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dthalerdthaler
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Fix some formatting issues in the appendix
Signed-off-by: Dave Thaler <[email protected]>
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‎isa/kernel.org/instruction-set.rst

+58-58
Original file line numberDiff line numberDiff line change
@@ -519,70 +519,70 @@ opcode imm description reference
519519
0x1d 0x00 if dst == src goto +offset `Jump instructions`_
520520
0x1e 0x00 if (uint32_t)dst == (uint32_t)src goto +offset `Jump instructions`_
521521
0x1f 0x00 dst -= src `Arithmetic instructions`_
522-
0x20 any dst = ntohl(*(uint32_t *)(R6->data + imm)) `Load and store instructions`_
523-
0x24 any dst = (uint32_t)(dst * imm) `Arithmetic instructions`_
522+
0x20 any dst = ntohl(\*(uint32_t \*)(R6->data + imm)) `Load and store instructions`_
523+
0x24 any dst = (uint32_t)(dst \* imm) `Arithmetic instructions`_
524524
0x25 any if dst > imm goto +offset `Jump instructions`_
525525
0x26 any if (uint32_t)dst > imm goto +offset `Jump instructions`_
526-
0x27 any dst *= imm `Arithmetic instructions`_
527-
0x28 any dst = ntohs(*(uint16_t *)(R6->data + imm)) `Load and store instructions`_
528-
0x2c 0x00 dst = (uint32_t)(dst * src) `Arithmetic instructions`_
526+
0x27 any dst \*= imm `Arithmetic instructions`_
527+
0x28 any dst = ntohs(\*(uint16_t \*)(R6->data + imm)) `Load and store instructions`_
528+
0x2c 0x00 dst = (uint32_t)(dst \* src) `Arithmetic instructions`_
529529
0x2d 0x00 if dst > src goto +offset `Jump instructions`_
530530
0x2e 0x00 if (uint32_t)dst > (uint32_t)src goto +offset `Jump instructions`_
531-
0x2f 0x00 dst *= src `Arithmetic instructions`_
532-
0x30 any dst = (*(uint8_t *)(R6->data + imm)) `Load and store instructions`_
531+
0x2f 0x00 dst \*= src `Arithmetic instructions`_
532+
0x30 any dst = (\*(uint8_t \*)(R6->data + imm)) `Load and store instructions`_
533533
0x34 any dst = (uint32_t)(dst / imm) `Arithmetic instructions`_
534534
0x35 any if dst >= imm goto +offset `Jump instructions`_
535535
0x36 any if (uint32_t)dst >= imm goto +offset `Jump instructions`_
536536
0x37 any dst /= imm `Arithmetic instructions`_
537-
0x38 any dst = ntohll(*(uint64_t *)(R6->data + imm)) `Load and store instructions`_
537+
0x38 any dst = ntohll(\*(uint64_t \*)(R6->data + imm)) `Load and store instructions`_
538538
0x3c 0x00 dst = (uint32_t)(dst / src) `Arithmetic instructions`_
539539
0x3d 0x00 if dst >= src goto +offset `Jump instructions`_
540540
0x3e 0x00 if (uint32_t)dst >= (uint32_t)src goto +offset `Jump instructions`_
541541
0x3f 0x00 dst /= src `Arithmetic instructions`_
542-
0x40 any dst = ntohl(*(uint32_t *)(R6->data + src + imm)) `Load and store instructions`_
542+
0x40 any dst = ntohl(\*(uint32_t \*)(R6->data + src + imm)) `Load and store instructions`_
543543
0x44 any dst = (uint32_t)(dst \| imm) `Arithmetic instructions`_
544544
0x45 any if dst & imm goto +offset `Jump instructions`_
545545
0x46 any if (uint32_t)dst & imm goto +offset `Jump instructions`_
546-
0x47 any dst |= imm `Arithmetic instructions`_
547-
