ASIMDDIFF

disarm64::decoder_full

Enum ASIMDDIFF

pub enum ASIMDDIFF {
Show 54 variants
    ADDHN2_Vd_Vn_Vm(ADDHN2_Vd_Vn_Vm),
    ADDHN_Vd_Vn_Vm(ADDHN_Vd_Vn_Vm),
    PMULL2_Vd_V_1Q_Vn_V_2D_Vm_V_2D(PMULL2_Vd_V_1Q_Vn_V_2D_Vm_V_2D),
    PMULL2_Vd_Vn_Vm(PMULL2_Vd_Vn_Vm),
    PMULL_Vd_V_1Q_Vn_V_1D_Vm_V_1D(PMULL_Vd_V_1Q_Vn_V_1D_Vm_V_1D),
    PMULL_Vd_Vn_Vm(PMULL_Vd_Vn_Vm),
    RADDHN2_Vd_Vn_Vm(RADDHN2_Vd_Vn_Vm),
    RADDHN_Vd_Vn_Vm(RADDHN_Vd_Vn_Vm),
    RSUBHN2_Vd_Vn_Vm(RSUBHN2_Vd_Vn_Vm),
    RSUBHN_Vd_Vn_Vm(RSUBHN_Vd_Vn_Vm),
    SABAL2_Vd_Vn_Vm(SABAL2_Vd_Vn_Vm),
    SABAL_Vd_Vn_Vm(SABAL_Vd_Vn_Vm),
    SABDL2_Vd_Vn_Vm(SABDL2_Vd_Vn_Vm),
    SABDL_Vd_Vn_Vm(SABDL_Vd_Vn_Vm),
    SADDL2_Vd_Vn_Vm(SADDL2_Vd_Vn_Vm),
    SADDL_Vd_Vn_Vm(SADDL_Vd_Vn_Vm),
    SADDW2_Vd_Vn_Vm(SADDW2_Vd_Vn_Vm),
    SADDW_Vd_Vn_Vm(SADDW_Vd_Vn_Vm),
    SMLAL2_Vd_Vn_Vm(SMLAL2_Vd_Vn_Vm),
    SMLAL_Vd_Vn_Vm(SMLAL_Vd_Vn_Vm),
    SMLSL2_Vd_Vn_Vm(SMLSL2_Vd_Vn_Vm),
    SMLSL_Vd_Vn_Vm(SMLSL_Vd_Vn_Vm),
    SMULL2_Vd_Vn_Vm(SMULL2_Vd_Vn_Vm),
    SMULL_Vd_Vn_Vm(SMULL_Vd_Vn_Vm),
    SQDMLAL2_Vd_Vn_Vm(SQDMLAL2_Vd_Vn_Vm),
    SQDMLAL_Vd_Vn_Vm(SQDMLAL_Vd_Vn_Vm),
    SQDMLSL2_Vd_Vn_Vm(SQDMLSL2_Vd_Vn_Vm),
    SQDMLSL_Vd_Vn_Vm(SQDMLSL_Vd_Vn_Vm),
    SQDMULL2_Vd_Vn_Vm(SQDMULL2_Vd_Vn_Vm),
    SQDMULL_Vd_Vn_Vm(SQDMULL_Vd_Vn_Vm),
    SSUBL2_Vd_Vn_Vm(SSUBL2_Vd_Vn_Vm),
    SSUBL_Vd_Vn_Vm(SSUBL_Vd_Vn_Vm),
    SSUBW2_Vd_Vn_Vm(SSUBW2_Vd_Vn_Vm),
    SSUBW_Vd_Vn_Vm(SSUBW_Vd_Vn_Vm),
    SUBHN2_Vd_Vn_Vm(SUBHN2_Vd_Vn_Vm),
    SUBHN_Vd_Vn_Vm(SUBHN_Vd_Vn_Vm),
    UABAL2_Vd_Vn_Vm(UABAL2_Vd_Vn_Vm),
    UABAL_Vd_Vn_Vm(UABAL_Vd_Vn_Vm),
    UABDL2_Vd_Vn_Vm(UABDL2_Vd_Vn_Vm),
    UABDL_Vd_Vn_Vm(UABDL_Vd_Vn_Vm),
    UADDL2_Vd_Vn_Vm(UADDL2_Vd_Vn_Vm),
    UADDL_Vd_Vn_Vm(UADDL_Vd_Vn_Vm),
    UADDW2_Vd_Vn_Vm(UADDW2_Vd_Vn_Vm),
    UADDW_Vd_Vn_Vm(UADDW_Vd_Vn_Vm),
    UMLAL2_Vd_Vn_Vm(UMLAL2_Vd_Vn_Vm),
    UMLAL_Vd_Vn_Vm(UMLAL_Vd_Vn_Vm),
    UMLSL2_Vd_Vn_Vm(UMLSL2_Vd_Vn_Vm),
    UMLSL_Vd_Vn_Vm(UMLSL_Vd_Vn_Vm),
    UMULL2_Vd_Vn_Vm(UMULL2_Vd_Vn_Vm),
    UMULL_Vd_Vn_Vm(UMULL_Vd_Vn_Vm),
    USUBL2_Vd_Vn_Vm(USUBL2_Vd_Vn_Vm),
    USUBL_Vd_Vn_Vm(USUBL_Vd_Vn_Vm),
    USUBW2_Vd_Vn_Vm(USUBW2_Vd_Vn_Vm),
    USUBW_Vd_Vn_Vm(USUBW_Vd_Vn_Vm),
}

