Enum wasmbin::instructions::threads::Atomic

#[repr(u8)]
pub enum Atomic {
    Wake(MemArg32),
    I32Wait(MemArg32),
    I64Wait(MemArg64),
    I32Load(MemArg32),
    I64Load(MemArg64),
    I32Load8U(MemArg8),
    I32Load16U(MemArg16),
    I64Load8U(MemArg8),
    I64Load16U(MemArg16),
    I64Load32U(MemArg32),
    I32Store(MemArg32),
    I64Store(MemArg64),
    I32Store8(MemArg8),
    I32Store16(MemArg16),
    I64Store8(MemArg8),
    I64Store16(MemArg16),
    I64Store32(MemArg32),
    I32RmwAdd(MemArg32),
    I64RmwAdd(MemArg64),
    I32Rmw8AddU(MemArg8),
    I32Rmw16AddU(MemArg16),
    I64Rmw8AddU(MemArg8),
    I64Rmw16AddU(MemArg16),
    I64Rmw32AddU(MemArg32),
    I32RmwSub(MemArg32),
    I64RmwSub(MemArg64),
    I32Rmw8SubU(MemArg8),
    I32Rmw16SubU(MemArg16),
    I64Rmw8SubU(MemArg8),
    I64Rmw16SubU(MemArg16),
    I64Rmw32SubU(MemArg32),
    I32RmwAnd(MemArg32),
    I64RmwAnd(MemArg64),
    I32Rmw8AndU(MemArg8),
    I32Rmw16AndU(MemArg16),
    I64Rmw8AndU(MemArg8),
    I64Rmw16AndU(MemArg16),
    I64Rmw32AndU(MemArg32),
    I32RmwOr(MemArg32),
    I64RmwOr(MemArg64),
    I32Rmw8OrU(MemArg8),
    I32Rmw16OrU(MemArg16),
    I64Rmw8OrU(MemArg8),
    I64Rmw16OrU(MemArg16),
    I64Rmw32OrU(MemArg32),
    I32RmwXor(MemArg32),
    I64RmwXor(MemArg64),
    I32Rmw8XorU(MemArg8),
    I32Rmw16XorU(MemArg16),
    I64Rmw8XorU(MemArg8),
    I64Rmw16XorU(MemArg16),
    I64Rmw32XorU(MemArg32),
    I32RmwXchg(MemArg32),
    I64RmwXchg(MemArg64),
    I32Rmw8XchgU(MemArg8),
    I32Rmw16XchgU(MemArg16),
    I64Rmw8XchgU(MemArg8),
    I64Rmw16XchgU(MemArg16),
    I64Rmw32XchgU(MemArg32),
    I32RmwCmpXchg(MemArg32),
    I64RmwCmpXchg(MemArg64),
    I32Rmw8CmpXchgU(MemArg8),
    I32Rmw16CmpXchgU(MemArg16),
    I64Rmw8CmpXchgU(MemArg8),
    I64Rmw16CmpXchgU(MemArg16),
    I64Rmw32CmpXchgU(MemArg32),
}

Available on crate feature threads only.

Atomic memory instructions.

Variants

Wake(MemArg32)

I32Wait(MemArg32)

I64Wait(MemArg64)

I32Load(MemArg32)

I64Load(MemArg64)

I32Load8U(MemArg8)

I32Load16U(MemArg16)

I64Load8U(MemArg8)

I64Load16U(MemArg16)

I64Load32U(MemArg32)

I32Store(MemArg32)

I64Store(MemArg64)

I32Store8(MemArg8)

I32Store16(MemArg16)

I64Store8(MemArg8)

I64Store16(MemArg16)

I64Store32(MemArg32)

I32RmwAdd(MemArg32)

I64RmwAdd(MemArg64)

I32Rmw8AddU(MemArg8)

I32Rmw16AddU(MemArg16)

I64Rmw8AddU(MemArg8)

I64Rmw16AddU(MemArg16)

I64Rmw32AddU(MemArg32)

I32RmwSub(MemArg32)

I64RmwSub(MemArg64)

I32Rmw8SubU(MemArg8)

I32Rmw16SubU(MemArg16)

I64Rmw8SubU(MemArg8)

