241 lines
15 KiB
Plaintext
241 lines
15 KiB
Plaintext
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| Motorola |
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| 666 88888 000 1 000 |
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| 6 8 8 0 0 11 0 0 |
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| 6 8 8 0 0 0 1 0 0 0 |
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| 666666 88888 0 0 0 1 0 0 0 |
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| 6 6 8 8 0 0 0 1 0 0 0 |
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| 6 6 8 8 0 0 1 0 0 |
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| 66666 88888 000 111 000 |
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| 68010 MICROPROCESSOR Instruction Set Summary |
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| _________ _________ |
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| | \__/ | |
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| <--> D4 -|1 64|- D5 <--> |
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| <--> D3 -|2 63|- D6 <--> |
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| <--> D2 -|3 62|- D7 <--> |
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| <--> D1 -|4 61|- D8 <--> |
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| <--> D0 -|5 60|- D9 <--> |
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| <-- ~AS -|6 59|- D10 <--> |
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| <-- ~UDS -|7 58|- D11 <--> |
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| <-- ~LDS -|8 57|- D12 <--> |
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| <-- R/~W -|9 56|- D13 <--> |
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| --> ~DTACK -|10 55|- D14 <--> |
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| <-- ~BG -|11 54|- D15 <--> |
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| --> ~BGACK -|12 53|- GND |
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| --> ~BR -|13 52|- A23 --> |
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| Vcc -|14 51|- A22 --> |
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| --> CLK -|15 50|- A21 --> |
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| GND -|16 68010 49|- Vcc |
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| <--> ~HALT -|17 48|- A20 --> |
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| <--> ~RESET -|18 47|- A19 --> |
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| <-- ~VMA -|19 46|- A18 --> |
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| <-- E -|20 45|- A17 --> |
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| --> ~VPA -|21 44|- A16 --> |
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| --> ~BERR -|22 43|- A15 --> |
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| --> ~IPL2 -|23 42|- A14 --> |
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| --> ~IPL1 -|24 41|- A13 --> |
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| --> ~IPL0 -|25 40|- A12 --> |
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| <-- FC2 -|26 39|- A11 --> |
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| <-- FC1 -|27 38|- A10 --> |
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| <-- FC0 -|28 37|- A9 --> |
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| <-- A1 -|29 36|- A8 --> |
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| <-- A2 -|30 35|- A7 --> |
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| <-- A3 -|31 34|- A6 --> |
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| <-- A4 -|32 33|- A5 --> |
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| |______________________| |
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|Written by Jonathan Bowen |
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| Programming Research Group |
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| Oxford University Computing Laboratory |
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| 8-11 Keble Road |
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| Oxford OX1 3QD |
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| England |
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| Tel +44-865-273840 |
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|Created November 1984 |
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|Updated April 1985 |
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|Issue 1.1 Copyright (C) J.P.Bowen 1985|
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----------------------------------------------------------------
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----------------------------------------------------------------
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|Mnemonic |XNZVC|BWL|Description |Notes |
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|-----------+-----+---+----------------------+-----------------|
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|ABCD s,d |*?*?*|X |Add BCD format |d=BCD{d+s+X} |
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|ADD s,d |*****|XXX|Add binary |d=d+s |
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|ADDA s,An |-----| XX|Add Address |An=An+s |
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|ADDI #e,d |*****|XXX|Add Immediate |d=d+e |
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|ADDQ #q,d |*****|XXX|Add Quick |d=d+q |
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|ADDX s,d |*****|XXX|Add Extended |d=d+s+X |
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|AND s,d |-**00|XXX|Logical AND |d=d&s |
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|ANDI #e,d |-**00|XXX|Logical AND Immediate |d=d&e |
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|ASlr d |*****|XXX|Arithmetic Shift |d=d*2 or d=d/2 |
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|Bcc l |-----|XX |Branch conditionally |If cc BRA |
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|BCHG s,d |--*--| XX|Bit test and Change |BTST,d<s>=Z |
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|BCLR d |--*--| XX|Bit test and Clear |BTST,d<s>=0 |
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|BRA l |-----|XX |Branch Always |PC=l |
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|BSET d |--*--| XX|Bit test and Set |BTST,d<s>=1 |
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|BSR l |-----|XX |Branch to Subroutine |-[SP]=PC,PC=l |
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|BTST d |--*--| XX|Bit Test |Z=~d<s> |
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|CHK s,Dn |-*???| X |Check register |If 0>Dn>s $[18H] |
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|CLR d |-0100|XXX|Clear operand |d=0 |
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|CMP s,Dn |-****|XXX|Compare |Dn-s |
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|CMPA s,An |-****|XXX|Compare Address |An-s |