Variants§

ADDHN2_Vd_Vn_Vm(ADDHN2_Vd_Vn_Vm)

ADDHN_Vd_Vn_Vm(ADDHN_Vd_Vn_Vm)

PMULL2_Vd_V_1Q_Vn_V_2D_Vm_V_2D(PMULL2_Vd_V_1Q_Vn_V_2D_Vm_V_2D)

PMULL2_Vd_Vn_Vm(PMULL2_Vd_Vn_Vm)

PMULL_Vd_V_1Q_Vn_V_1D_Vm_V_1D(PMULL_Vd_V_1Q_Vn_V_1D_Vm_V_1D)

PMULL_Vd_Vn_Vm(PMULL_Vd_Vn_Vm)

RADDHN2_Vd_Vn_Vm(RADDHN2_Vd_Vn_Vm)

RADDHN_Vd_Vn_Vm(RADDHN_Vd_Vn_Vm)

RSUBHN2_Vd_Vn_Vm(RSUBHN2_Vd_Vn_Vm)

RSUBHN_Vd_Vn_Vm(RSUBHN_Vd_Vn_Vm)

SABAL2_Vd_Vn_Vm(SABAL2_Vd_Vn_Vm)

SABAL_Vd_Vn_Vm(SABAL_Vd_Vn_Vm)

SABDL2_Vd_Vn_Vm(SABDL2_Vd_Vn_Vm)

SABDL_Vd_Vn_Vm(SABDL_Vd_Vn_Vm)

SADDL2_Vd_Vn_Vm(SADDL2_Vd_Vn_Vm)

SADDL_Vd_Vn_Vm(SADDL_Vd_Vn_Vm)

SADDW2_Vd_Vn_Vm(SADDW2_Vd_Vn_Vm)

SADDW_Vd_Vn_Vm(SADDW_Vd_Vn_Vm)

SMLAL2_Vd_Vn_Vm(SMLAL2_Vd_Vn_Vm)

SMLAL_Vd_Vn_Vm(SMLAL_Vd_Vn_Vm)

SMLSL2_Vd_Vn_Vm(SMLSL2_Vd_Vn_Vm)

SMLSL_Vd_Vn_Vm(SMLSL_Vd_Vn_Vm)

SMULL2_Vd_Vn_Vm(SMULL2_Vd_Vn_Vm)

SMULL_Vd_Vn_Vm(SMULL_Vd_Vn_Vm)

SQDMLAL2_Vd_Vn_Vm(SQDMLAL2_Vd_Vn_Vm)

SQDMLAL_Vd_Vn_Vm(SQDMLAL_Vd_Vn_Vm)

SQDMLSL2_Vd_Vn_Vm(SQDMLSL2_Vd_Vn_Vm)

SQDMLSL_Vd_Vn_Vm(SQDMLSL_Vd_Vn_Vm)

