0F 2A 38 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
218 CVTSI2SD (%rax),%xmm15 # -- -- F2 44 0F 2A 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
219 CVTSI2SD (%r8),%xmm8 # -- -- F2 45 0F 2A 00 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
220 CVTSI2SD (%rax),%xmm8 # -- -- F2 44 0F 2A 00 ; REX to access upper XMM reg. OVR 128bit MMinstr.
221 CVTSI2SD (%r8),%xmm7 # -- -- F2 41 0F 2A 38 ; REX to access upper reg. OVR 128bit MMinstr.
222 CVTSI2SD (%rax),%xmm7 # -- -- F2 -- 0F 2A 38 ; OVR 128bit MMinstr.
223
224 # MOVD
225 MOVD (%r8),%xmm0 # -- -- 66 41 0F 6E 00 ; REX to access upper reg. Data128 = ZEXT(Data32). OVR 128bit MMinstr.
226 MOVD (%rax),%xmm0 # -- -- 66 -- 0F 6E 00 ; Data128 = ZEXT(Data32). OVR 128bit MMinstr.
227 MOVD (%r8),%xmm15 # -- -- 66 45 0F 6E 38 ; REX to access upper XMM reg. REX to access upper reg. Data128 = ZEXT(Data32)
228 MOVD (%rax),%xmm15 # -- -- 66 44 0F 6E 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
229 MOVD (%r8),%xmm8 # -- -- 66 45 0F 6E 00 ; REX to access upper XMM reg. REX to access upper reg. Data128 = ZEXT(Data32)
