Intel 253666-024US Bedienungsanleitung Seite 437
- Seite / 760
- Inhaltsverzeichnis
- LESEZEICHEN
Bewertet. / 5. Basierend auf Kundenbewertungen
Vol. 2A 3-391
INSTRUCTION SET REFERENCE, A-M
FSTCW/FNSTCW—Store x87 FPU Control Word
#NM CR0.EM[bit 2] or CR0.TS[bit 3] = 1.
#MF If there is a pending x87 FPU exception.
#PF(fault-code) If a page fault occurs.
#AC(0) If alignment checking is enabled and an unaligned memory
reference is made while the current privilege level is 3.
#UD If the LOCK prefix is used.
- Software Developer’s Manual 1
- Vol. 2A v 5
- Vol. 2A vii 7
- Vol. 2A ix 9
- Vol. 2A xi 11
- Vol. 2A xiii 13
- Vol. 2A xv 15
- Vol. 2A xvii 17
- Vol. 2A xix 19
- CONTENTS 20
- CHAPTER 1 21
- ABOUT THIS MANUAL 21
- 1-2 Vol. 2A 22
- 1.3 NOTATIONAL CONVENTIONS 23
- 1.3.1 Bit and Byte Order 24
- 1.3.3 Instruction Operands 26
- 1.3.5 Segmented Addressing 26
- 1.3.6 Exceptions 27
- 1.4 RELATED LITERATURE 28
- Vol. 2A 1-9 29
- 1-10 Vol. 2A 30
- CHAPTER 2 31
- INSTRUCTION FORMAT 31
- • Group 2 32
- • Group 3 32
- • Group 4 32
- 2.1.2 Opcodes 33
- 2.1.3 ModR/M and SIB Bytes 34
- Vol. 2A 2-5 35
- 2-6 Vol. 2A 36
- Vol. 2A 2-7 37
- 2-8 Vol. 2A 38
- 2.2.1 REX Prefixes 39
- 2.2.1.1 Encoding 40
- 5UUU %EEE 41
- 2-12 Vol. 2A 42
- 2.2.1.3 Displacement 43
- 2.2.1.5 Immediates 44
- • Near branches 45
- CHAPTER 3 47
- 3-2 Vol. 2A 48
- 3-4 Vol. 2A 50
- Vol. 2A 3-5 51
- 3-6 Vol. 2A 52
- 3.1.1.7 Operation Section 53
- 3-8 Vol. 2A 54
- Vol. 2A 3-9 55
- 3-10 Vol. 2A 56
- Vol. 2A 3-11 57
- Intrinsics API 58
- Technology Intrinsics 58
- Vol. 2A 3-13 59
- 3-14 Vol. 2A 60
- Vol. 2A 3-15 61
- 3-16 Vol. 2A 62
- Vol. 2A 3-17 63
- 3.2 INSTRUCTIONS (A-M) 64
- ADC—Add with Carry 73
- Vol. 2A 3-35 81
- Vol. 2A 3-39 85
- Vol. 2A 3-41 87
- xmm2/m128[63:0]; 92
- AND—Logical AND 99
- Description 100
- Operation 100
- Flags Affected 100
- Protected Mode Exceptions 100
- Real-Address Mode Exceptions 100
- Virtual-8086 Mode Exceptions 101
- Compatibility Mode Exceptions 101
- 64-Bit Mode Exceptions 101
- Point Values 102
- Floating-Point Values 106
- Vol. 2A 3-65 111
- BSF—Bit Scan Forward 115
- BSR—Bit Scan Reverse 117
- BSWAP—Byte Swap 119
- BT—Bit Test 121
- BTC—Bit Test and Complement 124
- BTR—Bit Test and Reset 127
- BTS—Bit Test and Set 130
- CALL—Call Procedure 133
- Vol. 2A 3-89 135
- Vol. 2A 3-91 137
- -byte call gate 138
- = 16 *) 140
- Vol. 2A 3-95 141
- ≠ CPL) 142
- Vol. 2A 3-97 143
- ≠ DPL of code segment 144
- Vol. 2A 3-99 145
- Vol. 2A 3-105 151
- CLC—Clear Carry Flag 152
- CLD—Clear Direction Flag 153
- CLFLUSH—Flush Cache Line 154
- Vol. 2A 3-109 155
- CLI — Clear Interrupt Flag 156
- Vol. 2A 3-111 157
- < 3) AND (VME = 1) 157
- Vol. 2A 3-113 159
- CMC—Complement Carry Flag 161
- CMOVcc—Conditional Move 162
- Vol. 2A 3-117 163
- Vol. 2A 3-119 165
- CMP—Compare Two Operands 169
- Vol. 2A 3-127 173
- Vol. 2A 3-135 181
- Vol. 2A 3-139 185
- CMPXCHG—Compare and Exchange 196
- Values and Set EFLAGS 202
- CPUID—CPU Identification 208
- Vol. 2A 3-163 209
- Vol. 2A 3-165 211
- Vol. 2A 3-167 213
- • Model — 1111B 215
- • Family — 0101B 215
- • Processor Type — 00B 215
