Enum moa_m68k::instructions::Instruction

pub enum Instruction {
    ABCD(Target, Target),
    ADD(Target, Target, Size),
    ADDA(Target, Register, Size),
    ADDX(Target, Target, Size),
    AND(Target, Target, Size),
    ANDtoCCR(u8),
    ANDtoSR(u16),
    ASL(Target, Target, Size),
    ASR(Target, Target, Size),
    Bcc(Condition, i32),
    BRA(i32),
    BSR(i32),
    BCHG(Target, Target, Size),
    BCLR(Target, Target, Size),
    BSET(Target, Target, Size),
    BTST(Target, Target, Size),
    BFCHG(Target, RegOrImmediate, RegOrImmediate),
    BFCLR(Target, RegOrImmediate, RegOrImmediate),
    BFEXTS(Target, RegOrImmediate, RegOrImmediate, Register),
    BFEXTU(Target, RegOrImmediate, RegOrImmediate, Register),
    BFFFO(Target, RegOrImmediate, RegOrImmediate, Register),
    BFINS(Register, Target, RegOrImmediate, RegOrImmediate),
    BFSET(Target, RegOrImmediate, RegOrImmediate),
    BFTST(Target, RegOrImmediate, RegOrImmediate),
    BKPT(u8),
    CHK(Target, Register, Size),
    CLR(Target, Size),
    CMP(Target, Target, Size),
    CMPA(Target, Register, Size),
    DBcc(Condition, Register, i16),
    DIVW(Target, Register, Sign),
    DIVL(Target, Option<Register>, Register, Sign),
    EOR(Target, Target, Size),
    EORtoCCR(u8),
    EORtoSR(u16),
    EXG(Target, Target),
    EXT(Register, Size, Size),
    ILLEGAL,
    JMP(Target),
    JSR(Target),
    LEA(Target, Register),
    LINK(Register, i32),
    LSL(Target, Target, Size),
    LSR(Target, Target, Size),
    MOVE(Target, Target, Size),
    MOVEA(Target, Register, Size),
    MOVEfromSR(Target),
    MOVEtoSR(Target),
    MOVEfromCCR(Target),
    MOVEtoCCR(Target),
    MOVEC(Target, ControlRegister, Direction),
    MOVEM(Target, Size, Direction, u16),
    MOVEP(Register, Register, i16, Size, Direction),
    MOVEQ(u8, Register),
    MOVEUSP(Target, Direction),
    MULW(Target, Register, Sign),
    MULL(Target, Option<Register>, Register, Sign),
    NBCD(Target),
    NEG(Target, Size),
    NEGX(Target, Size),
    NOP,
    NOT(Target, Size),
    OR(Target, Target, Size),
    ORtoCCR(u8),
    ORtoSR(u16),
    PEA(Target),
    RESET,
    ROL(Target, Target, Size),
    ROR(Target, Target, Size),
    ROXL(Target, Target, Size),
    ROXR(Target, Target, Size),
    RTE,
    RTR,
    RTS,
    RTD(i16),
    Scc(Condition, Target),
    STOP(u16),
    SBCD(Target, Target),
    SUB(Target, Target, Size),
    SUBA(Target, Register, Size),
    SUBX(Target, Target, Size),
    SWAP(Register),
    TAS(Target),
    TST(Target, Size),
    TRAP(u8),
    TRAPV,
    UNLK(Register),
    UnimplementedA(u16),
    UnimplementedF(u16),
}

Variants

ABCD(Target, Target)

ADD(Target, Target, Size)

ADDA(Target, Register, Size)

ADDX(Target, Target, Size)

AND(Target, Target, Size)

ANDtoCCR(u8)

ANDtoSR(u16)

ASL(Target, Target, Size)

ASR(Target, Target, Size)

Bcc(Condition, i32)

BRA(i32)

BSR(i32)

BCHG(Target, Target, Size)

BCLR(Target, Target, Size)

BSET(Target, Target, Size)

BTST(Target, Target, Size)

BFCHG(Target, RegOrImmediate, RegOrImmediate)

BFCLR(Target, RegOrImmediate, RegOrImmediate)

BFEXTS(Target, RegOrImmediate, RegOrImmediate, Register)

BFEXTU(Target, RegOrImmediate, RegOrImmediate, Register)

BFFFO(Target, RegOrImmediate, RegOrImmediate, Register)

BFINS(Register, Target, RegOrImmediate, RegOrImmediate)

BFSET(Target, RegOrImmediate, RegOrImmediate)

BFTST(Target, RegOrImmediate, RegOrImmediate)

BKPT(u8)

CHK(Target, Register, Size)

CLR(Target, Size)

CMP(Target, Target, Size)

CMPA(Target, Register, Size)

DBcc(Condition, Register, i16)

DIVW(Target, Register, Sign)

DIVL(Target, Option<Register>, Register, Sign)

EOR(Target, Target, Size)

EORtoCCR(u8)

EORtoSR(u16)

EXG(Target, Target)

EXT(Register, Size, Size)

ILLEGAL

JMP(Target)

JSR(Target)

LEA(Target, Register)

LINK(Register, i32)

LSL(Target, Target, Size)

LSR(Target, Target, Size)

MOVE(Target, Target, Size)

MOVEA(Target, Register, Size)

MOVEfromSR(Target)

MOVEtoSR(Target)

MOVEfromCCR(Target)

MOVEtoCCR(Target)

MOVEC(Target, ControlRegister, Direction)

MOVEM(Target, Size, Direction, u16)

MOVEP(Register, Register, i16, Size, Direction)

MOVEQ(u8, Register)

MOVEUSP(Target, Direction)

MULW(Target, Register, Sign)

MULL(Target, Option<Register>, Register, Sign)

NBCD(Target)

NEG(Target, Size)

NEGX(Target, Size)

NOP

NOT(Target, Size)

OR(Target, Target, Size)

ORtoCCR(u8)

ORtoSR(u16)

PEA(Target)

RESET

ROL(Target, Target, Size)

ROR(Target, Target, Size)

ROXL(Target, Target, Size)

ROXR(Target, Target, Size)

RTE

RTR

RTS

RTD(i16)

Scc(Condition, Target)

STOP(u16)

SBCD(Target, Target)

SUB(Target, Target, Size)

SUBA(Target, Register, Size)

SUBX(Target, Target, Size)

SWAP(Register)

TAS(Target)

TST(Target, Size)

TRAP(u8)

TRAPV

UNLK(Register)

UnimplementedA(u16)

UnimplementedF(u16)

Trait Implementations

impl Clone for Instruction

fn clone(&self) -> Instruction

Returns a copy of the value.

fn clone_from(&mut self, source: &Self)

Performs copy-assignment from source.

impl Debug for Instruction

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl Display for Instruction

fn fmt(&self, f: &mut Formatter<'_>) -> Result

Formats the value using the given formatter.

impl PartialEq for Instruction

fn eq(&self, other: &Instruction) -> bool

This method tests for self and other values to be equal, and is used by ==.

fn ne(&self, other: &Rhs) -> bool

This method tests for !=. The default implementation is almost always sufficient, and should not be overridden without very good reason.

impl Eq for Instruction

impl StructuralPartialEq for Instruction