0x48 any dst = ntohs(*(uint16_t *)(R6->data + src + imm)) `Load and store instructions`_
546+
0x47 any dst \|= imm `Arithmetic instructions`_
547+
0x48 any dst = ntohs(\*(uint16_t \*)(R6->data + src + imm)) `Load and store instructions`_
548548
0x4c 0x00 dst = (uint32_t)(dst \| src) `Arithmetic instructions`_
549549
0x4d 0x00 if dst & src goto +offset `Jump instructions`_
550550
0x4e 0x00 if (uint32_t)dst & (uint32_t)src goto +offset `Jump instructions`_
551-
0x4f 0x00 dst |= src `Arithmetic instructions`_
552-
0x50 any dst = *(uint8_t *)(R6->data + src + imm)) `Load and store instructions`_
551+
0x4f 0x00 dst \|= src `Arithmetic instructions`_
552+
0x50 any dst = \*(uint8_t \*)(R6->data + src + imm)) `Load and store instructions`_
553553
0x54 any dst = (uint32_t)(dst & imm) `Arithmetic instructions`_
554554
0x55 any if dst != imm goto +offset `Jump instructions`_
555555
0x56 any if (uint32_t)dst != imm goto +offset `Jump instructions`_
556556
0x57 any dst &= imm `Arithmetic instructions`_
557-
0x58 any dst = ntohll(*(uint64_t *)(R6->data + src + imm)) `Load and store instructions`_
557+
0x58 any dst = ntohll(\*(uint64_t \*)(R6->data + src + imm)) `Load and store instructions`_
558558
0x5c 0x00 dst = (uint32_t)(dst & src) `Arithmetic instructions`_
559559
0x5d 0x00 if dst != src goto +offset `Jump instructions`_
560560
0x5e 0x00 if (uint32_t)dst != (uint32_t)src goto +offset `Jump instructions`_
561561
0x5f 0x00 dst &= src `Arithmetic instructions`_
562-
0x61 0x00 dst = *(uint32_t *)(src + offset) `Load and store instructions`_
563-
0x62 any *(uint32_t *)(dst + offset) = imm `Load and store instructions`_
564-
0x63 0x00 *(uint32_t *)(dst + offset) = src `Load and store instructions`_
562+
0x61 0x00 dst = \*(uint32_t \*)(src + offset) `Load and store instructions`_
563+
0x62 any \*(uint32_t \*)(dst + offset) = imm `Load and store instructions`_
564+
0x63 0x00 \*(uint32_t \*)(dst + offset) = src `Load and store instructions`_
565565
0x64 any dst = (uint32_t)(dst << imm) `Arithmetic instructions`_
566566
0x65 any if dst s> imm goto +offset `Jump instructions`_
567567
0x66 any if (int32_t)dst s> (int32_t)imm goto +offset `Jump instructions`_
568568
0x67 any dst <<= imm `Arithmetic instructions`_
569-
0x69 0x00 dst = *(uint16_t *)(src + offset) `Load and store instructions`_
570-
0x6a any *(uint16_t *)(dst + offset) = imm `Load and store instructions`_
571-
0x6b 0x00 *(uint16_t *)(dst + offset) = src `Load and store instructions`_
569+
0x69 0x00 dst = \*(uint16_t \*)(src + offset) `Load and store instructions`_
570+
0x6a any \*(uint16_t \*)(dst + offset) = imm `Load and store instructions`_
571+
0x6b 0x00 \*(uint16_t \*)(dst + offset) = src `Load and store instructions`_
572572
0x6c 0x00 dst = (uint32_t)(dst << src) `Arithmetic instructions`_
573573
0x6d 0x00 if dst s> src goto +offset `Jump instructions`_
574574
0x6e 0x00 if (int32_t)dst s> (int32_t)src goto +offset `Jump instructions`_
575575
0x6f 0x00 dst <<= src `Arithmetic instructions`_
576-
0x71 0x00 dst = *(uint8_t *)(src + offset) `Load and store instructions`_
577-
