Enum arch_ops::x86::insn::X86Opcode

source · [−]

#[non_exhaustive]
pub enum X86Opcode {
Show 382 variants    AddMR8,
    AddMR,
    AddRM8,
    AddRM,
    AddAImm8,
    AddAImm,
    OrMR8,
    OrMR,
    OrRM8,
    OrRM,
    OrAImm8,
    OrAImm,
    AdcMR8,
    AdcMR,
    AdcRM8,
    AdcRM,
    AdcAImm8,
    AdcAImm,
    SbbMR8,
    SbbMR,
    SbbRM8,
    SbbRM,
    SbbAImm8,
    SbbaImm,
    AndMR8,
    AndMR,
    AndRM8,
    AndRM,
    AndAImm8,
    AndAImm,
    SubMR8,
    SubMR,
    SubRM8,
    SubRM,
    SubAImm8,
    SubAImm,
    XorMR8,
    XorMR,
    XorRM8,
    XorRM,
    XorAImm8,
    XorAImm,
    CmpMR8,
    CmpMR,
    CmpRM8,
    CmpRM,
    CmpAImm8,
    CmpAImm,
    Rex,
    RexB,
    RexX,
    RexXB,
    RexR,
    RexRB,
    RexRX,
    RexRXB,
    RexW,
    RexWB,
    RexWX,
    RexWXB,
    RexWR,
    RexWRB,
    RexWRX,
    RexWRXB,
    Push,
    Pop,
    Movsxd,
    FsSeg,
    GsSeg,
    OpSize,
    AddrSize,
    PushImm,
    IMul,
    PushImm8,
    IMul8,
    Insb,
    Ins,
    Outsb,
    Outs,
    Jo,
    Jno,
    Jb,
    Jae,
    Jz,
    Jnz,
    Jbe,
    Ja,
    Js,
    Jns,
    Jp,
    Jnp,
    Jl,
    Jge,
    Jle,
    Jg,
    AddImm8,
    OrImm8,
    AdcImm8,
    SbbImm8,
    AndImm8,
    SubImm8,
    XorImm8,
    CmpImm8,
    AddImm,
    OrImm,
    AdcImm,
    SbbImm,
    AndImm,
    SubImm,
    XorImm,
    CmpImm,
    AddGImm8,
    OrGImm8,
    AdcGImm8,
    SbbGImm8,
    AndGImm8,
    SubGImm8,
    XorGImm8,
    CmpGImm8,
    Test8,
    Test,
    Xchg8,
    Xchg,
    MovMR8,
    MovMR,
    MovRM8,
    MovRM,
    MovRMS,
    Lea,
    MovSRM,
    PopMR,
    Nop90,
    XchgReg,
    Cbw,
    Cwde,
    Cdqe,
    Cwd,
    Cdq,
    Cdo,
    Fwait,
    Pushf,
    Popf,
    Sahf,
    Lahf,
    MovAlM,
    MovAregM,
    MovMAl,
    MovMAreg,
    Movsb,
    Movs,
    Cmpsb,
    Cmps,
    TestAreg8,
    TestAreg,
    Stosb,
    Stos,
    Lodsb,
    Lods,
    Scasb,
    Scas,
    MovImm8,
    MovImm,
    RolImm8,
    RorImm8,
    RclImm8,
    RcrImm8,
    ShlImm8,
    ShrImm8,
    Shl2Imm8,
    SarImm8,
    RolImm,
    RorImm,
    RclImm,
    RcrImm,
    ShlImm,
    ShrImm,
    Shl2Imm,
    SarImm,
    RetnPop,
    Retn,
    MovImmM8,
    MovImmM,
    Enter,
    Leave,
    RetfPop,