SQDMULL2_Vd_Vn_Vm(SQDMULL2_Vd_Vn_Vm)

SQDMULL_Vd_Vn_Vm(SQDMULL_Vd_Vn_Vm)

SSUBL2_Vd_Vn_Vm(SSUBL2_Vd_Vn_Vm)

SSUBL_Vd_Vn_Vm(SSUBL_Vd_Vn_Vm)

SSUBW2_Vd_Vn_Vm(SSUBW2_Vd_Vn_Vm)

SSUBW_Vd_Vn_Vm(SSUBW_Vd_Vn_Vm)

SUBHN2_Vd_Vn_Vm(SUBHN2_Vd_Vn_Vm)

SUBHN_Vd_Vn_Vm(SUBHN_Vd_Vn_Vm)

UABAL2_Vd_Vn_Vm(UABAL2_Vd_Vn_Vm)

UABAL_Vd_Vn_Vm(UABAL_Vd_Vn_Vm)

UABDL2_Vd_Vn_Vm(UABDL2_Vd_Vn_Vm)

UABDL_Vd_Vn_Vm(UABDL_Vd_Vn_Vm)

UADDL2_Vd_Vn_Vm(UADDL2_Vd_Vn_Vm)

UADDL_Vd_Vn_Vm(UADDL_Vd_Vn_Vm)

UADDW2_Vd_Vn_Vm(UADDW2_Vd_Vn_Vm)

UADDW_Vd_Vn_Vm(UADDW_Vd_Vn_Vm)

UMLAL2_Vd_Vn_Vm(UMLAL2_Vd_Vn_Vm)

UMLAL_Vd_Vn_Vm(UMLAL_Vd_Vn_Vm)

UMLSL2_Vd_Vn_Vm(UMLSL2_Vd_Vn_Vm)

UMLSL_Vd_Vn_Vm(UMLSL_Vd_Vn_Vm)

UMULL2_Vd_Vn_Vm(UMULL2_Vd_Vn_Vm)

UMULL_Vd_Vn_Vm(UMULL_Vd_Vn_Vm)

USUBL2_Vd_Vn_Vm(USUBL2_Vd_Vn_Vm)

USUBL_Vd_Vn_Vm(USUBL_Vd_Vn_Vm)

USUBW2_Vd_Vn_Vm(USUBW2_Vd_Vn_Vm)

USUBW_Vd_Vn_Vm(USUBW_Vd_Vn_Vm)

Trait Implementations§

impl Clone for ASIMDDIFF

fn clone(&self) -> ASIMDDIFF

Returns a duplicate of the value. Read more

1.0.0 · Source§

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

Performs copy-assignment from source. Read more

impl Debug for ASIMDDIFF

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

Formats the value using the given formatter. Read more

impl InsnOpcode for ASIMDDIFF

fn definition(&self) -> &'static Insn

fn bits(&self) -> u32

impl PartialEq for ASIMDDIFF

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

Tests for self and other values to be equal, and is used by ==.

1.0.0 · Source§

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

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

impl Copy for ASIMDDIFF

impl Eq for ASIMDDIFF

impl StructuralPartialEq for ASIMDDIFF

Auto Trait Implementations§

impl Freeze for ASIMDDIFF

impl RefUnwindSafe for ASIMDDIFF

impl Send for ASIMDDIFF

impl Sync for ASIMDDIFF

impl Unpin for ASIMDDIFF

impl UnwindSafe for ASIMDDIFF

Blanket Implementations§

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

fn type_id(&self) -> TypeId

Gets the TypeId of self. Read more

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

fn borrow(&self) -> &T

Immutably borrows from an owned value. Read more

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

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

Mutably borrows from an owned value. Read more

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

unsafe fn clone_to_uninit(&self, dest: *mut u8)

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

Performs copy-assignment from self to dest. Read more

impl<T> From<T> for T

fn from(t: T) -> T

Returns the argument unchanged.

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

fn into(self) -> U

Calls U::from(self).

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

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

type Error = Infallible

The type returned in the event of a conversion error.

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

Performs the conversion.

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

type Error = <U as TryFrom<T>>::Error

The type returned in the event of a conversion error.

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

Performs the conversion.