Trait OperationValue 

pub unsafe trait OperationValue { }

Indicates that a type does not contain any instances of Vc or ResolvedVc. It may contain OperationVc.

Safety

This trait is marked as unsafe. You should not derive it yourself, but instead you should rely on #[derive(OperationValue)] to do it for you.

Dyn Compatibility

This trait is dyn compatible.

In older versions of Rust, dyn compatibility was called "object safety".

Implementations on Foreign Types

impl OperationValue for ()

impl OperationValue for AtomicBool

impl OperationValue for AtomicI8

impl OperationValue for AtomicI16

impl OperationValue for AtomicI32

impl OperationValue for AtomicI64

impl OperationValue for AtomicU8

impl OperationValue for AtomicU16

impl OperationValue for AtomicU32

impl OperationValue for AtomicU64

impl OperationValue for AtomicUsize

impl OperationValue for Duration

impl OperationValue for Map<String, Value>

impl OperationValue for Path

impl OperationValue for PathBuf

impl OperationValue for RcStr

impl OperationValue for String

impl OperationValue for Value

impl OperationValue for bool

impl OperationValue for char

impl OperationValue for f32

impl OperationValue for f64

impl OperationValue for i8

impl OperationValue for i16

impl OperationValue for i32

impl OperationValue for i64

impl OperationValue for i128

impl OperationValue for isize

impl OperationValue for str

impl OperationValue for u8

impl OperationValue for u16

impl OperationValue for u32

impl OperationValue for u64

impl OperationValue for u128

impl OperationValue for usize

impl<A, Z, Y, X, W, V, U, T, Return> OperationValue for fn(A, Z, Y, X, W, V, U, T) -> Return

impl<A: OperationValue, Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (A, Z, Y, X, W, V, U, T)

impl<B, A, Z, Y, X, W, V, U, T, Return> OperationValue for fn(B, A, Z, Y, X, W, V, U, T) -> Return

impl<B: OperationValue + ToOwned + ?Sized> OperationValue for Cow<'_, B>

impl<B: OperationValue, A: OperationValue, Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (B, A, Z, Y, X, W, V, U, T)

impl<C, B, A, Z, Y, X, W, V, U, T, Return> OperationValue for fn(C, B, A, Z, Y, X, W, V, U, T) -> Return

impl<C: OperationValue, B: OperationValue, A: OperationValue, Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (C, B, A, Z, Y, X, W, V, U, T)

impl<D, C, B, A, Z, Y, X, W, V, U, T, Return> OperationValue for fn(D, C, B, A, Z, Y, X, W, V, U, T) -> Return

impl<D: OperationValue, C: OperationValue, B: OperationValue, A: OperationValue, Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (D, C, B, A, Z, Y, X, W, V, U, T)

impl<E, D, C, B, A, Z, Y, X, W, V, U, T, Return> OperationValue for fn(E, D, C, B, A, Z, Y, X, W, V, U, T) -> Return

impl<E: OperationValue, D: OperationValue, C: OperationValue, B: OperationValue, A: OperationValue, Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (E, D, C, B, A, Z, Y, X, W, V, U, T)

impl<K: OperationValue, V: OperationValue, S, const I: usize> OperationValue for AutoMap<K, V, S, I>

impl<K: OperationValue, V: OperationValue, S> OperationValue for HashMap<K, V, S>

impl<K: OperationValue, V: OperationValue, S> OperationValue for IndexMap<K, V, S>

impl<K: OperationValue, V: OperationValue> OperationValue for BTreeMap<K, V>

impl<K: OperationValue, V: OperationValue> OperationValue for FrozenMap<K, V>

impl<L: OperationValue, R: OperationValue> OperationValue for Either<L, R>

impl<T, Return> OperationValue for fn(T) -> Return

impl<T: ?Sized> OperationValue for PhantomData<T>

impl<T: OperationValue + ?Sized> OperationValue for &T

impl<T: OperationValue + ?Sized> OperationValue for &mut T

impl<T: OperationValue + ?Sized> OperationValue for Arc<T>

impl<T: OperationValue + ?Sized> OperationValue for Box<T>

impl<T: OperationValue + ?Sized> OperationValue for Mutex<T>

impl<T: OperationValue + ?Sized> OperationValue for Mutex<T>

impl<T: OperationValue + ?Sized> OperationValue for RefCell<T>

impl<T: OperationValue, E: OperationValue> OperationValue for Result<T, E>

impl<T: OperationValue, S, const I: usize> OperationValue for AutoSet<T, S, I>

impl<T: OperationValue, S> OperationValue for HashSet<T, S>

impl<T: OperationValue, S> OperationValue for IndexSet<T, S>

impl<T: OperationValue, const N: usize> OperationValue for SmallVec<[T; N]>

impl<T: OperationValue, const N: usize> OperationValue for [T; N]

impl<T: OperationValue> OperationValue for (T,)

impl<T: OperationValue> OperationValue for BTreeSet<T>

impl<T: OperationValue> OperationValue for FrozenSet<T>

impl<T: OperationValue> OperationValue for Option<T>

impl<T: OperationValue> OperationValue for Vec<T>

impl<T: OperationValue> OperationValue for [T]

impl<T> OperationValue for Pin<T>

where T: Deref, <T as Deref>::Target: OperationValue,

impl<U, T, Return> OperationValue for fn(U, T) -> Return

impl<U: OperationValue, T: OperationValue> OperationValue for (U, T)

impl<V, U, T, Return> OperationValue for fn(V, U, T) -> Return

impl<V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (V, U, T)

impl<W, V, U, T, Return> OperationValue for fn(W, V, U, T) -> Return

impl<W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (W, V, U, T)

impl<X, W, V, U, T, Return> OperationValue for fn(X, W, V, U, T) -> Return

impl<X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (X, W, V, U, T)

impl<Y, X, W, V, U, T, Return> OperationValue for fn(Y, X, W, V, U, T) -> Return

impl<Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (Y, X, W, V, U, T)

impl<Z, Y, X, W, V, U, T, Return> OperationValue for fn(Z, Y, X, W, V, U, T) -> Return

impl<Z: OperationValue, Y: OperationValue, X: OperationValue, W: OperationValue, V: OperationValue, U: OperationValue, T: OperationValue> OperationValue for (Z, Y, X, W, V, U, T)

Implementors

impl OperationValue for Error

impl OperationValue for Event

impl OperationValue for Invalidator

impl<T: ?Sized + Send> OperationValue for GcRoot<T>

Safety: a GcRoot contains exactly one OperationVc and no Vc or ResolvedVc, which is what OperationValue asserts.

impl<T: ?Sized + Send> OperationValue for OperationVc<T>

impl<T: OperationValue + ?Sized> OperationValue for TraitRef<T>

impl<T: OperationValue> OperationValue for State<T>

impl<T: OperationValue> OperationValue for TransientInstance<T>

impl<T: OperationValue> OperationValue for TransientValue<T>

impl<T> OperationValue for ReadRef<T>

where T: VcValueType, <<T as VcValueType>::Read as VcRead<T>>::Target: OperationValue,