I64Rmw16SubU(MemArg16)

I64Rmw32SubU(MemArg32)

I32RmwAnd(MemArg32)

I64RmwAnd(MemArg64)

I32Rmw8AndU(MemArg8)

I32Rmw16AndU(MemArg16)

I64Rmw8AndU(MemArg8)

I64Rmw16AndU(MemArg16)

I64Rmw32AndU(MemArg32)

I32RmwOr(MemArg32)

I64RmwOr(MemArg64)

I32Rmw8OrU(MemArg8)

I32Rmw16OrU(MemArg16)

I64Rmw8OrU(MemArg8)

I64Rmw16OrU(MemArg16)

I64Rmw32OrU(MemArg32)

I32RmwXor(MemArg32)

I64RmwXor(MemArg64)

I32Rmw8XorU(MemArg8)

I32Rmw16XorU(MemArg16)

I64Rmw8XorU(MemArg8)

I64Rmw16XorU(MemArg16)

I64Rmw32XorU(MemArg32)

I32RmwXchg(MemArg32)

I64RmwXchg(MemArg64)

I32Rmw8XchgU(MemArg8)

I32Rmw16XchgU(MemArg16)

I64Rmw8XchgU(MemArg8)

I64Rmw16XchgU(MemArg16)

I64Rmw32XchgU(MemArg32)

I32RmwCmpXchg(MemArg32)

I64RmwCmpXchg(MemArg64)

I32Rmw8CmpXchgU(MemArg8)

I32Rmw16CmpXchgU(MemArg16)

I64Rmw8CmpXchgU(MemArg8)

I64Rmw16CmpXchgU(MemArg16)

I64Rmw32CmpXchgU(MemArg32)

Trait Implementations

impl Clone for Atomic

fn clone(&self) -> Atomic

Returns a copy of the value.

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

Performs copy-assignment from source.

impl Debug for Atomic

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

Formats the value using the given formatter.

impl Decode for Atomic

fn decode(r: &mut impl Read) -> Result<Self, DecodeError>

Decodes the value from the given reader.

impl DecodeWithDiscriminant for Atomic

type Discriminant = u8

The discriminant representation.

fn maybe_decode_with_discriminant( discriminant: u8, r: &mut impl Read ) -> Result<Option<Self>, DecodeError>

Decodes the value from the given reader, if the discriminant matches.

fn decode_with_discriminant( discriminant: Self::Discriminant, r: &mut impl Read ) -> Result<Self, DecodeError>

Decodes the value from the given reader, if the discriminant matches.

fn decode_without_discriminant(r: &mut impl Read) -> Result<Self, DecodeError>

Decodes this value fully, including the discriminant.

impl Encode for Atomic

fn encode(&self, w: &mut impl Write) -> Result<()>

Encodes the value into the given writer.

impl Hash for Atomic

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

Feeds this value into the given Hasher.

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

where H: Hasher, Self: Sized,

Feeds a slice of this type into the given Hasher.

impl PartialEq for Atomic

fn eq(&self, other: &Atomic) -> 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 Visit for Atomic

where Self: 'static,

fn visit_children<'a, VisitT: 'static, VisitE, VisitF: FnMut(&'a VisitT) -> Result<(), VisitE>>( &'a self, f: &mut VisitF ) -> Result<(), VisitError<VisitE>>

Traverse the children of this value with the provided callback.

fn visit_children_mut<VisitT: 'static, VisitE, VisitF: FnMut(&mut VisitT) -> Result<(), VisitE>>( &mut self, f: &mut VisitF ) -> Result<(), VisitError<VisitE>>

Traverse the children of this value mutably with the provided callback.

fn visit<'a, T: 'static, R: VisitResult, F: FnMut(&'a T) -> R>( &'a self, f: F ) -> Result<(), VisitError<R::Error>>

Traverse this value with the provided callback.

fn visit_mut<T: 'static, R: VisitResult, F: FnMut(&mut T) -> R>( &mut self, f: F ) -> Result<(), VisitError<R::Error>>

Traverse this value mutably with the provided callback.

impl Eq for Atomic

impl StructuralEq for Atomic

impl StructuralPartialEq for Atomic