- Processor 01B 216
- Vol. 2A 3-171 217
- OM16524b 218
- Vol. 2A 3-173 219
- ('; 220
- Vol. 2A 3-175 221
- Vol. 2A 3-177 223
- Vol. 2A 3-179 225
- -μop, 8-way set associative 226
- Vol. 2A 3-181 227
- How Brand Strings Work 228
- Vol. 2A 3-183 229
- III Xeon 230
- Vol. 2A 3-187 233
- Vol. 2A 3-189 235
- Packed Doubleword Integers 241
- Vol. 2A 3-197 243
- Vol. 2A 3-215 261
- Doubleword Integer 265
- Floating-Point Value 271
- Vol. 2A 3-233 279
- Vol. 2A 3-245 291
- Quadword 301
- Vol. 2A 3-257 303
- > 9) or AF = 1) 303
- Vol. 2A 3-259 305
- DEC—Decrement by 1 307
- Vol. 2A 3-263 309
- DIV—Unsigned Divide 310
- Table 3-20. DIV Action 311
- Vol. 2A 3-271 317
- Vol. 2A 3-273 319
- Vol. 2A 3-279 325
- ELSE IF StackSize = 32 329
- ELSE (* StackSize = 16 *) 329
- 1 to (NestingLevel - 1) 329
- F2XM1—Compute 2 332
- FABS—Absolute Value 334
- FADD/FADDP/FIADD—Add 336
- = FADDP 337
- FPU Flags Affected 338
- Floating-Point Exceptions 338
- Table 3-24. FBSTP Results 342
- FCHS—Change Sign 345
- FCLEX/FNCLEX—Clear Exceptions 347
- Set EFLAGS 355
- Vol. 2A 3-311 357
- FCOS—Cosine 358
- Vol. 2A 3-313 359
- FDIV/FDIVP/FIDIV—Divide 362
- Vol. 2A 3-317 363
- = FDIVP 364
- = FIDIVR 367
- = FDIVRP 368
- FICOM/FICOMP—Compare Integer 371
- = FICOMP 372
- FILD—Load Integer 374
- Vol. 2A 3-333 379
- FIST/FISTP—Store Integer 380
- = FISTP 381
- ← not roundup; 1 ← roundup 381
- Vol. 2A 3-337 383
- Numeric Exceptions 385
- Real Address Mode Exceptions 385
- Virtual 8086 Mode Exceptions 385
- FLD—Load Floating Point Value 387
- Vol. 2A 3-345 391
- FMUL/FMULP/FIMUL—Multiply 397
- = FMULP 398
- FNOP—No Operation 401
- FPATAN—Partial Arctangent 402
- Vol. 2A 3-357 403
- FPREM—Partial Remainder 405
- Vol. 2A 3-361 407
- FPREM1—Partial Remainder 408
- FPTAN—Partial Tangent 411
- FRNDINT—Round to Integer 414
- FRSTOR—Restore x87 FPU State 416
- FSCALE—Scale 423
- 3-378 Vol. 2A FSCALE—Scale 424
- FSIN—Sine 425
- 3-380 Vol. 2A FSIN—Sine 426
- FSINCOS—Sine and Cosine 427
- FSQRT—Square Root 430
- Vol. 2A 3-391 437
- Vol. 2A 3-393 439
- FSUB/FSUBP/FISUB—Subtract 444
- = result) 445
- − DEST; FI; 449
- FSUBRP 450
- FTST—TEST 452
- = SRC: C3, C2, C0 ← 100; 455
- = FUCOMP 455
- = FUCOMPP 455
- FXAM—ExamineModR/M 457
- Non-64-Bit Mode Operation 464
- Memory Region 464
- Memory Region (Contd.) 465
- Vol. 2A 3-421 467
- IA-32e Mode Operation 469
- Default OperandSize 470
- Default OperandSize (Contd.) 471
- Implementation Note 474
- FYL2X—Compute y ∗ log 477
- FYL2XP1—Compute y ∗ log 479
- Exceptions 486
- HLT—Halt 489
- − xmm1[127:64]; 492
- − xmm2/m128[127:64]; 492
- If the LOCK prefix is used 494
- − xmm1[63:32]; 496
- −xmm1[127:96]; 496
- − xmm2/m128[63:32]; 496
- − xmm2/m128[127:96]; 496
- IDIV—Signed Divide 499
- = 8 (* Word/byte operation *) 500
- IMUL—Signed Multiply 503
- IN—Input from Port 508
- Vol. 2A 3-463 509
- INC—Increment by 1 510
- Table 3-56. Decision Table 518
- = 1, task gate *) 520
- Vol. 2A 3-475 521
- Vol. 2A 3-477 523
- ≠ DPL of code segment 525
- = 0; FI; 525
- Vol. 2A 3-485 531
- INVLPG—Invalidate TLB Entry 534
- IRET/IRETD—Interrupt Return 536
