Struct rustc_infer::infer::canonical::ir::search_graph::SearchGraph

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pub struct SearchGraph<D, X = X>
where
    D: Delegate<Cx = X>,
    X: Cx,
{
    mode: SolverMode,
    stack: IndexVec<StackDepth, StackEntry<X>>,
    provisional_cache: HashMap<<X as Cx>::Input, ProvisionalCacheEntry<X>, BuildHasherDefault<FxHasher>>,
    _marker: PhantomData<D>,
}

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§mode: SolverMode§stack: IndexVec<StackDepth, StackEntry<X>>§provisional_cache: HashMap<<X as Cx>::Input, ProvisionalCacheEntry<X>, BuildHasherDefault<FxHasher>>§_marker: PhantomData<D>

Implementations§

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impl<D, X> SearchGraph<D, X>
where D: Delegate<Cx = X>, X: Cx,

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pub fn new(mode: SolverMode) -> SearchGraph<D, X>

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pub fn solver_mode(&self) -> SolverMode

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pub fn is_empty(&self) -> bool

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pub fn with_new_goal( &mut self, cx: X, input: <X as Cx>::Input, inspect: &mut <D as Delegate>::ProofTreeBuilder, prove_goal: impl FnMut(&mut SearchGraph<D, X>, &mut <D as Delegate>::ProofTreeBuilder) -> <X as Cx>::Result, ) -> <X as Cx>::Result

Probably the most involved method of the whole solver.

Given some goal which is proven via the prove_goal closure, this handles caching, overflow, and coinductive cycles.

Auto Trait Implementations§

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impl<D, X> DynSend for SearchGraph<D, X>
where <X as Cx>::Input: DynSend, D: DynSend, <X as Cx>::Result: DynSend,

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impl<D, X> DynSync for SearchGraph<D, X>
where <X as Cx>::Input: DynSync, D: DynSync, <X as Cx>::Result: DynSync,

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impl<D, X> Freeze for SearchGraph<D, X>

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impl<D, X> RefUnwindSafe for SearchGraph<D, X>
where D: RefUnwindSafe, <X as Cx>::Input: RefUnwindSafe, <X as Cx>::Result: RefUnwindSafe,

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impl<D, X> Send for SearchGraph<D, X>
where D: Send, <X as Cx>::Input: Send, <X as Cx>::Result: Send,

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impl<D, X> Sync for SearchGraph<D, X>
where D: Sync, <X as Cx>::Input: Sync, <X as Cx>::Result: Sync,

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impl<D, X> Unpin for SearchGraph<D, X>
where D: Unpin, <X as Cx>::Input: Unpin, <X as Cx>::Result: Unpin,

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impl<D, X> UnwindSafe for SearchGraph<D, X>
where <X as Cx>::Input: UnwindSafe, D: UnwindSafe, <X as Cx>::Result: UnwindSafe,

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Note: Most layout information is completely unstable and may even differ between compilations. The only exception is types with certain repr(...) attributes. Please see the Rust Reference's “Type Layout” chapter for details on type layout guarantees.

Size: 64 bytes