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|CMPI #e,d |-****|XXX|Compare Immediate |d-e |
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|CMPM s,d |-****|XXX|Compare Memory |d-s |
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|DBcc Dn,l |-----| |Decrement and Branch |If~cc&Dn-1~-1 BRA|
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|DIVS s,Dn |-***0| X |Signed Division |Dn={Dn%s,Dn/s} |
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|DIVU s,Dn |-***0| X |Unsigned Division |Dn={Dn%s,Dn/s} |
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|EOR Dn,d |-**00|XXX|Exclusive OR |d=dxDn |
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|EORI #e,d |-**00|XXX|Exclusive OR Immediate|d=dxe |
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|EXG r,r |-----| X|Exchange registers |r<->r |
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|EXT Dn |-**00| XX|Extend sign |Dn<hi>=Dn<7or15> |
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|JMP d |-----| |Jump |PC=d |
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|JSR d |-----| |Jump to Subroutine |-[SP]=PC,PC=d |
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|LEA s,An |-----| X|Load Effective Address|An=EA{s} |
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|LINK An,#nn|-----| |Link and allocate |-[SP]=An=SP=SP+nn|
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|LSlr d |***0*|XXX|Logical Shift |d=->{C,d,0}<- |
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|MOVE s,d |-**00|XXX|Move data |d=s |
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|MOVE s,cs |*****|XX |Move to status reg |cs=s |
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|MOVE cs,d |-----|XX |Move from status reg |d=cs |
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|MOVE USP,An|-----| X|Move User SP |USP=An or An=USP |
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|MOVEA s,An |-----| XX|Move Address |An=s |
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|MOVEC Cr,An|-----| X|Move Control register |Cr=An or An=Cr |
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|MOVEM s,d |-----| XX|Move Multiple register|rr=s or d=rr |
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|MOVEP s,d |-----| XX|Move Peripheral data |d=Dn or Dn=s |
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|MOVEQ #q,d |-**00| X|Move Quick |d=q |
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|MOVES s,d |-----| X|Move alternate Space |d=An or An=s |
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|MULS s,Dn |-**00| X |Signed Multiply |Dn<0:31>=Dn*s |
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|MULU s,Dn |-**00| X |Unsigned Multiply |Dn<0:31>=Dn*s |
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|NBCD d |*?*?*|X |Negate BCD format |d=BCD{-d-X} |
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|NEG d |*****|XXX|Negate |d=-d |
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|NEGX d |*****|XXX|Negate with Extend |d=-d-X |
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|NOP |-----| |No Operation | |
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|NOT d |-**00|XXX|Logical NOT |d=~d |
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|OR s,d |-**00|XXX|Inclusive OR |d=dvs |
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|ORI #e,d |-**00|XXX|Inclusive OR Immediate|d=dve |
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|PEA s |-----| X|Push Effective Address|-[SP]=EA{s} |
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|RESET |-----| |Reset external devices|Reset line=0 |
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|ROlr d |-**0*|XXX|Rotate |d=->{d}<- |
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|ROXlr d |***0*|XXX|Rotate with Extend |d=->{d}<-,X=C |
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|RTE |*****| |Return from Exception |SR=[SSP]+,RTS |
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|RTR |*****| |Return and Restore |SR<0:4>=[SP]+,RTS|
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|RTS |-----| |Return from Subroutine|PC=[SP]+ |
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|SBCD s,d |*?*?*|X |Subtract BCD format |d=BCD{d-s-X} |
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|Scc d |-----|X |Set conditionally |d=0 or d=-1 |
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|STOP #nn |*****| |Load status and Stop |SR=nn, wait |
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|SUB s,d |*****|XXX|Subtract binary |d=d-s |
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|SUBA s,An |-----| XX|Subtract Address |An=An-s |
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|SUBI #e,d |*****|XXX|Subtract Immediate |d=d-e |
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|SUBQ #q,d |*****|XXX|Subtract Quick |d=d-q |
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|SUBX s,d |*****|XXX|Subtract with Extend |d=d-s-X |
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|SWAP Dn |-**00| X |Swap register halves |Dn<hi><->Dn<lo> |
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|TAS d |-**00|X |Test And Set |d<7>=1 |
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|TRAP #n |-----| |Trap (n=0-15)|$[80H+4*n] |
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|TRAPV |-----| |Trap on Overflow |If V=1 $[1CH] |
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|TST d |-**00|XXX|Test |d |
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|UNLK An |-----| |Unlink |SP=An,An=[SP]+ |
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|DC e(,...) |?????|XXX|Define Constant |**NOT an opcode**|
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|DS e |?????|XXX|Define Storage |**NOT an opcode**|
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----------------------------------------------------------------
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----------------------------------------------------------------
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|Mnemonic |XNZVC|BWL|Description |
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|-----------+-----+---+----------------------------------------|
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| CCR |-*01?| |Unaffected/affected/reset/set/unknown |
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| T | | |Trace mode flag (Bit 15) |
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| S | | |Supervisor/user mode select (Bit 13) |
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| In | | |Interrupt mask flag #n (Bits 8-10,n=0-2)|
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| X |X | |Extend flag (Bit 4) |
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| N | N | |Negative flag (Bit 3) |
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| Z | Z | |Zero flag (Bit 2) |