    Retf,
    Int3,
    Int,
    IntO,
    IRet,
    Rol8,
    Ror8,
    Rcl8,
    Rcr8,
    Shl8,
    Shr8,
    Shl2_8,
    Sar8,
    Rol,
    Ror,
    Rcl,
    Rcr,
    Shl,
    Shr,
    Shl2,
    Sar,
    RolCL8,
    RorCL8,
    RclCL8,
    RcrCL8,
    ShlCL8,
    ShrCL8,
    Shl2CL8,
    SarCL8,
    RolCL,
    RorCL,
    RclCL,
    RcrCL,
    ShlCL,
    ShrCL,
    Shl2CL,
    SarCL,
    Xlat,
    Fadd,
    Fmul,
    Fcom,
    Fcomp,
    Fsub,
    Fsubr,
    Fdiv,
    Fdivr,
    Fld,
    Fxch,
    Fst,
    Fstp,
    Fldenv,
    Fchs,
    Fabs,
    Ftst,
    Fxam,
    Fldcw,
    Fld1,
    FldL2T,
    FldL2E,
    FldPi,
    Fldlg2,
    Fldln2,
    Fldz,
    Fnstenv,
    Fstenv,
    F2Xm1,
    FYl2x,
    Fptan,
    Fpatan,
    Fxtract,
    Fprem1,
    FDecStp,
    FIncStp,
    Fnstcw,
    Fstcw,
    Fprem,
    FYl2Xp1,
    Fsqrt,
    Fsincos,
    Frndint,
    Fscale,
    Fsin,
    Fcos,
    FCmovB,
    FIadd,
    FCmovE,
    FImul,
    FCmovBE,
    FIcom,
    FCmovU,
    FIcomp,
    FISub,
    FUcompp,
    FISubr,
    FIdiv,
    FIdivr,
    FCmovNb,
    FIld,
    FCmovNe,
    FISttp,
    FCmovNbe,
    FIst,
    FCMovNu,
    FIstp,
    Fneni,
    Fndisi,
    Fnclex,
    Fclex,
    Fninit,
    Finit,
    Fnsetpm,
    Fld80,
    Fucmpi,
    Fcmpi,
    Fadd64,
    Fmul64,
    Fcom64,
    Fcomp64,
    Fsub64,
    Fsubr64,
    Fdiv64,
    Fdivr64,
    LoopNz,
    LoopZ,
    Loop,
    Jcxz,
    InImm8,
    InImm,
    OutImm8,
    OutImm,
    Call,
    Jmp,
    Jmpf,
    Jmp8,
    In8,
    In,
    Out8,
    Out,
    Int1,
    Hlt,
    Cmc,
    TestImm8,
    TestImm82,
    Not8,
    Neg8,
    MulAl8,
    IMulAl8,
    DivAx8,
    IDivAx8,
    TestImm,
    TestImm2,
    Not,
    Neg,
    MulAreg,
    IMulAreg,
    Div,
    IDiv,
    Clc,
    Stc,
    Cli,
    Sti,
    Cld,
    Std,
    Inc8,
    Dec8,
    Inc,
    Dec,
    CallInd,
    Callf,
    JmpInd,
    JmpfInd,
    PushRM,
    Ud2,
    MovUpsRM,
    MovSsRM,
    MovUpdRM,
    MovSdRM,
    VMovUpsRM,
    VMovSsRM,
    VMovUpdRM,
    VMovSdRM,
    MovUpsMR,
    MovSsMR,
    MovUpdMR,
    MovSdMR,
    VMovUpsMR,
    VMovSsMR,
    VMovUpdMR,
    VMovSdMR,
    MovDRM,
    MovQRM,
    MovDMR,
    MovQMR,
    MFence,
    TileLoadD,
    TileLoadDT1,
    TileStoreD,
}

