/* eslint-disable jest/no-conditional-expect */ import { ABS16, ABS32, AR, ARDEC, ARDISP, ARINC, ARIND, ARIndexer, Bitfield, Condition, ConditionCode, CONTROLREG, DISP, DPAIR, DR, DRIndexer, DYNAMIC, FloatFormat, FPAIR, FPCondition, FPConditionCode, FPF_BYTE_INT, FPF_DOUBLE, FPF_EXTENDED_REAL, FPF_LONG_INT, FPF_PACKED_DECIMAL_REAL_DYNAMIC, FPF_PACKED_DECIMAL_REAL_STATIC, FPF_SINGLE, FPF_WORD_INT, FR, IMM16, IMM32, IMM8, Implied, instructionToString, PackAdjustment, PCDISP, REGLIST, STATIC, } from "../src"; import { decodeInstruction } from "../src/decode"; import { drDisp, drDispScale, simpleDisp } from "../src/lib"; describe("decodeInstruction", () => { it.each([ [ " move.b d0,d1", [0x12, 0x00], { size: 1, operation: "MOVE", operands: [DR(0), DR(1)], extra: null, }, ], [ " move.b d2,d3", [0x16, 0x02], { size: 1, operation: "MOVE", operands: [DR(2), DR(3)], extra: null, }, ], [ " move.b d4,d5", [0x1a, 0x04], { size: 1, operation: "MOVE", operands: [DR(4), DR(5)], extra: null, }, ], [ " move.b d6,d7", [0x1e, 0x06], { size: 1, operation: "MOVE", operands: [DR(6), DR(7)], extra: null, }, ], [ " movea.w a0,a1", [0x32, 0x48], { size: 2, operation: "MOVEA", operands: [AR(0), AR(1)], extra: null, }, ], [ " movea.w a2,a3", [0x36, 0x4a], { size: 2, operation: "MOVEA", operands: [AR(2), AR(3)], extra: null, }, ], [ " movea.w a4,a5", [0x3a, 0x4c], { size: 2, operation: "MOVEA", operands: [AR(4), AR(5)], extra: null, }, ], [ " movea.w a6,a7", [0x3e, 0x4e], { size: 2, operation: "MOVEA", operands: [AR(6), AR(7)], extra: null, }, ], [ " move.b 123(a0,d0),d3", [0x16, 0x30, 0x00, 0x7b], { size: 1, operation: "MOVE", operands: [ARDISP(0, drDisp(0, 123)), DR(3)], extra: null, }, ], [ " move.w 123(a0,d0),d3", [0x36, 0x30, 0x00, 0x7b], { size: 2, operation: "MOVE", operands: [ARDISP(0, drDisp(0, 123)), DR(3)], extra: null, }, ], [ " move.l 123(a0,d0),d3", [0x26, 0x30, 0x00, 0x7b], { size: 4, operation: "MOVE", operands: [ARDISP(0, drDisp(0, 123)), DR(3)], extra: null, }, ], [ " movea.l 123(a0,d0),a1", [0x22, 0x70, 0x00, 0x7b], { size: 4, operation: "MOVEA", operands: [ARDISP(0, drDisp(0, 123)), AR(1)], extra: null, }, ], [ " movea.w 123(a0,d0),a1", [0x32, 0x70, 0x00, 0x7b], { size: 2, operation: "MOVEA", operands: [ARDISP(0, drDisp(0, 123)), AR(1)], extra: null, }, ], [ " move.b #$12,d7", [0x1e, 0x3c, 0x00, 0x12], { size: 1, operation: "MOVE", operands: [IMM8(0x12), DR(7)], extra: null, }, ], [ " move.w #$1234,d7", [0x3e, 0x3c, 0x12, 0x34], { size: 2, operation: "MOVE", operands: [IMM16(0x1234), DR(7)], extra: null, }, ], [ " move.l #$12345678,d7", [0x2e, 0x3c, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "MOVE", operands: [IMM32(0x12345678), DR(7)], extra: null, }, ], [ " move.l D1,-(A2)", [0x25, 0x01], { size: 4, operation: "MOVE", operands: [DR(1), ARDEC(2)], extra: null, }, ], [ " move.l D1,(A2)+", [0x24, 0xc1], { size: 4, operation: "MOVE", operands: [DR(1), ARINC(2)], extra: null, }, ], [ " move.l -(A4),(A2)+", [0x24, 0xe4], { size: 4, operation: "MOVE", operands: [ARDEC(4), ARINC(2)], extra: null, }, ], [ " movea.l 4.w,A0", [0x20, 0x78, 0x00, 0x04], { size: 4, operation: "MOVEA", operands: [ABS16(4), AR(0)], extra: null, }, ], [ " movea.l $11223344,A0", [0x20, 0x79, 0x11, 0x22, 0x33, 0x44], { size: 4, operation: "MOVEA", operands: [ABS32(0x11223344), AR(0)], extra: null, }, ], [ " move.w #$1234,123(d0)", [0x31, 0xbc, 0x12, 0x34, 0x01, 0xa0, 0x00, 0x7b], { size: 2, operation: "MOVE", operands: [ IMM16(0x1234), DISP({ baseDisplacement: 123, outerDisplacement: 0, indexer: DRIndexer(0, 0), indirection: null, }), ], extra: null, }, ], [ " move.w -8(pc),d3", [0x36, 0x3a, 0xff, 0xf8], { size: 2, operation: "MOVE", operands: [ PCDISP(2, { baseDisplacement: -8, outerDisplacement: 0, indexer: null, indirection: null, }), DR(3), ], extra: null, }, ], [ " move.w -8(pc,d2*8),d3", [0x36, 0x3b, 0x26, 0xf8], { size: 2, operation: "MOVE", operands: [ PCDISP(2, { baseDisplacement: -8, outerDisplacement: 0, indexer: DRIndexer(2, 3), indirection: null, }), DR(3), ], extra: null, }, ], [ " move.w 123(a1,d2*4),9876(a2,d3*2)", [0x35, 0xb1, 0x24, 0x7b, 0x33, 0x20, 0x26, 0x94], { size: 2, operation: "MOVE", operands: [ ARDISP(1, drDispScale(2, 123, 2)), ARDISP(2, drDispScale(3, 9876, 1)), ], extra: null, }, ], [ " move.w d0,12345(a0,a1*2)", [0x31, 0x80, 0x93, 0x20, 0x30, 0x39], { size: 2, operation: "MOVE", operands: [ DR(0), ARDISP(0, { baseDisplacement: 12345, outerDisplacement: 0, indexer: ARIndexer(1, 1), indirection: null, }), ], extra: null, }, ], [ " lea (a0),a1", [0x43, 0xd0], { size: 4, operation: "LEA", operands: [ARIND(0), AR(1)], extra: null, }, ], [ " lea 8(a0),a1", [0x43, 0xe8, 0x00, 0x08], { size: 4, operation: "LEA", operands: [ARDISP(0, simpleDisp(8)), AR(1)], extra: null, }, ], [ " ori.b #17,ccr", [0x00, 0x3c, 0x00, 0x11], { size: 1, operation: "ORITOCCR", operands: [IMM8(17), Implied()], extra: null, }, ], [ " ori.w #$1234,sr", [0x00, 0x7c, 0x12, 0x34], { size: 2, operation: "ORITOSR", operands: [IMM16(0x1234), Implied()], extra: null, }, ], [ " ori.w #$1234,d0", [0x00, 0x40, 0x12, 0x34], { size: 2, operation: "ORI", operands: [IMM16(0x1234), DR(0)], extra: null, }, ], [ " ori.b #$12,d2", [0x00, 0x02, 0x00, 0x12], { size: 1, operation: "ORI", operands: [IMM8(0x12), DR(2)], extra: null, }, ], [ " ori.w #$1234,123(a0,d0)", [0x00, 0x70, 0x12, 0x34, 0x00, 0x7b], { size: 2, operation: "ORI", operands: [IMM16(0x1234), ARDISP(0, drDisp(0, 123))], extra: null, }, ], [ " ori.l #$12345678,-(a0)", [0x00, 0xa0, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "ORI", operands: [IMM32(0x12345678), ARDEC(0)], extra: null, }, ], [ " andi.b #17,ccr", [0x02, 0x3c, 0x00, 0x11], { size: 1, operation: "ANDITOCCR", operands: [IMM8(17), Implied()], extra: null, }, ], [ " andi.w #$1234,sr", [0x02, 0x7c, 0x12, 0x34], { size: 2, operation: "ANDITOSR", operands: [IMM16(0x1234), Implied()], extra: null, }, ], [ " andi.w #$1234,d0", [0x02, 0x40, 0x12, 0x34], { size: 2, operation: "ANDI", operands: [IMM16(0x1234), DR(0)], extra: null, }, ], [ " andi.b #$12,d2", [0x02, 0x02, 0x00, 0x12], { size: 1, operation: "ANDI", operands: [IMM8(0x12), DR(2)], extra: null, }, ], [ " andi.w #$1234,123(a0,d0)", [0x02, 0x70, 0x12, 0x34, 0x00, 0x7b], { size: 2, operation: "ANDI", operands: [IMM16(0x1234), ARDISP(0, drDisp(0, 123))], extra: null, }, ], [ " andi.l #$12345678,-(a0)", [0x02, 0xa0, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "ANDI", operands: [IMM32(0x12345678), ARDEC(0)], extra: null, }, ], [ " eori.b #17,ccr", [0x0a, 0x3c, 0x00, 0x11], { size: 1, operation: "EORITOCCR", operands: [IMM8(17), Implied()], extra: null, }, ], [ " eori.w #$1234,sr", [0x0a, 0x7c, 0x12, 0x34], { size: 2, operation: "EORITOSR", operands: [IMM16(0x1234), Implied()], extra: null, }, ], [ " eori.w #$1234,d0", [0x0a, 0x40, 0x12, 0x34], { size: 2, operation: "EORI", operands: [IMM16(0x1234), DR(0)], extra: null, }, ], [ " eori.b #$12,d2", [0x0a, 0x02, 0x00, 0x12], { size: 1, operation: "EORI", operands: [IMM8(0x12), DR(2)], extra: null, }, ], [ " eori.w #$1234,123(a0,d0)", [0x0a, 0x70, 0x12, 0x34, 0x00, 0x7b], { size: 2, operation: "EORI", operands: [IMM16(0x1234), ARDISP(0, drDisp(0, 123))], extra: null, }, ], [ " eori.l #$12345678,-(a0)", [0x0a, 0xa0, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "EORI", operands: [IMM32(0x12345678), ARDEC(0)], extra: null, }, ], [ " addi.l #$12345678,-(a0)", [0x06, 0xa0, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "ADDI", operands: [IMM32(0x12345678), ARDEC(0)], extra: null, }, ], [ " subi.l #$12345678,-(a0)", [0x04, 0xa0, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "SUBI", operands: [IMM32(0x12345678), ARDEC(0)], extra: null, }, ], [ " rtm d3", [0x06, 0xc3], { size: 0, operation: "RTM", operands: [DR(3), null], extra: null, }, ], [ " rtm a1", [0x06, 0xc9], { size: 0, operation: "RTM", operands: [AR(1), null], extra: null, }, ], [ " callm #3,(a1)", [0x06, 0xd1, 0x00, 0x03], { size: 0, operation: "CALLM", operands: [IMM8(3), ARIND(1)], extra: null, }, ], [ " callm #99,$12345678", [0x06, 0xf9, 0x00, 0x63, 0x12, 0x34, 0x56, 0x78], { size: 0, operation: "CALLM", operands: [IMM8(99), ABS32(0x12345678)], extra: null, }, ], [ " cmp2.l (a0),d3", [0x04, 0xd0, 0x30, 0x00], { size: 4, operation: "CMP2", operands: [ARIND(0), DR(3)], extra: null, }, ], [ " cmp2.b 90(a0,d2),a6", [0x00, 0xf0, 0xe0, 0x00, 0x20, 0x5a], { size: 1, operation: "CMP2", operands: [ARDISP(0, drDisp(2, 90)), AR(6)], extra: null, }, ], [ " chk2.w 90(a0,d2),a6", [0x02, 0xf0, 0xe8, 0x00, 0x20, 0x5a], { size: 2, operation: "CHK2", operands: [ARDISP(0, drDisp(2, 90)), AR(6)], extra: null, }, ], [ " cmpi.b #$a5,90(a0,d2*4)", [0x0c, 0x30, 0x00, 0xa5, 0x24, 0x5a], { size: 1, operation: "CMPI", operands: [IMM8(0xa5), ARDISP(0, drDispScale(2, 90, 2))], extra: null, }, ], [ " cmpi.w #$a512,90(a0,d2*4)", [0x0c, 0x70, 0xa5, 0x12, 0x24, 0x5a], { size: 2, operation: "CMPI", operands: [IMM16(0xa512), ARDISP(0, drDispScale(2, 90, 2))], extra: null, }, ], [ " cmpi.l #$12345678,90(a0,d2*4)", [0x0c, 0xb0, 0x12, 0x34, 0x56, 0x78, 0x24, 0x5a], { size: 4, operation: "CMPI", operands: [IMM32(0x12345678), ARDISP(0, drDispScale(2, 90, 2))], extra: null, }, ], [ " btst #18,d0", [0x08, 0x00, 0x00, 0x12], { size: 4, operation: "BTST", operands: [IMM16(18), DR(0)], extra: null, }, ], [ " btst d0,#18", [0x01, 0x3c, 0x00, 0x12], { size: 1, operation: "BTST", operands: [DR(0), IMM16(18)], extra: null, }, ], [ " btst #18,(a0)+", [0x08, 0x18, 0x00, 0x12], { size: 1, operation: "BTST", operands: [IMM16(18), ARINC(0)], extra: null, }, ], [ " bclr #18,(a0)+", [0x08, 0x98, 0x00, 0x12], { size: 1, operation: "BCLR", operands: [IMM16(18), ARINC(0)], extra: null, }, ], [ " bchg #18,(a0)+", [0x08, 0x58, 0x00, 0x12], { size: 1, operation: "BCHG", operands: [IMM16(18), ARINC(0)], extra: null, }, ], [ " bset #18,(a0)+", [0x08, 0xd8, 0x00, 0x12], { size: 1, operation: "BSET", operands: [IMM16(18), ARINC(0)], extra: null, }, ], [ " moves.l a0,(a1)", [0x0e, 0x91, 0x88, 0x00], { size: 4, operation: "MOVES", operands: [AR(0), ARIND(1)], extra: null, }, ], [ " moves.b d0,(a1)", [0x0e, 0x11, 0x08, 0x00], { size: 1, operation: "MOVES", operands: [DR(0), ARIND(1)], extra: null, }, ], [" cas d0,d1,(a0)", [0x0c, 0xd0, 0x00, 0x40], "NotImplemented"], [ " cas2 d0:d1,d2:d3,(a0):(a1)", [0x0c, 0xfc, 0x80, 0x80, 0x90, 0xc1], "NotImplemented", ], [ " illegal", [0x4a, 0xfc], { size: 0, operation: "ILLEGAL", operands: [null, null], extra: null, }, ], [ " nop", [0x4e, 0x71], { size: 0, operation: "NOP", operands: [null, null], extra: null, }, ], [ " reset", [0x4e, 0x70], { size: 0, operation: "RESET", operands: [null, null], extra: null, }, ], [ " rtd #578", [0x4e, 0x74, 0x02, 0x42], { size: 0, operation: "RTD", operands: [IMM16(578), null], extra: null, }, ], [ " rte", [0x4e, 0x73], { size: 0, operation: "RTE", operands: [null, null], extra: null, }, ], [ " rtr", [0x4e, 0x77], { size: 0, operation: "RTR", operands: [null, null], extra: null, }, ], [ " rts", [0x4e, 0x75], { size: 0, operation: "RTS", operands: [null, null], extra: null, }, ], [ " stop #123", [0x4e, 0x72, 0x00, 0x7b], { size: 0, operation: "STOP", operands: [IMM16(123), null], extra: null, }, ], [ " trapv", [0x4e, 0x76], { size: 0, operation: "TRAPV", operands: [null, null], extra: null, }, ], [ " swap d7", [0x48, 0x47], { size: 0, operation: "SWAP", operands: [DR(7), null], extra: null, }, ], [ " bkpt #3", [0x48, 0x4b], { size: 0, operation: "BKPT", operands: [IMM8(3), null], extra: null, }, ], [ " ext.w d6", [0x48, 0x86], { size: 2, operation: "EXTW", operands: [DR(6), null], extra: null, }, ], [ " ext.l d6", [0x48, 0xc6], { size: 4, operation: "EXTL", operands: [DR(6), null], extra: null, }, ], [ " extb.l d6", [0x49, 0xc6], { size: 4, operation: "EXTBL", operands: [DR(6), null], extra: null, }, ], [ " link.w a0,#1234", [0x4e, 0x50, 0x04, 0xd2], { size: 2, operation: "LINK", operands: [AR(0), IMM16(1234)], extra: null, }, ], [ " link.l a5,#$12345678", [0x48, 0x0d, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "LINK", operands: [AR(5), IMM32(0x12345678)], extra: null, }, ], [ " unlk a2", [0x4e, 0x5a], { size: 0, operation: "UNLK", operands: [AR(2), null], extra: null, }, ], [ " trap #15", [0x4e, 0x4f], { size: 0, operation: "TRAP", operands: [IMM8(15), null], extra: null, }, ], [ " divs.w (a1)+,d2", [0x85, 0xd9], { size: 2, operation: "DIVS", operands: [ARINC(1), DR(2)], extra: null, }, ], [ " divs.l d0,d2", [0x4c, 0x40, 0x28, 0x02], { size: 4, operation: "DIVSL", operands: [DR(0), DR(2)], extra: null, }, ], [ " divs.l d0,d3:d2", [0x4c, 0x40, 0x2c, 0x03], { size: 4, operation: "DIVSL", operands: [DR(0), DPAIR(2, 3)], extra: null, }, ], [ " divsl.l d0,d3:d2", [0x4c, 0x40, 0x28, 0x03], { size: 4, operation: "DIVSLL", operands: [DR(0), DPAIR(2, 3)], extra: null, }, ], [ " divu.w (a1)+,d2", [0x84, 0xd9], { size: 2, operation: "DIVU", operands: [ARINC(1), DR(2)], extra: null, }, ], [ " divu.l d0,d2", [0x4c, 0x40, 0x20, 0x02], { size: 4, operation: "DIVUL", operands: [DR(0), DR(2)], extra: null, }, ], [ " divu.l d0,d3:d2", [0x4c, 0x40, 0x24, 0x03], { size: 4, operation: "DIVUL", operands: [DR(0), DPAIR(2, 3)], extra: null, }, ], [ " divul.l d0,d3:d2", [0x4c, 0x40, 0x20, 0x03], { size: 4, operation: "DIVULL", operands: [DR(0), DPAIR(2, 3)], extra: null, }, ], [ " jmp (a0)", [0x4e, 0xd0], { size: 0, operation: "JMP", operands: [ARIND(0), null], extra: null, }, ], [ " jmp $12345678", [0x4e, 0xf9, 0x12, 0x34, 0x56, 0x78], { size: 0, operation: "JMP", operands: [ABS32(0x12345678), null], extra: null, }, ], [ " jmp 123(pc)", [0x4e, 0xfa, 0x00, 0x7b], { size: 0, operation: "JMP", operands: [ PCDISP(2, { baseDisplacement: 123, outerDisplacement: 0, indexer: null, indirection: null, }), null, ], extra: null, }, ], [ " jsr (a0)", [0x4e, 0x90], { size: 0, operation: "JSR", operands: [ARIND(0), null], extra: null, }, ], [ " jsr $12345678", [0x4e, 0xb9, 0x12, 0x34, 0x56, 0x78], { size: 0, operation: "JSR", operands: [ABS32(0x12345678), null], extra: null, }, ], [ " jsr 123(pc)", [0x4e, 0xba, 0x00, 0x7b], { size: 0, operation: "JSR", operands: [ PCDISP(2, { baseDisplacement: 123, outerDisplacement: 0, indexer: null, indirection: null, }), null, ], extra: null, }, ], [ " muls.w d0,d1", [0xc3, 0xc0], { size: 2, operation: "MULS", operands: [DR(0), DR(1)], extra: null, }, ], [ " muls.l d0,d1", [0x4c, 0x00, 0x18, 0x01], { size: 4, operation: "MULS", operands: [DR(0), DR(1)], extra: null, }, ], [ " muls.l d0,d2:d1", [0x4c, 0x00, 0x1c, 0x02], { size: 4, operation: "MULS", operands: [DR(0), DPAIR(1, 2)], extra: null, }, ], [ " mulu.w d0,d1", [0xc2, 0xc0], { size: 2, operation: "MULU", operands: [DR(0), DR(1)], extra: null, }, ], [ " mulu.l d0,d1", [0x4c, 0x00, 0x10, 0x01], { size: 4, operation: "MULU", operands: [DR(0), DR(1)], extra: null, }, ], [ " mulu.l d0,d2:d1", [0x4c, 0x00, 0x14, 0x02], { size: 4, operation: "MULU", operands: [DR(0), DPAIR(1, 2)], extra: null, }, ], [ " nbcd (a0)+", [0x48, 0x18], { size: 1, operation: "NBCD", operands: [ARINC(0), null], extra: null, }, ], [ " move sr,d0", [0x40, 0xc0], { size: 2, operation: "MOVEFROMSR", operands: [Implied(), DR(0)], extra: null, }, ], [ " move d0,sr", [0x46, 0xc0], { size: 2, operation: "MOVETOSR", operands: [DR(0), Implied()], extra: null, }, ], [ " move a0,usp", [0x4e, 0x60], { size: 4, operation: "MOVETOUSP", operands: [AR(0), Implied()], extra: null, }, ], [ " move usp,a3", [0x4e, 0x6b], { size: 4, operation: "MOVEFROMUSP", operands: [Implied(), AR(3)], extra: null, }, ], [ " move d0,ccr", [0x44, 0xc0], { size: 2, operation: "MOVETOCCR", operands: [DR(0), Implied()], extra: null, }, ], [ " move ccr,d0", [0x42, 0xc0], { size: 2, operation: "MOVEFROMCCR", operands: [Implied(), DR(0)], extra: null, }, ], [ " pea (a0)", [0x48, 0x50], { size: 4, operation: "PEA", operands: [ARIND(0), Implied()], extra: null, }, ], [ " movem.w d0-d4/a0-a2,-(a4)", [0x48, 0xa4, 0xf8, 0xe0], { size: 2, operation: "MOVEM", operands: [REGLIST(0b1111100011100000), ARDEC(4)], extra: null, }, ], [ " movem.l (a4)+,d0-d4/a0-a2", [0x4c, 0xdc, 0x07, 0x1f], { size: 4, operation: "MOVEM", operands: [ARINC(4), REGLIST(0b0000011100011111)], extra: null, }, ], [ " clr.b d0", [0x42, 0x00], { size: 1, operation: "CLR", operands: [Implied(), DR(0)], extra: null, }, ], [ " clr.w (a0)+", [0x42, 0x58], { size: 2, operation: "CLR", operands: [Implied(), ARINC(0)], extra: null, }, ], [ " clr.l (a4)", [0x42, 0x94], { size: 4, operation: "CLR", operands: [Implied(), ARIND(4)], extra: null, }, ], [ " neg.b d0", [0x44, 0x00], { size: 1, operation: "NEG", operands: [Implied(), DR(0)], extra: null, }, ], [ " neg.w (a0)+", [0x44, 0x58], { size: 2, operation: "NEG", operands: [Implied(), ARINC(0)], extra: null, }, ], [ " neg.l (a4)", [0x44, 0x94], { size: 4, operation: "NEG", operands: [Implied(), ARIND(4)], extra: null, }, ], [ " negx.b d0", [0x40, 0x00], { size: 1, operation: "NEGX", operands: [Implied(), DR(0)], extra: null, }, ], [ " negx.w (a0)+", [0x40, 0x58], { size: 2, operation: "NEGX", operands: [Implied(), ARINC(0)], extra: null, }, ], [ " negx.l (a4)", [0x40, 0x94], { size: 4, operation: "NEGX", operands: [Implied(), ARIND(4)], extra: null, }, ], [ " not.b d0", [0x46, 0x00], { size: 1, operation: "NOT", operands: [Implied(), DR(0)], extra: null, }, ], [ " not.w (a0)+", [0x46, 0x58], { size: 2, operation: "NOT", operands: [Implied(), ARINC(0)], extra: null, }, ], [ " not.l (a4)", [0x46, 0x94], { size: 4, operation: "NOT", operands: [Implied(), ARIND(4)], extra: null, }, ], [ " tst.b d0", [0x4a, 0x00], { size: 1, operation: "TST", operands: [Implied(), DR(0)], extra: null, }, ], [ " tst.w (a0)+", [0x4a, 0x58], { size: 2, operation: "TST", operands: [Implied(), ARINC(0)], extra: null, }, ], [ " tst.l (a4)", [0x4a, 0x94], { size: 4, operation: "TST", operands: [Implied(), ARIND(4)], extra: null, }, ], [ " chk.w (a4),d2", [0x45, 0x94], { size: 2, operation: "CHK", operands: [ARIND(4), DR(2)], extra: null, }, ], [ " chk.l (a4),d2", [0x45, 0x14], { size: 4, operation: "CHK", operands: [ARIND(4), DR(2)], extra: null, }, ], [ " bfchg (a4){12:7}", [0xea, 0xd4, 0x03, 0x07], { size: 0, operation: "BFCHG", operands: [null, ARIND(4)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfchg (a4){d2:7}", [0xea, 0xd4, 0x08, 0x87], { size: 0, operation: "BFCHG", operands: [null, ARIND(4)], extra: Bitfield(DYNAMIC(2), STATIC(7)), }, ], [ " bfchg (a4){d2:d3}", [0xea, 0xd4, 0x08, 0xa3], { size: 0, operation: "BFCHG", operands: [null, ARIND(4)], extra: Bitfield(DYNAMIC(2), DYNAMIC(3)), }, ], [ " bfclr (a4){12:7}", [0xec, 0xd4, 0x03, 0x07], { size: 0, operation: "BFCLR", operands: [null, ARIND(4)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfexts (a4){12:7},d1", [0xeb, 0xd4, 0x13, 0x07], { size: 0, operation: "BFEXTS", operands: [ARIND(4), DR(1)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfextu (a4){12:7},d1", [0xe9, 0xd4, 0x13, 0x07], { size: 0, operation: "BFEXTU", operands: [ARIND(4), DR(1)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfffo (a4){12:7},d1", [0xed, 0xd4, 0x13, 0x07], { size: 0, operation: "BFFFO", operands: [ARIND(4), DR(1)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfins d1,(a4){12:7}", [0xef, 0xd4, 0x13, 0x07], { size: 0, operation: "BFINS", operands: [DR(1), ARIND(4)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bfset (a4){12:7}", [0xee, 0xd4, 0x03, 0x07], { size: 0, operation: "BFSET", operands: [null, ARIND(4)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " bftst (a4){12:7}", [0xe8, 0xd4, 0x03, 0x07], { size: 0, operation: "BFTST", operands: [null, ARIND(4)], extra: Bitfield(STATIC(12), STATIC(7)), }, ], [ " .self: dbf d3,.self", [0x51, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_F), }, ], [ " .self: dbhi d3,.self", [0x52, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_HI), }, ], [ " .self: dbls d3,.self", [0x53, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_LS), }, ], [ " .self: dbcc d3,.self", [0x54, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_CC), }, ], [ " .self: dbhs d3,.self", [0x54, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_CC), }, ], [ " .self: dbcs d3,.self", [0x55, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_CS), }, ], [ " .self: dblo d3,.self", [0x55, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_CS), }, ], [ " .self: dbne d3,.self", [0x56, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_NE), }, ], [ " .self: dbeq d3,.self", [0x57, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_EQ), }, ], [ " .self: dbvc d3,.self", [0x58, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_VC), }, ], [ " .self: dbvs d3,.self", [0x59, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_VS), }, ], [ " .self: dbpl d3,.self", [0x5a, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_PL), }, ], [ " .self: dbmi d3,.self", [0x5b, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_MI), }, ], [ " .self: dbge d3,.self", [0x5c, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_GE), }, ], [ " .self: dblt d3,.self", [0x5d, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_LT), }, ], [ " .self: dbgt d3,.self", [0x5e, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_GT), }, ], [ " .self: dble d3,.self", [0x5f, 0xcb, 0xff, 0xfe], { size: 2, operation: "DBCC", operands: [DR(3), PCDISP(2, simpleDisp(-2))], extra: Condition(ConditionCode.CC_LE), }, ], [ " addq.b #1,d0", [0x52, 0x00], { size: 1, operation: "ADDQ", operands: [IMM8(1), DR(0)], extra: null, }, ], [ " addq.w #7,a0", [0x5e, 0x48], { size: 2, operation: "ADDQ", operands: [IMM8(7), AR(0)], extra: null, }, ], [ " addq.l #8,d0", [0x50, 0x80], { size: 4, operation: "ADDQ", operands: [IMM8(8), DR(0)], extra: null, }, ], [ " subq.b #1,d0", [0x53, 0x00], { size: 1, operation: "SUBQ", operands: [IMM8(1), DR(0)], extra: null, }, ], [ " subq.w #7,a0", [0x5f, 0x48], { size: 2, operation: "SUBQ", operands: [IMM8(7), AR(0)], extra: null, }, ], [ " subq.l #8,d0", [0x51, 0x80], { size: 4, operation: "SUBQ", operands: [IMM8(8), DR(0)], extra: null, }, ], [ " trapne", [0x56, 0xfc], { size: 0, operation: "TRAPCC", operands: [null, null], extra: Condition(ConditionCode.CC_NE), }, ], [ " trapne.w #1234", [0x56, 0xfa, 0x04, 0xd2], { size: 2, operation: "TRAPCC", operands: [IMM16(1234), null], extra: Condition(ConditionCode.CC_NE), }, ], [ " trapne.l #$12345678", [0x56, 0xfb, 0x12, 0x34, 0x56, 0x78], { size: 4, operation: "TRAPCC", operands: [IMM32(0x12345678), null], extra: Condition(ConditionCode.CC_NE), }, ], [ " sne (a0)", [0x56, 0xd0], { size: 1, operation: "SCC", operands: [Implied(), ARIND(0)], extra: Condition(ConditionCode.CC_NE), }, ], [ " addx.b d0,d1", [0xd3, 0x00], { size: 1, operation: "ADDX", operands: [DR(0), DR(1)], extra: null, }, ], [ " addx.w d0,d1", [0xd3, 0x40], { size: 2, operation: "ADDX", operands: [DR(0), DR(1)], extra: null, }, ], [ " addx.l d0,d1", [0xd3, 