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| V | V | |Overflow flag (Bit 1) |
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| C | C| |Carry flag (Bit 0) |
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|-----------------+---+----------------------------------------|
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| .B |X |Byte attribute (8-bit, .S for branch) |
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| .W | X |Word attribute (16-bit) |
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| .L | X|Long word attribute (32-bit) |
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|---------------------+----------------------------------------|
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| Dn |Data register direct addressing |
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| An |Address register direct addressing |
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| [An] |Register indirect addressing |
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| [An]+ |Post-increment register indirect addr. |
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| -[An] |Pre-decrement register indirect addr. |
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| n[An] |Offset register indirect addressing |
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| n[An,r] |Index register indirect addressing |
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| nn |Short absolute data addressing |
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| nnnn |Long absolute data addressing |
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| nn |Program counter relative addressing |
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| nn[r] |Program counter with index addressing |
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| #e |Immediate data addressing |
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|---------------------+----------------------------------------|
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| An |Address register (16/32-bit, n=0-7) |
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| CCR |Condition Code Register (8-bit, low SR) |
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| Dn |Data register (8/16/32-bit, n=0-7) |
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| PC |Program Counter (24-bit) |
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| SFC DFC |Alternative Function Code regs (3-bits) |
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| SP |Active Stack Pointer (equivalent to A7) |
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| SR |Status Register (16-bit) |
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| SSP |Supervisor Stack Pointer (32-bit) |
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| USP |User Stack Pointer (32-bit) |
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| VBR |Vector Base Register (32-bit) |
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|---------------------+----------------------------------------|
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| BCD{ } EA{ } |Binary Coded Decimal/Effective Address |
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| cc |Condition = (T/F/HI/LS/CC/CS/NE/EQ/ |
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| | VC/VS/PL/MI/GE/LT/GT/LE) |
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| cs |Register CCR or SR |
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| d s |Destination/source |
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| e n nn nnnn |Any/8-bit/16-bit/32-bit expression |
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| l |Branch displacement label (8/16-bit) |
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| lr |Left/right direction = (L/R) |
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| q |Quick expression (1-8) |
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| r |Any register An or Dn |
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| rr |Multiple registers (-=range,/=separator)|
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| + - * / % |Add/subtract/multiply/divide/remainder |
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| & ~ v x |AND/NOT/inclusive OR/exclusive OR |
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| ->{ }<- <-> |Rotate left or right/exchange operands |
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| [ ] -[ ] [ ]+ |Indirect/autoincrement/autodecr. address|
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| < > <:> <hi> <lo>|Bit number/bit range/high half/low half |
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| { } {,} |Combination of operands |
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| $ |Software trap -[SP]=PC,-[SP]=SR,PC=... |
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|---------------------+----------------------------------------|
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| 0000H to 0007H |Reset vector (initial SSP and PC) (0-1)|
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| 0008H to 000BH |Bus error vector (2)|
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| 000CH to 000FH |Address error vector (3)|
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| 0010H to 0013H |Illegal instruction vector (4)|
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| 0014H to 0017H |Zero divide vector (5)|
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| 0018H to 001BH |CHK instruction vector (6)|
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| 001CH to 001FH |TRAPV instruction vector (7)|
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| 0020H to 0023H |Privilege violation vector (8)|
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| 0024H to 0027H |Trace vector (9)|
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| 0028H to 002FH |Line 1010/1111 emulator vectors (10-11)|
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| 0030H to 0037H |Unassigned (reserved) (12-13)|
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| 0038H to 003BH |Format error vector (14)|
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| 003CH to 003FH |Uninitialised interrupt vector (15)|
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| 0040H to 005FH |Unassigned (reserved) (16-23)|
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| 0060H to 0063H |Spurious interrupt vector (24)|
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| 0064H to 007FH |Level 1-7 interrupt auto-vectors (25-31)|
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| 0080H to 00BFH |TRAP #0-15 instruction vectors (32-47)|
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| 00C0H to 00FFH |Unassigned (reserved) (48-63)|
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| 0100H to 03FFH |User interrupt vectors (64-255)|
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