Variants (Non-exhaustive)

This enum is marked as non-exhaustive

Non-exhaustive enums could have additional variants added in future. Therefore, when matching against variants of non-exhaustive enums, an extra wildcard arm must be added to account for any future variants.

`AddMR8`

`AddMR`

`AddRM8`

`AddRM`

`AddAImm8`

`AddAImm`

`OrMR8`

`OrMR`

`OrRM8`

`OrRM`

`OrAImm8`

`OrAImm`

`AdcMR8`

`AdcMR`

`AdcRM8`

`AdcRM`

`AdcAImm8`

`AdcAImm`

`SbbMR8`

`SbbMR`

`SbbRM8`

`SbbRM`

`SbbAImm8`

`SbbaImm`

`AndMR8`

`AndMR`

`AndRM8`

`AndRM`

`AndAImm8`

`AndAImm`

`SubMR8`

`SubMR`

`SubRM8`

`SubRM`

`SubAImm8`

`SubAImm`

`XorMR8`

`XorMR`

`XorRM8`

`XorRM`

`XorAImm8`

`XorAImm`

`CmpMR8`

`CmpMR`

`CmpRM8`

`CmpRM`

`CmpAImm8`

`CmpAImm`

`Rex`

`RexB`

`RexX`

`RexXB`

`RexR`

`RexRB`

`RexRX`

`RexRXB`

`RexW`

`RexWB`

`RexWX`

`RexWXB`

`RexWR`

`RexWRB`

`RexWRX`

`RexWRXB`

`Push`

`Pop`

`Movsxd`

`FsSeg`

`GsSeg`

`OpSize`

`AddrSize`

`PushImm`

`IMul`

`PushImm8`

`IMul8`

`Insb`

`Ins`

`Outsb`

`Outs`

`Jo`

`Jno`

`Jb`

`Jae`

`Jz`

`Jnz`

`Jbe`

`Ja`

`Js`

`Jns`

`Jp`

`Jnp`

`Jl`

`Jge`

`Jle`

`Jg`

`AddImm8`

`OrImm8`

`AdcImm8`

`SbbImm8`

`AndImm8`

`SubImm8`

`XorImm8`

`CmpImm8`

`AddImm`

`OrImm`

`AdcImm`

`SbbImm`

`AndImm`

`SubImm`

`XorImm`

`CmpImm`

`AddGImm8`

`OrGImm8`

`AdcGImm8`

`SbbGImm8`

`AndGImm8`

`SubGImm8`

`XorGImm8`

`CmpGImm8`

`Test8`

`Test`

`Xchg8`

`Xchg`

`MovMR8`

`MovMR`

`MovRM8`

`MovRM`

`MovRMS`

`Lea`

`MovSRM`

`PopMR`

`Nop90`

`XchgReg`

`Cbw`

`Cwde`

`Cdqe`

`Cwd`

`Cdq`

`Cdo`

`Fwait`

`Pushf`

`Popf`

`Sahf`

`Lahf`

`MovAlM`

`MovAregM`

`MovMAl`

`MovMAreg`

`Movsb`

`Movs`

`Cmpsb`

`Cmps`

`TestAreg8`

`TestAreg`

`Stosb`

`Stos`

`Lodsb`

`Lods`

`Scasb`

`Scas`

`MovImm8`

`MovImm`

`RolImm8`

`RorImm8`

`RclImm8`

`RcrImm8`

`ShlImm8`

`ShrImm8`

`Shl2Imm8`

`SarImm8`

`RolImm`

`RorImm`

`RclImm`

`RcrImm`

`ShlImm`

`ShrImm`

`Shl2Imm`

`SarImm`

`RetnPop`

`Retn`

`MovImmM8`

`MovImmM`

`Enter`

`Leave`

`RetfPop`

`Retf`

`Int3`

`Int`

`IntO`

`IRet`

`Rol8`

`Ror8`

`Rcl8`

`Rcr8`

`Shl8`

`Shr8`

`Shl2_8`

`Sar8`

`Rol`

`Ror`

`Rcl`

`Rcr`

`Shl`

`Shr`

`Shl2`

`Sar`

`RolCL8`

`RorCL8`

`RclCL8`

`RcrCL8`

`ShlCL8`

`ShrCL8`

`Shl2CL8`

`SarCL8`

`RolCL`

`RorCL`

`RclCL`

`RcrCL`

`ShlCL`

`ShrCL`

`Shl2CL`

`SarCL`

`Xlat`

`Fadd`

`Fmul`

`Fcom`

`Fcomp`

`Fsub`

`Fsubr`

`Fdiv`

`Fdivr`

`Fld`

`Fxch`

`Fst`

`Fstp`

`Fldenv`

`Fchs`

`Fabs`

`Ftst`

`Fxam`

`Fldcw`

`Fld1`

`FldL2T`

`FldL2E`

`FldPi`

`Fldlg2`

`Fldln2`

`Fldz`

`Fnstenv`

`Fstenv`

`F2Xm1`

`FYl2x`

`Fptan`

`Fpatan`

`Fxtract`

`Fprem1`

`FDecStp`

`FIncStp`

`Fnstcw`

`Fstcw`

`Fprem`

`FYl2Xp1`

`Fsqrt`

`Fsincos`

`Frndint`

`Fscale`

`Fsin`

`Fcos`

`FCmovB`

`FIadd`

`FCmovE`

`FImul`

`FCmovBE`

`FIcom`

`FCmovU`

`FIcomp`

`FISub`

`FUcompp`

`FISubr`

`FIdiv`

`FIdivr`

`FCmovNb`

`FIld`

`FCmovNe`

`FISttp`

`FCmovNbe`

`FIst`

`FCMovNu`

`FIstp`

`Fneni`

`Fndisi`

`Fnclex`

`Fclex`

`Fninit`

`Finit`

`Fnsetpm`

`Fld80`

`Fucmpi`

`Fcmpi`

`Fadd64`

`Fmul64`

`Fcom64`

`Fcomp64`

`Fsub64`

`Fsubr64`

`Fdiv64`

`Fdivr64`

`LoopNz`

`LoopZ`

`Loop`

`Jcxz`

`InImm8`

`InImm`

`OutImm8`

`OutImm`

`Call`

`Jmp`

`Jmpf`

`Jmp8`

`In8`

`In`

`Out8`

`Out`

`Int1`

`Hlt`

`Cmc`

`TestImm8`

`TestImm82`

`Not8`

`Neg8`

`MulAl8`

`IMulAl8`

`DivAx8`

`IDivAx8`

`TestImm`

`TestImm2`

`Not`

`Neg`

`MulAreg`

`IMulAreg`

`Div`

`IDiv`

`Clc`

`Stc`

`Cli`

`Sti`

`Cld`

`Std`

`Inc8`

`Dec8`

`Inc`

`Dec`

`CallInd`

`Callf`

`JmpInd`

`JmpfInd`

`PushRM`

`Ud2`

`MovUpsRM`

`MovSsRM`

`MovUpdRM`

`MovSdRM`

`VMovUpsRM`

`VMovSsRM`

`VMovUpdRM`

`VMovSdRM`

`MovUpsMR`

`MovSsMR`

`MovUpdMR`

`MovSdMR`

`VMovUpsMR`

`VMovSsMR`

`VMovUpdMR`

`VMovSdMR`

`MovDRM`

`MovQRM`

`MovDMR`

`MovQMR`

`MFence`

`TileLoadD`

`TileLoadDT1`

