Enum moa_z80::Instruction

pub enum Instruction {
    ADCa(Target),
    ADC16(RegisterPair, RegisterPair),
    ADDa(Target),
    ADD16(RegisterPair, RegisterPair),
    AND(Target),
    BIT(u8, Target),
    CALL(u16),
    CALLcc(Condition, u16),
    CCF,
    CP(Target),
    CPD,
    CPDR,
    CPI,
    CPIR,
    CPL,
    DAA,
    DEC16(RegisterPair),
    DEC8(Target),
    DI,
    DJNZ(i8),
    EI,
    EXX,
    EXafaf,
    EXhlde,
    EXsp(RegisterPair),
    HALT,
    IM(InterruptMode),
    INC16(RegisterPair),
    INC8(Target),
    IND,
    INDR,
    INI,
    INIR,
    INic(Register),
    INicz,
    INx(u8),
    JP(u16),
    JPIndirect(RegisterPair),
    JPcc(Condition, u16),
    JR(i8),
    JRcc(Condition, i8),
    LD(LoadTarget, LoadTarget),
    LDsr(SpecialRegister, Direction),
    LDD,
    LDDR,
    LDI,
    LDIR,
    NEG,
    NOP,
    OR(Target),
    OTDR,
    OTIR,
    OUTD,
    OUTI,
    OUTic(Register),
    OUTicz,
    OUTx(u8),
    POP(RegisterPair),
    PUSH(RegisterPair),
    RES(u8, Target, UndocumentedCopy),
    RET,
    RETI,
    RETN,
    RETcc(Condition),
    RL(Target, UndocumentedCopy),
    RLA,
    RLC(Target, UndocumentedCopy),
    RLCA,
    RLD,
    RR(Target, UndocumentedCopy),
    RRA,
    RRC(Target, UndocumentedCopy),
    RRCA,
    RRD,
    RST(u8),
    SBCa(Target),
    SBC16(RegisterPair, RegisterPair),
    SCF,
    SET(u8, Target, UndocumentedCopy),
    SLA(Target, UndocumentedCopy),
    SLL(Target, UndocumentedCopy),
    SRA(Target, UndocumentedCopy),
    SRL(Target, UndocumentedCopy),
    SUB(Target),
    XOR(Target),
}

Variants

ADCa(Target)

ADC16(RegisterPair, RegisterPair)

ADDa(Target)

ADD16(RegisterPair, RegisterPair)

AND(Target)

BIT(u8, Target)

CALL(u16)

CALLcc(Condition, u16)

CCF

CP(Target)

CPD

CPDR

CPI

CPIR

CPL

DAA

DEC16(RegisterPair)

DEC8(Target)

DI

DJNZ(i8)

EI

EXX

EXafaf

EXhlde

EXsp(RegisterPair)

HALT

IM(InterruptMode)

INC16(RegisterPair)

INC8(Target)

IND

INDR

INI

INIR

INic(Register)

INicz

INx(u8)

JP(u16)

JPIndirect(RegisterPair)

JPcc(Condition, u16)

JR(i8)

JRcc(Condition, i8)

LD(LoadTarget, LoadTarget)

LDsr(SpecialRegister, Direction)

LDD

LDDR

LDI

LDIR

NEG

NOP

OR(Target)

OTDR

OTIR

OUTD

OUTI

OUTic(Register)

OUTicz

OUTx(u8)

POP(RegisterPair)

PUSH(RegisterPair)

RES(u8, Target, UndocumentedCopy)

RET

RETI

RETN

RETcc(Condition)

RL(Target, UndocumentedCopy)

RLA

RLC(Target, UndocumentedCopy)

RLCA

RLD

RR(Target, UndocumentedCopy)

RRA

RRC(Target, UndocumentedCopy)

RRCA

RRD

RST(u8)

SBCa(Target)

SBC16(RegisterPair, RegisterPair)

SCF

SET(u8, Target, UndocumentedCopy)

SLA(Target, UndocumentedCopy)

SLL(Target, UndocumentedCopy)

SRA(Target, UndocumentedCopy)

SRL(Target, UndocumentedCopy)

SUB(Target)

XOR(Target)

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 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