pub struct SimpleStores<TS, NS = DefaultNodeStore, LS = LabelStore> {
pub label_store: LS,
pub node_store: NS,
pub type_store: PhantomData<TS>,
}Fields§
§label_store: LS§node_store: NS§type_store: PhantomData<TS>Implementations§
Source§impl<TS, NS, LS> SimpleStores<TS, NS, LS>
impl<TS, NS, LS> SimpleStores<TS, NS, LS>
pub fn change_type_store<TS2>(self) -> SimpleStores<TS2, NS, LS>
Source§impl<TS, NS, LS> SimpleStores<TS, NS, LS>
impl<TS, NS, LS> SimpleStores<TS, NS, LS>
pub fn mut_with_ts<TS2>(&mut self) -> &mut SimpleStores<TS2, NS, LS>where
TS: TyDown<TS2>,
pub fn with_ts<TS2>(&self) -> &SimpleStores<TS2, NS, LS>where
TS: TyDown<TS2>,
pub unsafe fn erase_ts_unchecked(&self) -> &SimpleStores<(), NS, LS>
Trait Implementations§
Source§impl<'store, T, TS, NS, LS> From<&'store SimpleStores<TS, NS, LS>> for SimpleHyperAST<T, &'store TS, &'store NS, &'store LS>
impl<'store, T, TS, NS, LS> From<&'store SimpleStores<TS, NS, LS>> for SimpleHyperAST<T, &'store TS, &'store NS, &'store LS>
Source§fn from(value: &'store SimpleStores<TS, NS, LS>) -> Self
fn from(value: &'store SimpleStores<TS, NS, LS>) -> Self
Converts to this type from the input type.
Source§impl<'store, TS> HyperAST<'store> for &SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
impl<'store, TS> HyperAST<'store> for &SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
type T = HashedNodeRef<'store, <&SimpleStores<TS> as HyperASTShared>::IdN>
type NS = NodeStore
type LS = LabelStore
type TS = TS
fn node_store(&self) -> &Self::NS
fn label_store(&self) -> &Self::LS
fn decompress<D: DecompressedSubtree<'store, Self::T, Out = D>>(
&'store self,
id: &Self::IdN,
) -> (&'store Self, D)where
Self: Sized,
fn decompress_pair<D1, D2>(
&'store self,
id1: &Self::IdN,
id2: &Self::IdN,
) -> (&'store Self, (D1, D2))where
Self: Sized,
D1: DecompressedSubtree<'store, Self::T, Out = D1>,
D2: DecompressedSubtree<'store, Self::T, Out = D2>,
fn resolve_type(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve(&self, id: &Self::IdN) -> Self::T
fn resolve_ttype(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve_lang(&self, n: &Self::T) -> LangWrapper<<Self::TS as TypeStore>::Ty>
fn type_eq(&self, n: &Self::T, m: &Self::T) -> bool
Source§impl<'store, TS> HyperAST<'store> for SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
impl<'store, TS> HyperAST<'store> for SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
type T = HashedNodeRef<'store, <SimpleStores<TS> as HyperASTShared>::IdN>
type NS = NodeStore
type LS = LabelStore
type TS = TS
fn node_store(&self) -> &Self::NS
fn label_store(&self) -> &Self::LS
fn decompress<D: DecompressedSubtree<'store, Self::T, Out = D>>(
&'store self,
id: &Self::IdN,
) -> (&'store Self, D)where
Self: Sized,
fn decompress_pair<D1, D2>(
&'store self,
id1: &Self::IdN,
id2: &Self::IdN,
) -> (&'store Self, (D1, D2))where
Self: Sized,
D1: DecompressedSubtree<'store, Self::T, Out = D1>,
D2: DecompressedSubtree<'store, Self::T, Out = D2>,
fn resolve_type(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve(&self, id: &Self::IdN) -> Self::T
fn resolve_ttype(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve_lang(&self, n: &Self::T) -> LangWrapper<<Self::TS as TypeStore>::Ty>
fn type_eq(&self, n: &Self::T, m: &Self::T) -> bool
Source§impl<'store, TS> HyperAST<'store> for SimpleStores<TS, &NodeStoreInner, &LabelStore>where
TS: TypeStore,
impl<'store, TS> HyperAST<'store> for SimpleStores<TS, &NodeStoreInner, &LabelStore>where
TS: TypeStore,