`TileStoreD`

Implementations

source

impl X86Opcode

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pub fn opcode(&self) -> u64

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pub fn operands(&self) -> &'static [X86OperandType ]

Trait Implementations

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impl Clone for X86Opcode

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fn clone(&self) -> X86Opcode

Returns a copy of the value. Read more

1.0.0 · source

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

Performs copy-assignment from source. Read more

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impl Debug for X86Opcode

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

Formats the value using the given formatter. Read more

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impl Hash for X86Opcode

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fn hash<H: Hasher>(&self, state: &mut H)

Feeds this value into the given Hasher. Read more

1.3.0 · source

fn hash_slice<H>(data: &[Self], state: &mut H) where
H: Hasher,

Feeds a slice of this type into the given Hasher. Read more

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impl PartialEq<X86Opcode> for X86Opcode

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fn eq(&self, other: &X86Opcode) -> bool

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

1.0.0 · source

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

This method tests for !=.

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impl StructuralPartialEq for X86Opcode

Auto Trait Implementations

impl RefUnwindSafe for X86Opcode

impl Send for X86Opcode

impl Sync for X86Opcode

impl Unpin for X86Opcode

impl UnwindSafe for X86Opcode

Blanket Implementations

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impl<T> Any for T where
T: 'static + ?Sized,

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fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

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impl<T> Borrow<T> for T where
T: ?Sized,

const: unstable · source

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

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impl<T> BorrowMut<T> for T where
T: ?Sized,

const: unstable · source

fn borrow_mut(&mut self) -> &mut T

Mutably borrows from an owned value. Read more

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impl<T> From<T> for T

const: unstable · source

fn from(t: T) -> T

Returns the argument unchanged.

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impl<T, U> Into for T where
U: From<T>,

const: unstable · source

fn into(self) -> U

Calls U::from(self).

That is, this conversion is whatever the implementation of From<T> for U chooses to do.

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impl<T> ToOwned for T where
T: Clone,

type Owned = T

The resulting type after obtaining ownership.

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fn to_owned(&self) -> T

Creates owned data from borrowed data, usually by cloning. Read more

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fn clone_into(&self, target: &mut T)

🔬 This is a nightly-only experimental API. (toowned_clone_into)

Uses borrowed data to replace owned data, usually by cloning. Read more

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impl<T, U> TryFrom for T where
U: Into<T>,

type Error = Infallible

The type returned in the event of a conversion error.

const: unstable · source

fn try_from(value: U) -> Result<T, <T as TryFrom>::Error>

Performs the conversion.

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impl<T, U> TryInto for T where
U: TryFrom<T>,

type Error = >::Error

The type returned in the event of a conversion error.

const: unstable · source

fn try_into(self) -> Result<U, >::Error>

Performs the conversion.