- Vol. 2A 3-493 539
- Vol. 2A 3-495 541
- Vol. 2A 3-497 543
- Jcc—Jump if Condition Is Met 547
- Vol. 2A 3-503 549
- JMP—Jump 554
- Vol. 2A 3-509 555
- • A task switch 556
- 3-512 Vol. 2A JMP—Jump 558
- Vol. 2A 3-513 559
- 3-514 Vol. 2A JMP—Jump 560
- Vol. 2A 3-517 563
- LAR—Load Access Rights Byte 566
- ≠ conforming code segment 568
- Implementation Notes 570
- LDMXCSR—Load MXCSR Register 573
- = NULL and ( (RPL = 3) or 576
- ≠ 3 and RPL ≠ CPL) ) 576
- Vol. 2A 3-531 577
- LEA—Load Effective Address 581
- = 16 and AddressSize = 16 582
- = 16 and AddressSize = 32 582
- = 32 and AddressSize = 16 582
- = 32 and AddressSize = 32 582
- = 16 and AddressSize = 64 582
- = 32 and AddressSize = 64 583
- = 64 and AddressSize = 64 583
- Vol. 2A 3-539 585
- LFENCE—Load Fence 586
- Vol. 2A 3-545 591
- LMSW—Load Machine Status Word 593
- LSL—Load Segment Limit 604
- = 64 (* REX.W used *) 606
- LTR—Load Task Register 608
- Vol. 2A 3-563 609
- Vol. 2A 3-569 615
- > SRC[31:0]); FI; 620
- > SRC[127:96]) 620
- = SNaN) 623
- = SNaN) THEN SRC[31:0]; FI; 626
- MFENCE—Memory Fence 629
- < SRC[63:0]) 630
- > SRC[31:0]) 633
- < SRC[127:96]) 633
- = SNaN) THEN SRC[63:0]; FI; 636
- Vol. 2A 3-597 643
- MOV—Move 645
- Vol. 2A 3-609 655
- #UD If CR0.EM[bit 2] = 1 658
- If CR4.OSFXSR[bit 9] = 0 658
- Vol. 2A 3-619 665
- Vol. 2A 3-637 683
- #UD If CR0.EM[bit 2] = 1 697
- Non-Temporal Hint 700
- MOVQ—Move Quadword 709
- String to String 714
- MOVZX—Move with Zero-Extend 739
- MUL—Unsigned Multiply 741
- Vol. 2A 3-701 747
- Vol. 2A 3-703 749
- Vol. 2A 3-707 753
- Vol. 2A 3-709 755
- MWAIT—Monitor Wait 756
- MWAIT for Power Management 757
Verwandte Produkte und Handbücher für Hardware Intel 253666-024US
Hardware Intel SHG2 Bedienungsanleitung
(100 Seiten)
(100 Seiten)
Hardware Intel vPro Bedienungsanleitung
(41 Seiten)
(41 Seiten)
Hardware Intel MB899 Bedienungsanleitung
(68 Seiten)
(68 Seiten)
Hardware Intel AR-B1760 Bedienungsanleitung
(68 Seiten)
(68 Seiten)
Hardware Intel 5400 Series Bedienungsanleitung
(100 Seiten)
(100 Seiten)
Hardware Intel XP-P5CM-GV Bedienungsanleitung
(28 Seiten)
(28 Seiten)
Hardware Intel SG-81 Bedienungsanleitung
(56 Seiten)
(56 Seiten)
Hardware Intel 430TX Bedienungsanleitung
(65 Seiten)
(65 Seiten)
Hardware Intel CUSL2K Bedienungsanleitung
(122 Seiten)
(122 Seiten)
Hardware Intel 82543GC Bedienungsanleitung
(24 Seiten)
(24 Seiten)
Hardware Intel Arima LH500 Bedienungsanleitung
(78 Seiten)
(78 Seiten)
Hardware Intel 8S648-RZ-C Bedienungsanleitung
(40 Seiten)
(40 Seiten)
Hardware Intel KEMX-2030 Bedienungsanleitung
(60 Seiten)
(60 Seiten)
Hardware Intel 8086-1 Bedienungsanleitung
(30 Seiten)
(30 Seiten)
Hardware Intel D845PESV Bedienungsanleitung
(78 Seiten)
(78 Seiten)
Hardware Intel D865PCD Bedienungsanleitung
(110 Seiten)
(110 Seiten)
Hardware Intel SE7520JR2 Bedienungsanleitung
(63 Seiten)
(63 Seiten)
© 2020, manymanuals.de. Alle Rechte vorbehalten. | 0.074 s |
Manymanuals.com
Manymanuals.de
Manymanuals.fr
Manymanuals.it
Manymanuals.pl
Manymanuals.cz
Manymanuals.es
Manymanuals-pt.com
Kommentare zu diesen Handbüchern