0x80], { size: 4, operation: "ADDX", operands: [DR(0), DR(1)], extra: null, }, ], [ " addx.b -(a2),-(a3)", [0xd7, 0x0a], { size: 1, operation: "ADDX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " addx.w -(a2),-(a3)", [0xd7, 0x4a], { size: 2, operation: "ADDX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " addx.l -(a2),-(a3)", [0xd7, 0x8a], { size: 4, operation: "ADDX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " add.b (a2),d0", [0xd0, 0x12], { size: 1, operation: "ADD", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " add.w (a2),d0", [0xd0, 0x52], { size: 2, operation: "ADD", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " add.l (a2),d0", [0xd0, 0x92], { size: 4, operation: "ADD", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " add.b d3,(a2)", [0xd7, 0x12], { size: 1, operation: "ADD", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " add.w d3,(a2)", [0xd7, 0x52], { size: 2, operation: "ADD", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " add.l d3,(a2)", [0xd7, 0x92], { size: 4, operation: "ADD", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " subx.b d0,d1", [0x93, 0x00], { size: 1, operation: "SUBX", operands: [DR(0), DR(1)], extra: null, }, ], [ " subx.w d0,d1", [0x93, 0x40], { size: 2, operation: "SUBX", operands: [DR(0), DR(1)], extra: null, }, ], [ " subx.l d0,d1", [0x93, 0x80], { size: 4, operation: "SUBX", operands: [DR(0), DR(1)], extra: null, }, ], [ " subx.b -(a2),-(a3)", [0x97, 0x0a], { size: 1, operation: "SUBX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " subx.w -(a2),-(a3)", [0x97, 0x4a], { size: 2, operation: "SUBX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " subx.l -(a2),-(a3)", [0x97, 0x8a], { size: 4, operation: "SUBX", operands: [ARDEC(2), ARDEC(3)], extra: null, }, ], [ " sub.b (a2),d0", [0x90, 0x12], { size: 1, operation: "SUB", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " sub.w (a2),d0", [0x90, 0x52], { size: 2, operation: "SUB", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " sub.l (a2),d0", [0x90, 0x92], { size: 4, operation: "SUB", operands: [ARIND(2), DR(0)], extra: null, }, ], [ " sub.b d3,(a2)", [0x97, 0x12], { size: 1, operation: "SUB", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " sub.w d3,(a2)", [0x97, 0x52], { size: 2, operation: "SUB", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " sub.l d3,(a2)", [0x97, 0x92], { size: 4, operation: "SUB", operands: [DR(3), ARIND(2)], extra: null, }, ], [ " suba.w d3,a2", [0x94, 0xc3], { size: 2, operation: "SUBA", operands: [DR(3), AR(2)], extra: null, }, ], [ " suba.l d3,a2", [0x95, 0xc3], { size: 4, operation: "SUBA", operands: [DR(3), AR(2)], extra: null, }, ], [ " cmpa.w (a1),a2", [0xb4, 0xd1], { size: 2, operation: "CMPA", operands: [ARIND(1), AR(2)], extra: null, }, ], [ " cmpa.l (a1),a2", [0xb5, 0xd1], { size: 4, operation: "CMPA", operands: [ARIND(1), AR(2)], extra: null, }, ], [ " cmpm.b (a0)+,(a2)+", [0xb5, 0x08], { size: 1, operation: "CMPM", operands: [ARINC(0), ARINC(2)], extra: null, }, ], [ " cmpm.w (a0)+,(a2)+", [0xb5, 0x48], { size: 2, operation: "CMPM", operands: [ARINC(0), ARINC(2)], extra: null, }, ], [ " cmpm.l (a0)+,(a2)+", [0xb5, 0x88], { size: 4, operation: "CMPM", operands: [ARINC(0), ARINC(2)], extra: null, }, ], [ " cmp.b (a0)+,d7", [0xbe, 0x18], { size: 1, operation: "CMP", operands: [ARINC(0), DR(7)], extra: null, }, ], [ " cmp.w (a0)+,d7", [0xbe, 0x58], { size: 2, operation: "CMP", operands: [ARINC(0), DR(7)], extra: null, }, ], [ " cmp.l (a0)+,d7", [0xbe, 0x98], { size: 4, operation: "CMP", operands: [ARINC(0), DR(7)], extra: null, }, ], [ " eor.b d7,(a0)+", [0xbf, 0x18], { size: 1, operation: "EOR", operands: [DR(7), ARINC(0)], extra: null, }, ], [ " eor.w d7,(a0)+", [0xbf, 0x58], { size: 2, operation: "EOR", operands: [DR(7), ARINC(0)], extra: null, }, ], [ " eor.l d7,-(a0)", [0xbf, 0xa0], { size: 4, operation: "EOR", operands: [DR(7), ARDEC(0)], extra: null, }, ], [ "lab:\n bra.s lab", [0x60, 0xfe], { size: 1, operation: "BRA", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bra.w lab", [0x60, 0x00, 0xff, 0xfe], { size: 2, operation: "BRA", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bra.l lab", [0x60, 0xff, 0xff, 0xff, 0xff, 0xfe], { size: 4, operation: "BRA", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bsr.s lab", [0x61, 0xfe], { size: 1, operation: "BSR", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bsr.w lab", [0x61, 0x00, 0xff, 0xfe], { size: 2, operation: "BSR", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bsr.l lab", [0x61, 0xff, 0xff, 0xff, 0xff, 0xfe], { size: 4, operation: "BSR", operands: [PCDISP(2, simpleDisp(-2)), null], extra: null, }, ], [ "lab:\n bne.s lab", [0x66, 0xfe], { size: 1, operation: "BCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: Condition(ConditionCode.CC_NE), }, ], [ "lab:\n beq.w lab", [0x67, 0x00, 0xff, 0xfe], { size: 2, operation: "BCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: Condition(ConditionCode.CC_EQ), }, ], [ "lab:\n bcs.l lab", [0x65, 0xff, 0xff, 0xff, 0xff, 0xfe], { size: 4, operation: "BCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: Condition(ConditionCode.CC_CS), }, ], [ " pack d0,d1,#12", [0x83, 0x40, 0x00, 0x0c], { size: 0, operation: "PACK", operands: [DR(0), DR(1)], extra: PackAdjustment(12), }, ], [ " unpk d0,d1,#12", [0x83, 0x80, 0x00, 0x0c], { size: 0, operation: "UNPK", operands: [DR(0), DR(1)], extra: PackAdjustment(12), }, ], [ " pack -(a0),-(a1),#37", [0x83, 0x48, 0x00, 0x25], { size: 0, operation: "PACK", operands: [ARDEC(0), ARDEC(1)], extra: PackAdjustment(37), }, ], [ " unpk -(a0),-(a1),#37", [0x83, 0x88, 0x00, 0x25], { size: 0, operation: "UNPK", operands: [ARDEC(0), ARDEC(1)], extra: PackAdjustment(37), }, ], [ " sbcd -(a0),-(a1)", [0x83, 0x08], { size: 1, operation: "SBCD", operands: [ARDEC(0), ARDEC(1)], extra: null, }, ], [ " sbcd d3,d4", [0x89, 0x03], { size: 1, operation: "SBCD", operands: [DR(3), DR(4)], extra: null, }, ], [ " or.b (a0)+,d0", [0x80, 0x18], { size: 1, operation: "OR", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " or.w (a0)+,d0", [0x80, 0x58], { size: 2, operation: "OR", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " or.l (a0)+,d0", [0x80, 0x98], { size: 4, operation: "OR", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " or.b d0,(a0)+", [0x81, 0x18], { size: 1, operation: "OR", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " or.w d0,(a0)+", [0x81, 0x58], { size: 2, operation: "OR", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " or.l d0,(a0)+", [0x81, 0x98], { size: 4, operation: "OR", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " exg d0,d5", [0xc1, 0x45], { size: 4, operation: "EXG", operands: [DR(0), DR(5)], extra: null, }, ], [ " exg a0,a5", [0xc1, 0x4d], { size: 4, operation: "EXG", operands: [AR(0), AR(5)], extra: null, }, ], [ " exg d3,a5", [0xc7, 0x8d], { size: 4, operation: "EXG", operands: [DR(3), AR(5)], extra: null, }, ], [ " and.b (a0)+,d0", [0xc0, 0x18], { size: 1, operation: "AND", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " and.w (a0)+,d0", [0xc0, 0x58], { size: 2, operation: "AND", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " and.l (a0)+,d0", [0xc0, 0x98], { size: 4, operation: "AND", operands: [ARINC(0), DR(0)], extra: null, }, ], [ " and.b d0,(a0)+", [0xc1, 0x18], { size: 1, operation: "AND", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " and.w d0,(a0)+", [0xc1, 0x58], { size: 2, operation: "AND", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " and.l d0,(a0)+", [0xc1, 0x98], { size: 4, operation: "AND", operands: [DR(0), ARINC(0)], extra: null, }, ], [ " asl.b #3,d7", [0xe7, 0x07], { size: 1, operation: "ASL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asl.w #3,d7", [0xe7, 0x47], { size: 2, operation: "ASL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asl.l #3,d7", [0xe7, 0x87], { size: 4, operation: "ASL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asr.b #3,d7", [0xe6, 0x07], { size: 1, operation: "ASR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asr.w #3,d7", [0xe6, 0x47], { size: 2, operation: "ASR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asr.l #3,d7", [0xe6, 0x87], { size: 4, operation: "ASR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " asl.b d1,d7", [0xe3, 0x27], { size: 1, operation: "ASL", operands: [DR(1), DR(7)], extra: null, }, ], [ " asl.w d1,d7", [0xe3, 0x67], { size: 2, operation: "ASL", operands: [DR(1), DR(7)], extra: null, }, ], [ " asl.l d1,d7", [0xe3, 0xa7], { size: 4, operation: "ASL", operands: [DR(1), DR(7)], extra: null, }, ], [ " asr.b d1,d7", [0xe2, 0x27], { size: 1, operation: "ASR", operands: [DR(1), DR(7)], extra: null, }, ], [ " asr.w d1,d7", [0xe2, 0x67], { size: 2, operation: "ASR", operands: [DR(1), DR(7)], extra: null, }, ], [ " asr.l d1,d7", [0xe2, 0xa7], { size: 4, operation: "ASR", operands: [DR(1), DR(7)], extra: null, }, ], [ " asl.w (a0)", [0xe1, 0xd0], { size: 2, operation: "ASL", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " asr.w (a0)", [0xe0, 0xd0], { size: 2, operation: "ASR", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " lsl.b #3,d7", [0xe7, 0x0f], { size: 1, operation: "LSL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsl.w #3,d7", [0xe7, 0x4f], { size: 2, operation: "LSL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsl.l #3,d7", [0xe7, 0x8f], { size: 4, operation: "LSL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsr.b #3,d7", [0xe6, 0x0f], { size: 1, operation: "LSR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsr.w #3,d7", [0xe6, 0x4f], { size: 2, operation: "LSR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsr.l #3,d7", [0xe6, 0x8f], { size: 4, operation: "LSR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " lsl.b d1,d7", [0xe3, 0x2f], { size: 1, operation: "LSL", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsl.w d1,d7", [0xe3, 0x6f], { size: 2, operation: "LSL", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsl.l d1,d7", [0xe3, 0xaf], { size: 4, operation: "LSL", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsr.b d1,d7", [0xe2, 0x2f], { size: 1, operation: "LSR", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsr.w d1,d7", [0xe2, 0x6f], { size: 2, operation: "LSR", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsr.l d1,d7", [0xe2, 0xaf], { size: 4, operation: "LSR", operands: [DR(1), DR(7)], extra: null, }, ], [ " lsl.w (a0)", [0xe3, 0xd0], { size: 2, operation: "LSL", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " lsr.w (a0)", [0xe2, 0xd0], { size: 2, operation: "LSR", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " roxl.b #3,d7", [0xe7, 0x17], { size: 1, operation: "ROXL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxl.w #3,d7", [0xe7, 0x57], { size: 2, operation: "ROXL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxl.l #3,d7", [0xe7, 0x97], { size: 4, operation: "ROXL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxr.b #3,d7", [0xe6, 0x17], { size: 1, operation: "ROXR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxr.w #3,d7", [0xe6, 0x57], { size: 2, operation: "ROXR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxr.l #3,d7", [0xe6, 0x97], { size: 4, operation: "ROXR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " roxl.b d1,d7", [0xe3, 0x37], { size: 1, operation: "ROXL", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxl.w d1,d7", [0xe3, 0x77], { size: 2, operation: "ROXL", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxl.l d1,d7", [0xe3, 0xb7], { size: 4, operation: "ROXL", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxr.b d1,d7", [0xe2, 0x37], { size: 1, operation: "ROXR", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxr.w d1,d7", [0xe2, 0x77], { size: 2, operation: "ROXR", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxr.l d1,d7", [0xe2, 0xb7], { size: 4, operation: "ROXR", operands: [DR(1), DR(7)], extra: null, }, ], [ " roxl.w (a0)", [0xe5, 0xd0], { size: 2, operation: "ROXL", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " roxr.w (a0)", [0xe4, 0xd0], { size: 2, operation: "ROXR", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " rol.b #3,d7", [0xe7, 0x1f], { size: 1, operation: "ROL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " rol.w #3,d7", [0xe7, 0x5f], { size: 2, operation: "ROL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " rol.l #3,d7", [0xe7, 0x9f], { size: 4, operation: "ROL", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " ror.b #3,d7", [0xe6, 0x1f], { size: 1, operation: "ROR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " ror.w #3,d7", [0xe6, 0x5f], { size: 2, operation: "ROR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " ror.l #3,d7", [0xe6, 0x9f], { size: 4, operation: "ROR", operands: [IMM8(3), DR(7)], extra: null, }, ], [ " rol.b d1,d7", [0xe3, 0x3f], { size: 1, operation: "ROL", operands: [DR(1), DR(7)], extra: null, }, ], [ " rol.w d1,d7", [0xe3, 0x7f], { size: 2, operation: "ROL", operands: [DR(1), DR(7)], extra: null, }, ], [ " rol.l d1,d7", [0xe3, 0xbf], { size: 4, operation: "ROL", operands: [DR(1), DR(7)], extra: null, }, ], [ " ror.b d1,d7", [0xe2, 0x3f], { size: 1, operation: "ROR", operands: [DR(1), DR(7)], extra: null, }, ], [ " ror.w d1,d7", [0xe2, 0x7f], { size: 2, operation: "ROR", operands: [DR(1), DR(7)], extra: null, }, ], [ " ror.l d1,d7", [0xe2, 0xbf], { size: 4, operation: "ROR", operands: [DR(1), DR(7)], extra: null, }, ], [ " rol.w (a0)", [0xe7, 0xd0], { size: 2, operation: "ROL", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " ror.w (a0)", [0xe6, 0xd0], { size: 2, operation: "ROR", operands: [Implied(), ARIND(0)], extra: null, }, ], [ " moveq #-1,d2", [0x74, 0xff], { size: 4, operation: "MOVEQ", operands: [IMM8(0xff), DR(2)], extra: null, }, ], [ " moveq #127,d5", [0x7a, 0x7f], { size: 4, operation: "MOVEQ", operands: [IMM8(0x7f), DR(5)], extra: null, }, ], [ " movep.l 123(a0),d0", [0x01, 0x48, 0x00, 0x7b], { size: 4, operation: "MOVEP", operands: [ARDISP(0, simpleDisp(123)), DR(0)], extra: null, }, ], [ " movep.l d0,123(a0)", [0x01, 0xc8, 0x00, 0x7b], { size: 4, operation: "MOVEP", operands: [DR(0), ARDISP(0, simpleDisp(123))], extra: null, }, ], [ " fabs fp1", [0xf2, 0x00, 0x04, 0x98], { size: 10, operation: "FABS", operands: [FR(1), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsabs fp1", [0xf2, 0x00, 0x04, 0xd8], { size: 10, operation: "FSABS", operands: [FR(1), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fdabs fp1", [0xf2, 0x00, 0x04, 0xdc], { size: 10, operation: "FDABS", operands: [FR(1), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fabs.l (a0),fp1", [0xf2, 0x10, 0x40, 0x98], { size: 4, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_LONG_INT()), }, ], [ " fabs.s (a0),fp1", [0xf2, 0x10, 0x44, 0x98], { size: 4, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fabs.d (a0),fp1", [0xf2, 0x10, 0x54, 0x98], { size: 8, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_DOUBLE()), }, ], [ " fabs.w (a0),fp1", [0xf2, 0x10, 0x50, 0x98], { size: 2, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_WORD_INT()), }, ], [ " fabs.b (a0),fp1", [0xf2, 0x10, 0x58, 0x98], { size: 1, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_BYTE_INT()), }, ], [ " fabs.x (a0),fp1", [0xf2, 0x10, 0x48, 0x98], { size: 10, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fabs.p (a0),fp1", [0xf2, 0x10, 0x4c, 0x98], { size: 12, operation: "FABS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_STATIC(0)), }, ], [ " fabs fp3,fp1", [0xf2, 0x00, 0x0c, 0x98], { size: 10, operation: "FABS", operands: [FR(3), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " facos fp0,fp1", [0xf2, 0x00, 0x00, 0x9c], { size: 10, operation: "FACOS", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " facos.s (a6),fp1", [0xf2, 0x16, 0x44, 0x9c], { size: 4, operation: "FACOS", operands: [ARIND(6), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fadd fp0,fp1", [0xf2, 0x00, 0x00, 0xa2], { size: 10, operation: "FADD", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsadd.s (a6),fp1", [0xf2, 0x16, 0x44, 0xe2], { size: 4, operation: "FSADD", operands: [ARIND(6), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fdadd.d (a6),fp1", [0xf2, 0x16, 0x54, 0xe6], { size: 8, operation: "FDADD", operands: [ARIND(6), FR(1)], extra: FloatFormat(FPF_DOUBLE()), }, ], [ " fasin fp3", [0xf2, 0x00, 0x0d, 0x8c], { size: 10, operation: "FASIN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fasin fp0,fp1", [0xf2, 0x00, 0x00, 0x8c], { size: 10, operation: "FASIN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fasin.s (a0),fp1", [0xf2, 0x10, 0x44, 0x8c], { size: 4, operation: "FASIN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fatan fp3", [0xf2, 0x00, 0x0d, 0x8a], { size: 10, operation: "FATAN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fatan fp0,fp1", [0xf2, 0x00, 0x00, 0x8a], { size: 10, operation: "FATAN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fatan.s (a0),fp1", [0xf2, 0x10, 0x44, 0x8a], { size: 4, operation: "FATAN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fatanh fp3", [0xf2, 0x00, 0x0d, 0x8d], { size: 10, operation: "FATANH", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fatanh fp0,fp1", [0xf2, 0x00, 0x00, 0x8d], { size: 10, operation: "FATANH", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fatanh.s (a0),fp1", [0xf2, 0x10, 0x44, 0x8d], { size: 4, operation: "FATANH", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ "lab: fbne.l lab", [0xf2, 0xce, 0xff, 0xff, 0xff, 0xfe], { size: 4, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NE), }, ], [ "lab: fbf.w lab", [0xf2, 0x80, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_F), }, ], [ "lab: fbeq.w lab", [0xf2, 0x81, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_EQ), }, ], [ "lab: fbogt.w lab", [0xf2, 0x82, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OGT), }, ], [ "lab: fboge.w lab", [0xf2, 0x83, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OGE), }, ], [ "lab: fbolt.w lab", [0xf2, 0x84, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OLT), }, ], [ "lab: fbole.w lab", [0xf2, 0x85, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OLE), }, ], [ "lab: fbogl.w lab", [0xf2, 0x86, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OGL), }, ], [ "lab: fbor.w lab", [0xf2, 0x87, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_OR), }, ], [ "lab: fbun.w lab", [0xf2, 0x88, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_UN), }, ], [ "lab: fbueq.w lab", [0xf2, 0x89, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_UEQ), }, ], [ "lab: fbugt.w lab", [0xf2, 0x8a, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_UGT), }, ], [ "lab: fbuge.w lab", [0xf2, 0x8b, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_UGE), }, ], [ "lab: fbult.w lab", [0xf2, 0x8c, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_ULT), }, ], [ "lab: fbule.w lab", [0xf2, 0x8d, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_ULE), }, ], [ "lab: fbne.w lab", [0xf2, 0x8e, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NE), }, ], [ "lab: fbt.w lab", [0xf2, 0x8f, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_T), }, ], [ "lab: fbsf.w lab", [0xf2, 0x90, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_SF), }, ], [ "lab: fbseq.w lab", [0xf2, 0x91, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_SEQ), }, ], [ "lab: fbgt.w lab", [0xf2, 0x92, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_GT), }, ], [ "lab: fbge.w lab", [0xf2, 0x93, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_GE), }, ], [ "lab: fblt.w lab", [0xf2, 0x94, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_LT), }, ], [ "lab: fble.w lab", [0xf2, 0x95, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_LE), }, ], [ "lab: fbgl.w lab", [0xf2, 0x96, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_GL), }, ], [ "lab: fbgle.w lab", [0xf2, 0x97, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_GLE), }, ], [ "lab: fbngle.w lab", [0xf2, 0x98, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NGLE), }, ], [ "lab: fbngl.w lab", [0xf2, 0x99, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NGL), }, ], [ "lab: fbnle.w lab", [0xf2, 0x9a, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NLE), }, ], [ "lab: fbnlt.w lab", [0xf2, 0x9b, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NLT), }, ], [ "lab: fbnge.w lab", [0xf2, 0x9c, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NGE), }, ], [ "lab: fbngt.w lab", [0xf2, 0x9d, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_NGT), }, ], [ "lab: fbsne.w lab", [0xf2, 0x9e, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_SNE), }, ], [ "lab: fbst.w lab", [0xf2, 0x9f, 0xff, 0xfe], { size: 2, operation: "FBCC", operands: [PCDISP(2, simpleDisp(-2)), null], extra: FPCondition(FPConditionCode.FPCC_ST), }, ], [ " fcmp fp2,fp4", [0xf2, 0x00, 0x0a, 0x38], { size: 10, operation: "FCMP", operands: [FR(2), FR(4)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fcmp.s (a0),fp4", [0xf2, 0x10, 0x46, 0x38], { size: 4, operation: "FCMP", operands: [ARIND(0), FR(4)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fcos fp3", [0xf2, 0x00, 0x0d, 0x9d], { size: 10, operation: "FCOS", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fcos fp0,fp1", [0xf2, 0x00, 0x00, 0x9d], { size: 10, operation: "FCOS", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fcos.s (a0),fp1", [0xf2, 0x10, 0x44, 0x9d], { size: 4, operation: "FCOS", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fcosh fp3", [0xf2, 0x00, 0x0d, 0x99], { size: 10, operation: "FCOSH", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fcosh fp0,fp1", [0xf2, 0x00, 0x00, 0x99], { size: 10, operation: "FCOSH", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fcosh.s (a0),fp1", [0xf2, 0x10, 0x44, 0x99], { size: 4, operation: "FCOSH", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fdiv fp0,fp1", [0xf2, 0x00, 0x00, 0xa0], { size: 10, operation: "FDIV", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fdiv.