0x72 any *(uint8_t *)(dst + offset) = imm `Load and store instructions`_
578-
0x73 0x00 *(uint8_t *)(dst + offset) = src `Load and store instructions`_
576+
0x71 0x00 dst = \*(uint8_t \*)(src + offset) `Load and store instructions`_
577+
0x72 any \*(uint8_t \*)(dst + offset) = imm `Load and store instructions`_
578+
0x73 0x00 \*(uint8_t \*)(dst + offset) = src `Load and store instructions`_
579579
0x74 any dst = (uint32_t)(dst >> imm) `Arithmetic instructions`_
580580
0x75 any if dst s>= imm goto +offset `Jump instructions`_
581581
0x76 any if (int32_t)dst s>= (int32_t)imm goto +offset `Jump instructions`_
582582
0x77 any dst >>= imm `Arithmetic instructions`_
583-
0x79 0x00 dst = *(uint64_t *)(src + offset) `Load and store instructions`_
584-
0x7a any *(uint64_t *)(dst + offset) = imm `Load and store instructions`_
585-
0x7b 0x00 *(uint64_t *)(dst + offset) = src `Load and store instructions`_
583+
0x79 0x00 dst = \*(uint64_t \*)(src + offset) `Load and store instructions`_
584+
0x7a any \*(uint64_t \*)(dst + offset) = imm `Load and store instructions`_
585+
0x7b 0x00 \*(uint64_t \*)(dst + offset) = src `Load and store instructions`_
586586
0x7c 0x00 dst = (uint32_t)(dst >> src) `Arithmetic instructions`_
587587
0x7d 0x00 if dst s>= src goto +offset `Jump instructions`_
588588
0x7e 0x00 if (int32_t)dst s>= (int32_t)src goto +offset `Jump instructions`_
@@ -611,22 +611,22 @@ opcode imm description reference
611611
0xbd 0x00 if dst <= src goto +offset `Jump instructions`_
612612
0xbe 0x00 if (uint32_t)dst <= (uint32_t)src goto +offset `Jump instructions`_
613613
0xbf 0x00 dst = src `Arithmetic instructions`_
614-
0xc3 0x00 lock *(uint32_t *)(dst + offset) += src `Atomic operations`_
615-
0xc3 0x01 lock *(uint32_t *)(dst + offset) += src `Atomic operations`_
616-
lock src = *(uint32_t *)(dst + offset)
617-
0xc3 0x40 *(uint32_t *)(dst + offset) |= src `Atomic operations`_
618-
0xc3 0x41 *(uint32_t *)(dst + offset) |= src `Atomic operations`_
619-
lock src = *(uint32_t *)(dst + offset)
620-
0xc3 0x50 *(uint32_t *)(dst + offset) &= src `Atomic operations`_
621-
0xc3 0x51 *(uint32_t *)(dst + offset) &= src `Atomic operations`_
622-
lock src = *(uint32_t *)(dst + offset)
623-
0xc3 0xa0 *(uint32_t *)(dst + offset) ^= src `Atomic operations`_
624-
0xc3 0xa1 *(uint32_t *)(dst + offset) ^= src `Atomic operations`_
625-
lock src = *(uint32_t *)(dst + offset)
626-
0xc3 0xe1 swap(src, *(uint32_t *)(dst + offset)) `Atomic operations`_
627-
0xc3 0xf1 lock temp = *(uint32_t *)(dst + offset) `Atomic operations`_
628-
if *(uint32_t)(dst + offset) == R0
629-
*(uint32_t)(dst + offset) = src
614+
0xc3 0x00 lock \*(uint32_t \*)(dst + offset) += src `Atomic operations`_
615+
0xc3 0x01 lock \*(uint32_t \*)(dst + offset) += src `Atomic operations`_
616+
lock src = \*(uint32_t \*)(dst + offset)
617+
0xc3 0x40 \*(uint32_t \*)(dst + offset) \|= src `Atomic operations`_
618+
0xc3 0x41 \*(uint32_t \*)(dst + offset) \|= src `Atomic operations`_
619+
lock src = \*(uint32_t \*)(dst + offset)
620+
0xc3 0x50 \*(uint32_t \*)(dst + offset) &= src `Atomic operations`_
621+
0xc3 0x51 \*(uint32_t \*)(dst + offset) &= src `Atomic operations`_