230 MOVD (%rax),%xmm8 # -- -- 66 44 0F 6E 00 ; REX to access upper XMM reg. Data128 = ZEXT(Data32). OVR 128bit MMinstr.
231 MOVD (%r8),%xmm7 # -- -- 66 41 0F 6E 38 ; REX to access upper reg. Data128 = ZEXT(Data32). OVR 128bit MMinstr.
232 MOVD (%rax),%xmm7 # -- -- 66 -- 0F 6E 38 ; Data128 = ZEXT(Data32). OVR 128bit MMinstr.
233 MOVD %eax,%xmm0 # -- -- 66 -- 0F 6E C0 ; Data128 = ZEXT(Data32). OVR 128bit MMinstr.
234 MOVD %eax,%xmm15 # -- -- 66 44 0F 6E F8 ; REX to access upper XMM reg. Data128 = ZEXT(Data32). OVR 128bit MMinstr.
235 MOVD %eax,%xmm8 # -- -- 66 44 0F 6E C0 ; REX to access upper XMM reg. Data128 = ZEXT(Data32). OVR 128bit MMinstr.
236 MOVD %eax,%xmm7 # -- -- 66 -- 0F 6E F8 ; Data128 = ZEXT(Data32). OVR 128bit MMinstr.
237 MOVD %xmm0,(%r8) # -- -- 66 41 0F 7E 00 ; REX to access upper reg. OVR 128bit MMinstr.
238 MOVD %xmm0,(%rax) # -- -- 66 -- 0F 7E 00 ; OVR 128bit MMinstr.
239 MOVD %xmm15,(%r8) # -- -- 66 45 0F 7E 38 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
240 MOVD %xmm15,(%rax) # -- -- 66 44 0F 7E 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
241 MOVD %xmm8,(%r8) # -- -- 66 45 0F 7E 00 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
242 MOVD %xmm8,(%rax) # -- -- 66 44 0F 7E 00 ; REX to access upper XMM reg. OVR 128bit MMinstr.
243 MOVD %xmm7,(%r8) # -- -- 66 41 0F 7E 38 ; REX to access upper reg. OVR 128bit MMinstr.
244 MOVD %xmm7,(%rax) # -- -- 66 -- 0F 7E 38 ; OVR 128bit MMinstr.
245 MOVD %xmm0,%eax # -- -- 66 -- 0F 7E C0 ; OVR 128bit MMinstr.
246 MOVD %xmm15,%eax # -- -- 66 44 0F 7E F8 ; REX to access upper XMM reg. OVR 128bit MMinstr.
247 MOVD %xmm8,%eax # -- -- 66 44 0F 7E C0 ; REX to access upper XMM reg. OVR 128bit MMinstr.
248 MOVD %xmm7,%eax # -- -- 66 -- 0F 7E F8 ; OVR 128bit MMinstr.
249
250 # MOVQ
251 MOVQ (%r8),%xmm0 # -- -- F3 41 0F 7E 00 ; REX to access upper reg. Data128 = ZEXT(Data64). OVR 128bit MMinstr.
252 MOVQ (%rax),%xmm0 # -- -- F3 -- 0F 7E 00 ; Data128 = ZEXT(Data64). OVR 128bit MMinstr.
253 MOVQ (%r8),%xmm15 # -- -- F3 45 0F 7E 38 ; REX to access upper XMM reg. REX to access upper reg. Data128 = ZEXT(Data64)
254 MOVQ (%rax),%xmm15 # -- -- F3 44 0F 7E 38 ; REX to access upper XMM reg. Data128 = ZEXT(Data64). OVR 128bit MMinstr.
255 MOVQ (%r8),%xmm8 # -- -- F3 45 0F 7E 00 ; REX to access upper XMM reg. REX to access upper reg. Data128 = ZEXT(Data64)