type T = HashedNodeRef<'store, <SimpleStores<TS, &NodeStoreInner, &LabelStore> as HyperASTShared>::IdN>
type NS = NodeStoreInner
type LS = LabelStore
type TS = TS
fn node_store(&self) -> &Self::NS
fn label_store(&self) -> &Self::LS
fn decompress<D: DecompressedSubtree<'store, Self::T, Out = D>>(
&'store self,
id: &Self::IdN,
) -> (&'store Self, D)where
Self: Sized,
fn decompress_pair<D1, D2>(
&'store self,
id1: &Self::IdN,
id2: &Self::IdN,
) -> (&'store Self, (D1, D2))where
Self: Sized,
D1: DecompressedSubtree<'store, Self::T, Out = D1>,
D2: DecompressedSubtree<'store, Self::T, Out = D2>,
fn resolve_type(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve(&self, id: &Self::IdN) -> Self::T
fn resolve_ttype(&self, id: &Self::IdN) -> <Self::TS as TypeStore>::Ty
fn resolve_lang(&self, n: &Self::T) -> LangWrapper<<Self::TS as TypeStore>::Ty>
fn type_eq(&self, n: &Self::T, m: &Self::T) -> bool
Source§impl<'store, TS> HyperASTAsso for &'store SimpleStores<TS, DefaultNodeStore>where
TS: for<'s> TypeStore,
impl<'store, TS> HyperASTAsso for &'store SimpleStores<TS, DefaultNodeStore>where
TS: for<'s> TypeStore,
type T<'s> = HashedNodeRef<'s, <&'store SimpleStores<TS> as HyperASTShared>::IdN> where Self: 's
type NS<'s> = NodeStore where Self: 's
type LS = LabelStore
type TS<'s> = TS where Self: 's
fn node_store(&self) -> &Self::NS<'_>
fn label_store(&self) -> &Self::LS
fn node_store2<'a, 'b>(&'a self) -> Self::NS<'b>
fn node_store3(&self) -> Self::NS<'_>
fn resolve_type(&self, id: &Self::IdN) -> <Self::TS<'_> as TypeStore>::Ty
Source§impl<'store, TS> HyperASTLean for &'store SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
impl<'store, TS> HyperASTLean for &'store SimpleStores<TS, DefaultNodeStore>where
TS: TypeStore,
type T = HashedNodeRef<'store, <&'store SimpleStores<TS> as HyperASTShared>::IdN>
type NS = NodeStore
type LS = LabelStore
type TS = TS
fn node_store(&self) -> &Self::NS
fn label_store(&self) -> &Self::LS
Source§impl<'store, TS, NS, LS> LabelStore<str> for SimpleStores<TS, NS, LS>where
LS: LabelStore<str>,
impl<'store, TS, NS, LS> LabelStore<str> for SimpleStores<TS, NS, LS>where
LS: LabelStore<str>,
Source§impl<IdN, TS, NS, LS> NodeStore<IdN> for SimpleStores<TS, NS, LS>
impl<IdN, TS, NS, LS> NodeStore<IdN> for SimpleStores<TS, NS, LS>
Source§impl<IdN, TS, NS, LS> NodeStoreLean<IdN> for SimpleStores<TS, NS, LS>
impl<IdN, TS, NS, LS> NodeStoreLean<IdN> for SimpleStores<TS, NS, LS>
Source§impl<'store, TS, NS, LS> RoleStore for SimpleStores<TS, NS, LS>where
TS: RoleStore,
impl<'store, TS, NS, LS> RoleStore for SimpleStores<TS, NS, LS>where
TS: RoleStore,
Source§impl<'store, TS, NS, LS> TypeStore for SimpleStores<TS, NS, LS>
impl<'store, TS, NS, LS> TypeStore for SimpleStores<TS, NS, LS>
Source§impl<'store, TIdN, TS> TypedHyperAST<'store, TIdN> for SimpleStores<TS, DefaultNodeStore>
impl<'store, TIdN, TS> TypedHyperAST<'store, TIdN> for SimpleStores<TS, DefaultNodeStore>
Source§impl<'store, TIdN, TS> TypedHyperAST<'store, TIdN> for SimpleStores<TS, &NodeStoreInner, &LabelStore>
impl<'store, TIdN, TS> TypedHyperAST<'store, TIdN> for SimpleStores<TS, &NodeStoreInner, &LabelStore>
type TT = HashedNodeRef<'store, TIdN>
type TNS = NodeStoreInner
fn typed_node_store(&self) -> &Self::TNS
Source§impl<TS> UserData for SimpleStores<TS>
impl<TS> UserData for SimpleStores<TS>
Source§fn add_fields<'lua, F>(fields: &mut F)where
F: UserDataFields<'lua, Self>,
fn add_fields<'lua, F>(fields: &mut F)where
F: UserDataFields<'lua, Self>,
Adds custom fields specific to this userdata.