622+
lock src = \*(uint32_t \*)(dst + offset)
623+
0xc3 0xa0 \*(uint32_t \*)(dst + offset) ^= src `Atomic operations`_
624+
0xc3 0xa1 \*(uint32_t \*)(dst + offset) ^= src `Atomic operations`_
625+
lock src = \*(uint32_t \*)(dst + offset)
626+
0xc3 0xe1 swap(src, \*(uint32_t \*)(dst + offset)) `Atomic operations`_
627+
0xc3 0xf1 lock temp = \*(uint32_t \*)(dst + offset) `Atomic operations`_
628+
if (\*(uint32_t)(dst + offset) == R0)
629+
\*(uint32_t)(dst + offset) = src
630630
R0 = temp
631631
0xc4 any dst = (uint32_t)(dst s>> imm) `Arithmetic instructions`_
632632
0xc5 any if dst s< imm goto +offset `Jump instructions`_
@@ -641,22 +641,22 @@ opcode imm description reference
641641
0xd4 0x40 dst = htole64(dst) `Byte swap instructions`_
642642
0xd5 any if dst s<= imm goto +offset `Jump instructions`_
643643
0xd6 any if (int32_t)dst s<= (int32_t)imm goto +offset `Jump instructions`_
644-
0xc3 0x00 lock *(uint64_t *)(dst + offset) += src `Atomic operations`_
645-
0xdb 0x01 lock *(uint64_t *)(dst + offset) += src `Atomic operations`_
646-
lock src = *(uint64_t *)(dst + offset)
647-
0xdb 0x40 *(uint64_t *)(dst + offset) |= src `Atomic operations`_
648-
0xdb 0x41 *(uint64_t *)(dst + offset) |= src `Atomic operations`_
649-
lock src = *(uint64_t *)(dst + offset)
650-
0xdb 0x50 *(uint64_t *)(dst + offset) &= src `Atomic operations`_
651-
0xdb 0x51 *(uint64_t *)(dst + offset) &= src `Atomic operations`_
652-
lock src = *(uint64_t *)(dst + offset)
653-
0xdb 0xa0 *(uint64_t *)(dst + offset) ^= src `Atomic operations`_
654-
0xdb 0xa1 *(uint64_t *)(dst + offset) ^= src `Atomic operations`_
655-
lock src = *(uint64_t *)(dst + offset)
656-
0xdb 0xe1 swap(src, *(uint64_t *)(dst + offset)) `Atomic operations`_
657-
0xdb 0xf1 lock temp = *(uint64_t *)(dst + offset) `Atomic operations`_
658-
if *(uint64_t)(dst + offset) == R0
659-
*(uint64_t)(dst + offset) = src
644+
0xc3 0x00 lock \*(uint64_t \*)(dst + offset) += src `Atomic operations`_
645+
0xdb 0x01 lock \*(uint64_t \*)(dst + offset) += src `Atomic operations`_
646+
lock src = \*(uint64_t \*)(dst + offset)
647+
0xdb 0x40 \*(uint64_t \*)(dst + offset) \|= src `Atomic operations`_
648+
0xdb 0x41 \*(uint64_t \*)(dst + offset) \|= src `Atomic operations`_
649+
lock src = \*(uint64_t \*)(dst + offset)
650+
0xdb 0x50 \*(uint64_t \*)(dst + offset) &= src `Atomic operations`_
651+
0xdb 0x51 \*(uint64_t \*)(dst + offset) &= src `Atomic operations`_
652+
lock src = \*(uint64_t \*)(dst + offset)
653+
0xdb 0xa0 \*(uint64_t \*)(dst + offset) ^= src `Atomic operations`_
654+
0xdb 0xa1 \*(uint64_t \*)(dst + offset) ^= src `Atomic operations`_
655+
lock src = \*(uint64_t \*)(dst + offset)
656+
0xdb 0xe1 swap(src, \*(uint64_t \*)(dst + offset)) `Atomic operations`_
657+
0xdb 0xf1 lock temp = \*(uint64_t \*)(dst + offset) `Atomic operations`_
658+
if (\*(uint64_t)(dst + offset) == R0)
659+
\*(uint64_t)(dst + offset) = src
660660
R0 = temp
661661
0xdc 0x10 dst = htobe16(dst) `Byte swap instructions`_
662662
0xdc 0x20 dst = htobe32(dst) `Byte swap instructions`_

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