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa0], { size: 4, operation: "FDIV", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsdiv.s (a0),fp1", [0xf2, 0x10, 0x44, 0xe0], { size: 4, operation: "FSDIV", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fddiv.s (a0),fp1", [0xf2, 0x10, 0x44, 0xe4], { size: 4, operation: "FDDIV", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fetox fp3", [0xf2, 0x00, 0x0d, 0x90], { size: 10, operation: "FETOX", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fetox fp0,fp1", [0xf2, 0x00, 0x00, 0x90], { size: 10, operation: "FETOX", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fetox.s (a0),fp1", [0xf2, 0x10, 0x44, 0x90], { size: 4, operation: "FETOX", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fetoxm1 fp3", [0xf2, 0x00, 0x0d, 0x88], { size: 10, operation: "FETOXM1", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fetoxm1 fp0,fp1", [0xf2, 0x00, 0x00, 0x88], { size: 10, operation: "FETOXM1", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fetoxm1.s (a0),fp1", [0xf2, 0x10, 0x44, 0x88], { size: 4, operation: "FETOXM1", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fgetexp fp3", [0xf2, 0x00, 0x0d, 0x9e], { size: 10, operation: "FGETEXP", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fgetexp fp0,fp1", [0xf2, 0x00, 0x00, 0x9e], { size: 10, operation: "FGETEXP", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fgetexp.s (a0),fp1", [0xf2, 0x10, 0x44, 0x9e], { size: 4, operation: "FGETEXP", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fgetman fp3", [0xf2, 0x00, 0x0d, 0x9f], { size: 10, operation: "FGETMAN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fgetman fp0,fp1", [0xf2, 0x00, 0x00, 0x9f], { size: 10, operation: "FGETMAN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fgetman.s (a0),fp1", [0xf2, 0x10, 0x44, 0x9f], { size: 4, operation: "FGETMAN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fint fp3", [0xf2, 0x00, 0x0d, 0x81], { size: 10, operation: "FINT", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fint fp0,fp1", [0xf2, 0x00, 0x00, 0x81], { size: 10, operation: "FINT", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fint.s (a0),fp1", [0xf2, 0x10, 0x44, 0x81], { size: 4, operation: "FINT", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fintrz fp3", [0xf2, 0x00, 0x0d, 0x83], { size: 10, operation: "FINTRZ", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fintrz fp0,fp1", [0xf2, 0x00, 0x00, 0x83], { size: 10, operation: "FINTRZ", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fintrz.s (a0),fp1", [0xf2, 0x10, 0x44, 0x83], { size: 4, operation: "FINTRZ", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " flog10 fp3", [0xf2, 0x00, 0x0d, 0x95], { size: 10, operation: "FLOG10", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flog10 fp0,fp1", [0xf2, 0x00, 0x00, 0x95], { size: 10, operation: "FLOG10", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flog10.s (a0),fp1", [0xf2, 0x10, 0x44, 0x95], { size: 4, operation: "FLOG10", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " flog2 fp3", [0xf2, 0x00, 0x0d, 0x96], { size: 10, operation: "FLOG2", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flog2 fp0,fp1", [0xf2, 0x00, 0x00, 0x96], { size: 10, operation: "FLOG2", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flog2.s (a0),fp1", [0xf2, 0x10, 0x44, 0x96], { size: 4, operation: "FLOG2", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " flogn fp3", [0xf2, 0x00, 0x0d, 0x94], { size: 10, operation: "FLOGN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flogn fp0,fp1", [0xf2, 0x00, 0x00, 0x94], { size: 10, operation: "FLOGN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flogn.s (a0),fp1", [0xf2, 0x10, 0x44, 0x94], { size: 4, operation: "FLOGN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " flognp1 fp3", [0xf2, 0x00, 0x0d, 0x86], { size: 10, operation: "FLOGNP1", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flognp1 fp0,fp1", [0xf2, 0x00, 0x00, 0x86], { size: 10, operation: "FLOGNP1", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " flognp1.s (a0),fp1", [0xf2, 0x10, 0x44, 0x86], { size: 4, operation: "FLOGNP1", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fmod fp0,fp1", [0xf2, 0x00, 0x00, 0xa1], { size: 10, operation: "FMOD", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmod.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa1], { size: 4, operation: "FMOD", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fmovecr #30,fp1", [0xf2, 0x00, 0x5c, 0x9e], { size: 10, operation: "FMOVECR", operands: [IMM8(30), FR(1)], extra: null, }, ], [ "lab: fdbgt d6,lab", [0xf2, 0x4e, 0x00, 0x12, 0xff, 0xfc], { size: 2, operation: "FDBCC", operands: [DR(6), PCDISP(4, simpleDisp(-4))], extra: FPCondition(FPConditionCode.FPCC_GT), }, ], [ " fmove fp3,fp5", [0xf2, 0x00, 0x0e, 0x80], { size: 10, operation: "FMOVE", operands: [FR(3), FR(5)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmove.x (a0),fp5", [0xf2, 0x10, 0x4a, 0x80], { size: 10, operation: "FMOVE", operands: [ARIND(0), FR(5)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmove.s (a0),fp5", [0xf2, 0x10, 0x46, 0x80], { size: 4, operation: "FMOVE", operands: [ARIND(0), FR(5)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsmove.d (a0),fp5", [0xf2, 0x10, 0x56, 0xc0], { size: 8, operation: "FSMOVE", operands: [ARIND(0), FR(5)], extra: FloatFormat(FPF_DOUBLE()), }, ], [ " fdmove.p (a0),fp5", [0xf2, 0x10, 0x4e, 0xc4], { size: 12, operation: "FDMOVE", operands: [ARIND(0), FR(5)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_STATIC(0)), }, ], [ " fmove.s fp4,(a1)", [0xf2, 0x11, 0x66, 0x00], { size: 4, operation: "FMOVE", operands: [FR(4), ARIND(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fmove.p fp4,(a1){#12}", [0xf2, 0x11, 0x6e, 0x0c], { size: 12, operation: "FMOVE", operands: [FR(4), ARIND(1)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_STATIC(12)), }, ], [ " fmove.p fp4,(a1){#-64}", [0xf2, 0x11, 0x6e, 0x40], { size: 12, operation: "FMOVE", operands: [FR(4), ARIND(1)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_STATIC(-64)), }, ], [ " fmove.p fp4,(a1){#63}", [0xf2, 0x11, 0x6e, 0x3f], { size: 12, operation: "FMOVE", operands: [FR(4), ARIND(1)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_STATIC(63)), }, ], [ " fmove.p fp4,(a1){d3}", [0xf2, 0x11, 0x7e, 0x30], { size: 12, operation: "FMOVE", operands: [FR(4), ARIND(1)], extra: FloatFormat(FPF_PACKED_DECIMAL_REAL_DYNAMIC(3)), }, ], [ " fmovem fp0-fp4,-(a3)", [0xf2, 0x23, 0xe0, 0x1f], { size: 10, operation: "FMOVEM", operands: [REGLIST(0b11111), ARDEC(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmovem d7,-(a3)", [0xf2, 0x23, 0xe8, 0x70], { size: 10, operation: "FMOVEM", operands: [DR(7), ARDEC(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmovem d7,(a3)", [0xf2, 0x13, 0xf8, 0x70], { size: 10, operation: "FMOVEM", operands: [DR(7), ARIND(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmovem (a3),d7", [0xf2, 0x13, 0xd8, 0x70], { size: 10, operation: "FMOVEM", operands: [ARIND(3), DR(7)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmovem (a3)+,d7", [0xf2, 0x1b, 0xd8, 0x70], { size: 10, operation: "FMOVEM", operands: [ARINC(3), DR(7)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmovem (a3)+,fp0/fp6", [0xf2, 0x1b, 0xd0, 0x82], { size: 10, operation: "FMOVEM", operands: [ARINC(3), REGLIST(0b1000_0010)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmul fp0,fp1", [0xf2, 0x00, 0x00, 0xa3], { size: 10, operation: "FMUL", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fmul.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa3], { size: 4, operation: "FMUL", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsmul.s (a0),fp1", [0xf2, 0x10, 0x44, 0xe3], { size: 4, operation: "FSMUL", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fdmul.s (a0),fp1", [0xf2, 0x10, 0x44, 0xe7], { size: 4, operation: "FDMUL", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fneg fp3", [0xf2, 0x00, 0x0d, 0x9a], { size: 10, operation: "FNEG", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fneg fp0,fp1", [0xf2, 0x00, 0x00, 0x9a], { size: 10, operation: "FNEG", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fneg.s (a0),fp1", [0xf2, 0x10, 0x44, 0x9a], { size: 4, operation: "FNEG", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsneg.s (a0),fp1", [0xf2, 0x10, 0x44, 0xda], { size: 4, operation: "FSNEG", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fdneg.s (a0),fp1", [0xf2, 0x10, 0x44, 0xde], { size: 4, operation: "FDNEG", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fnop", [0xf2, 0x80, 0x00, 0x00], { size: 0, operation: "FNOP", operands: [null, null], extra: null, }, ], [ " frem fp0,fp1", [0xf2, 0x00, 0x00, 0xa5], { size: 10, operation: "FREM", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " frem.