256 MOVQ (%rax),%xmm8 # -- -- F3 44 0F 7E 00 ; REX to access upper XMM reg. Data128 = ZEXT(Data64). OVR 128bit MMinstr.
257 MOVQ (%r8),%xmm7 # -- -- F3 41 0F 7E 38 ; REX to access upper reg. Data128 = ZEXT(Data64). OVR 128bit MMinstr.
258 MOVQ (%rax),%xmm7 # -- -- F3 -- 0F 7E 38 ; Data128 = ZEXT(Data64). OVR 128bit MMinstr.
259 MOVQ %xmm0,%xmm0 # -- -- F3 -- 0F 7E C0 ; OVR 128bit MMinstr.
260 MOVQ %xmm15,%xmm15 # -- -- F3 45 0F 7E FF ; REX to access upper XMM reg. OVR 128bit MMinstr.
261 MOVQ %xmm15,%xmm8 # -- -- F3 45 0F 7E C7 ; REX to access upper XMM reg. OVR 128bit MMinstr.
262 MOVQ %xmm15,%xmm7 # -- -- F3 41 0F 7E FF ; REX to access upper XMM reg. OVR 128bit MMinstr.
263 MOVQ %xmm15,%xmm0 # -- -- F3 41 0F 7E C7 ; REX to access upper XMM reg. OVR 128bit MMinstr.
264 MOVQ %xmm8,%xmm15 # -- -- F3 45 0F 7E F8 ; REX to access upper XMM reg. OVR 128bit MMinstr.
265 MOVQ %xmm8,%xmm8 # -- -- F3 45 0F 7E C0 ; REX to access upper XMM reg. OVR 128bit MMinstr.
266 MOVQ %xmm8,%xmm7 # -- -- F3 41 0F 7E F8 ; REX to access upper XMM reg. OVR 128bit MMinstr.
267 MOVQ %xmm8,%xmm0 # -- -- F3 41 0F 7E C0 ; REX to access upper XMM reg. OVR 128bit MMinstr.
268 MOVQ %xmm7,%xmm15 # -- -- F3 44 0F 7E FF ; REX to access upper XMM reg. OVR 128bit MMinstr.
269 MOVQ %xmm7,%xmm8 # -- -- F3 44 0F 7E C7 ; REX to access upper XMM reg. OVR 128bit MMinstr.
270 MOVQ %xmm7,%xmm7 # -- -- F3 -- 0F 7E FF ; OVR 128bit MMinstr.
271 MOVQ %xmm7,%xmm0 # -- -- F3 -- 0F 7E C7 ; OVR 128bit MMinstr.
272 MOVQ %xmm0,%xmm15 # -- -- F3 44 0F 7E F8 ; REX to access upper XMM reg. OVR 128bit MMinstr.
273 MOVQ %xmm0,%xmm8 # -- -- F3 44 0F 7E C0 ; REX to access upper XMM reg. OVR 128bit MMinstr.
274 MOVQ %xmm0,%xmm7 # -- -- F3 -- 0F 7E F8 ; OVR 128bit MMinstr.
275 MOVQ %xmm0,(%r8) # -- -- 66 41 0F D6 00 ; REX to access upper reg. OVR 128bit MMinstr.
276 MOVQ %xmm0,(%rax) # -- -- 66 -- 0F D6 00 ; OVR 128bit MMinstr.
277 MOVQ %xmm15,(%r8) # -- -- 66 45 0F D6 38 ; REX to access upper reg. OVR 128bit MMinstr.
278 MOVQ %xmm15,(%rax) # -- -- 66 44 0F D6 38 ; REX to access upper XMM reg. OVR 128bit MMinstr.
279 MOVQ %xmm8,(%r8) # -- -- 66 45 0F D6 00 ; REX to access upper XMM reg. REX to access upper reg. OVR 128bit MMinstr.
280 MOVQ %xmm8,(%rax) # -- -- 66 44 0F D6 00 ; REX to access upper XMM reg. OVR 128bit MMinstr.
281 MOVQ %xmm7,(%r8) # -- -- 66 41 0F D6 38 ; REX to access upper reg. OVR 128bit MMinstr.
282
283 # 64-bit MMX
284
285 # CVTPD2PI
286
287 # MOVD
288 MOVD (%r8),%mm0 # -- -- -- 41 0F 6E 00 ; REX to access upper reg. Data64 = ZEXT(Data32)
289 MOVD (%rax),%mm0 # -- -- -- -- 0F 6E 00 ; Data64 = ZEXT(Data32)
290 MOVD (%r8),%mm7 # -- -- -- 41 0F 6E 38 ; REX to access upper reg. Data64 = ZEXT(Data32)
291 MOVD (%rax),%mm7 # -- -- -- -- 0F 6E 38 ; Data64 = ZEXT(Data32)
292 MOVD %eax,%mm0 # -- -- -- -- 0F 6E C0 ; Data64 = ZEXT(Data32)
293 MOVD %eax,%mm7 # -- -- -- -- 0F 6E F8 ; Data64 = ZEXT(Data32)
294 MOVD %mm0,(%r8) # -- -- -- 41 0F 7E 00 ; REX to access upper reg.
295 MOVD %mm0,(%rax) # -- -- -- -- 0F 7E 00
296 MOVD %mm7,(%r8) # -- -- -- 41 0F 7E 38 ; REX to access upper reg.
297 MOVD %mm7,(%rax) # -- -- -- -- 0F 7E 38
298 MOVD %mm0,%eax # -- -- -- -- 0F 7E C0
299 MOVD %mm7,%eax # -- -- -- -- 0F 7E F8
300
301 # MOVQ
302 MOVQ (%r8),%mm0 # -- -- -- 41 0F 6F 00 ; REX to access upper reg.
303 MOVQ (%rax),%mm0 # -- -- -- -- 0F 6F 00
304 MOVQ (%r8),%mm7 # -- -- -- 41 0F 6F 38 ; REX to access upper reg.
305 MOVQ (%rax),%mm7 # -- -- -- -- 0F 6F 38
306 MOVQ %mm0,(%r8) # -- -- -- 41 0F 7F 00 ; REX to access upper reg.
307 MOVQ %mm0,(%rax) # -- -- -- -- 0F 7F 00
308 MOVQ %mm7,(%r8) # -- -- -- 41 0F 7F 38 ; REX to access upper reg.
309 MOVQ %mm7,(%rax) # -- -- -- -- 0F 7F 38
310
311 # X87
312 # FADDP
313
314
315 # FDIV
316
317 # Stack Operations
318
319 # POP
320 POPq (%r8) # -- -- -- 41 8F 00 ; REX to access upper reg.
321 POPq (%rax) # -- -- -- -- 8F 00
322 POPFQ # -- -- -- -- 9D
323
324 # PUSH
325 PUSHq (%r8) # -- -- -- 41 FF 30 ; REX to access upper reg.
326 PUSHq (%rax) # -- -- -- -- FF 30
327 PUSHFQ # -- -- -- -- 9C
328
329
330
331
332
333 # MMX/XMM/x87 State
334 # FNSAVE
335 # FRSTOR
336 # FSAVE
337 # FXRSTOR
338 # FXSAVE
339 # EMMS
340 EMMS # -- -- -- -- 0F 77
341 # FEMMS
342 FEMMS # -- -- -- -- 0F 0E
343
344 # LEA calculation
345
346 # MISC System Instructions
347 # CLFLUSH
348
349 # INVD
350 INVD # -- -- -- -- 0F 08
351
352 # INVLPG
353 INVLPG (%r8) # -- -- -- 41 0F 01 38 ; REX to access upper reg.
354 INVLPG (%rax) # -- -- -- -- 0F 01 38
355 INVLPG (%r8) # -- -- -- 41 0F 01 38 ; REX to access upper reg.
356 INVLPG (%rax) # -- -- -- -- 0F 01 38
357 INVLPG (%r8) # -- -- -- 41 0F 01 38 ; REX to access upper reg.
358 INVLPG (%rax) # -- -- -- -- 0F 01 38
359
360 # LAR
361
362 # LGDT
363
364 # LIDT
365
366
367 # LLDT
368
369 # SGDT
370
371 # SIDT
372
373 # SLDT
374 # SLDT (%eax) # -- 67 -- -- 0F 00 00 ; A32 override: (Addr64) = ZEXT(Addr32 )
375 SLDT %eax # -- -- -- -- 0F 00 C0
376
377 # SWAPGS
378
379
380
381 # IO
382
383 # OUT
384 OUT %al,$0 # -- -- -- -- E6 00
385 OUT %ax,$0 # 66 -- -- -- E7 00 ; O16 for 16-bit operand size
386 OUT %eax,$0 # -- -- -- -- E7 00
387
388 # IN
389
390 .p2align 4,0
git-cvsimport of binutils cvsroot