Source§fn add_methods<'lua, M>(methods: &mut M)where
M: UserDataMethods<'lua, Self>,
fn add_methods<'lua, M>(methods: &mut M)where
M: UserDataMethods<'lua, Self>,
Adds custom methods and operators specific to this userdata.
impl<TS: Copy, NS: Copy, LS: Copy> Copy for SimpleStores<TS, NS, LS>
Auto Trait Implementations§
impl<TS, NS, LS> Freeze for SimpleStores<TS, NS, LS>
impl<TS, NS, LS> RefUnwindSafe for SimpleStores<TS, NS, LS>
impl<TS, NS, LS> Send for SimpleStores<TS, NS, LS>
impl<TS, NS, LS> Sync for SimpleStores<TS, NS, LS>
impl<TS, NS, LS> Unpin for SimpleStores<TS, NS, LS>
impl<TS, NS, LS> UnwindSafe for SimpleStores<TS, NS, LS>
Blanket Implementations§
Source§impl<T> BorrowMut<T> for Twhere
T: ?Sized,
impl<T> BorrowMut<T> for Twhere
T: ?Sized,
Source§fn borrow_mut(&mut self) -> &mut T
fn borrow_mut(&mut self) -> &mut T
Mutably borrows from an owned value. Read more
Source§impl<T> CloneToUninit for Twhere
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impl<T> CloneToUninit for Twhere
T: Clone,
Source§impl<T> Component for T
impl<T> Component for T
Source§type Storage = PackedStorage<T>
type Storage = PackedStorage<T>
The storage type required to hold all instances of this component in a world.
Source§impl<Choices> CoproductSubsetter<CNil, HNil> for Choices
impl<Choices> CoproductSubsetter<CNil, HNil> for Choices
Source§impl<IdN, S> DecompressibleNodeStore<IdN> for Swhere
S: NodeStore<IdN>,
impl<IdN, S> DecompressibleNodeStore<IdN> for Swhere
S: NodeStore<IdN>,
fn decompress<'a, D: DecompressedSubtree<'a, Self::R<'a>>>( &'a self, id: &IdN, ) -> (&'a Self, D::Out)
fn decompress_pair<'a, D1, D2>(
&'a self,
id1: &IdN,
id2: &IdN,
) -> (&'a Self, (D1::Out, D2::Out))where
Self: Sized,
Self::R<'a>: Stored<TreeId = IdN>,
D1: DecompressedSubtree<'a, Self::R<'a>>,
D2: DecompressedSubtree<'a, Self::R<'a>>,
Source§impl<T> Downcast for Twhere
T: Any,
impl<T> Downcast for Twhere
T: Any,
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fn into_any(self: Box<T>) -> Box<dyn Any>
Convert
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Causes
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type TTy = <T as TypeStore>::Ty
fn decompress_ttype( erazed: &impl ErasedHolder, tid: TypeId, ) -> <T as TTypeStore>::TTy
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