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa5], { size: 4, operation: "FREM", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fscale fp0,fp1", [0xf2, 0x00, 0x00, 0xa6], { size: 10, operation: "FSCALE", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fscale.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa6], { size: 4, operation: "FSCALE", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsgt (a0)", [0xf2, 0x50, 0x00, 0x12], { size: 1, operation: "FSCC", operands: [Implied(), ARIND(0)], extra: FPCondition(FPConditionCode.FPCC_GT), }, ], [ " fsgldiv fp0,fp1", [0xf2, 0x00, 0x00, 0xa4], { size: 10, operation: "FSGLDIV", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsgldiv.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa4], { size: 4, operation: "FSGLDIV", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsglmul fp0,fp1", [0xf2, 0x00, 0x00, 0xa7], { size: 10, operation: "FSGLMUL", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsglmul.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa7], { size: 4, operation: "FSGLMUL", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsin fp3", [0xf2, 0x00, 0x0d, 0x8e], { size: 10, operation: "FSIN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsin fp0,fp1", [0xf2, 0x00, 0x00, 0x8e], { size: 10, operation: "FSIN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsin.s (a0),fp1", [0xf2, 0x10, 0x44, 0x8e], { size: 4, operation: "FSIN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsincos fp0,fp1:fp2", [0xf2, 0x00, 0x01, 0x31], { size: 10, operation: "FSINCOS", operands: [FR(0), FPAIR(2, 1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsincos.s (a0),fp1:fp2", [0xf2, 0x10, 0x45, 0x31], { size: 4, operation: "FSINCOS", operands: [ARIND(0), FPAIR(2, 1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsinh fp3", [0xf2, 0x00, 0x0d, 0x82], { size: 10, operation: "FSINH", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsinh fp0,fp1", [0xf2, 0x00, 0x00, 0x82], { size: 10, operation: "FSINH", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsinh.s (a0),fp1", [0xf2, 0x10, 0x44, 0x82], { size: 4, operation: "FSINH", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fsqrt fp3", [0xf2, 0x00, 0x0d, 0x84], { size: 10, operation: "FSQRT", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsqrt fp0,fp1", [0xf2, 0x00, 0x00, 0x84], { size: 10, operation: "FSQRT", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsqrt.s (a0),fp1", [0xf2, 0x10, 0x44, 0x84], { size: 4, operation: "FSQRT", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fssqrt fp3", [0xf2, 0x00, 0x0d, 0xc1], { size: 10, operation: "FSSQRT", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fdsqrt fp3", [0xf2, 0x00, 0x0d, 0xc5], { size: 10, operation: "FDSQRT", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsub fp0,fp1", [0xf2, 0x00, 0x00, 0xa8], { size: 10, operation: "FSUB", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fsub.s (a0),fp1", [0xf2, 0x10, 0x44, 0xa8], { size: 4, operation: "FSUB", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " fssub.x (a0),fp1", [0xf2, 0x10, 0x48, 0xe8], { size: 10, operation: "FSSUB", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " fdsub.l (a0),fp1", [0xf2, 0x10, 0x40, 0xec], { size: 4, operation: "FDSUB", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_LONG_INT()), }, ], [ " ftan fp3", [0xf2, 0x00, 0x0d, 0x8f], { size: 10, operation: "FTAN", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftan fp0,fp1", [0xf2, 0x00, 0x00, 0x8f], { size: 10, operation: "FTAN", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftan.s (a0),fp1", [0xf2, 0x10, 0x44, 0x8f], { size: 4, operation: "FTAN", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " ftanh fp3", [0xf2, 0x00, 0x0d, 0x89], { size: 10, operation: "FTANH", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftanh fp0,fp1", [0xf2, 0x00, 0x00, 0x89], { size: 10, operation: "FTANH", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftanh.s (a0),fp1", [0xf2, 0x10, 0x44, 0x89], { size: 4, operation: "FTANH", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " ftentox fp3", [0xf2, 0x00, 0x0d, 0x92], { size: 10, operation: "FTENTOX", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftentox fp0,fp1", [0xf2, 0x00, 0x00, 0x92], { size: 10, operation: "FTENTOX", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftentox.s (a0),fp1", [0xf2, 0x10, 0x44, 0x92], { size: 4, operation: "FTENTOX", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " ftrapgt", [0xf2, 0x7c, 0x00, 0x12], { size: 0, operation: "FTRAPCC", operands: [Implied(), null], extra: FPCondition(FPConditionCode.FPCC_GT), }, ], [ " ftrapeq.w #123", [0xf2, 0x7a, 0x00, 0x01, 0x00, 0x7b], { size: 2, operation: "FTRAPCC", operands: [Implied(), IMM16(123)], extra: FPCondition(FPConditionCode.FPCC_EQ), }, ], [ " ftrapne.l #1234567", [0xf2, 0x7b, 0x00, 0x0e, 0x00, 0x12, 0xd6, 0x87], { size: 4, operation: "FTRAPCC", operands: [Implied(), IMM32(1234567)], extra: FPCondition(FPConditionCode.FPCC_NE), }, ], [ " ftst.l (a0)", [0xf2, 0x10, 0x40, 0x3a], { size: 4, operation: "FTST", operands: [ARIND(0), null], extra: FloatFormat(FPF_LONG_INT()), }, ], [ " ftst fp7", [0xf2, 0x00, 0x1c, 0x3a], { size: 10, operation: "FTST", operands: [FR(7), null], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftwotox fp3", [0xf2, 0x00, 0x0d, 0x91], { size: 10, operation: "FTWOTOX", operands: [FR(3), FR(3)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftwotox fp0,fp1", [0xf2, 0x00, 0x00, 0x91], { size: 10, operation: "FTWOTOX", operands: [FR(0), FR(1)], extra: FloatFormat(FPF_EXTENDED_REAL()), }, ], [ " ftwotox.s (a0),fp1", [0xf2, 0x10, 0x44, 0x91], { size: 4, operation: "FTWOTOX", operands: [ARIND(0), FR(1)], extra: FloatFormat(FPF_SINGLE()), }, ], [ " movec.l a3,cacr", [0x4e, 0x7b, 0xb0, 0x02], { size: 4, operation: "MOVEC", operands: [AR(3), CONTROLREG(2)], extra: null, }, ], [ " movec.l d3,cacr", [0x4e, 0x7b, 0x30, 0x02], { size: 4, operation: "MOVEC", operands: [DR(3), CONTROLREG(2)], extra: null, }, ], [ " movec.l isp,a3", [0x4e, 0x7a, 0xb8, 0x04], { size: 4, operation: "MOVEC", operands: [CONTROLREG(0x804), AR(3)], extra: null, }, ], [ " movec.l isp,d3", [0x4e, 0x7a, 0x38, 0x04], { size: 4, operation: "MOVEC", operands: [CONTROLREG(0x804), DR(3)], extra: null, }, ], [ " adda.w (a3),a2", [0xd4, 0xd3], { size: 2, operation: "ADDA", operands: [ARIND(3), AR(2)], extra: null, }, ], [ " adda.l (a3),a2", [0xd5, 0xd3], { size: 4, operation: "ADDA", operands: [ARIND(3), AR(2)], extra: null, }, ], ])("%s", (src, bytes, expected) => { const code = Uint8Array.from(bytes); if (expected === "NotImplemented") { expect(() => decodeInstruction(code)).toThrowError(); } else { const decoded = decodeInstruction(code); expect(decoded.instruction).toEqual(expected); expect(decoded.bytesUsed).toEqual(code.length); if (!src.includes("\n") && !src.match(/(lab|self):/)) { const inst = instructionToString(decoded.instruction); const normalizedSrc = src .toLowerCase() // Normalize whitespace .replace(/\s+/g, " ") // Hex to decimal .replace(/\$[0-9a-f]+/g, (v) => { return parseInt(v.substring(1), 16).toString(); }); expect(inst).toEqual(normalizedSrc); } } }); });