Crate hax_frontend_exporter

Re-exports

• pub use crate::id_table;
• pub use hax_frontend_exporter_options as options;
• pub use crate::*;
• pub use crate::prelude::*;
• pub use crate::state::*;

Modules

• body 🔒
• comments
• constant_utils 🔒
• deterministic_hash 🔒
  Stolen from https://github.com/Wassasin/deterministic-hash/blob/main/src/lib.rs
• id_table
• index_vec 🔒
• mir_kinds
  Enumerates the kinds of Mir bodies. TODO: use const generics instead of an open list of types.
• prelude 🔒
• rustc
• rustc_utils 🔒
• sinto 🔒
• state
• traits 🔒
• types 🔒
• utils 🔒

Macros

• cfg_feature_rustc 🔒
• schema_for
  Generates a RootSchema for the given type using default settings.
• sinto_as_usize
• sinto_todo

Structs

• AdtDef
  Reflects ty::AdtDef
• AdtExpr
  Reflects thir::AdtExpr
• Alias
  This type merges the information from rustc_type_ir::AliasKind and ty::AliasTy
• AnonConst
  Reflects hir::AnonConst
• Arm
  Reflects thir::Arm
• Ascription
  Reflects thir::Ascription
• AssocItem
  Reflects ty::AssocItem
• AttrItem
  Reflects rustc_ast::ast::AttrItem
• Attribute
  Reflects rustc_ast::ast::Attribute
• BasicBlockData
• Binder
  Reflects ty::Binder
• BindingMode
  Reflects rustc_ast::ast::BindingMode
• Block
  Reflects thir::Block
• BoundRegion
  Reflects ty::BoundRegion
• BoundTy
  Reflects ty::BoundTy
• CORE_EXTRACTION_MODE
• Canonical
  Reflects rustc_middle::infer::canonical::Canonical
• CanonicalUserTypeAnnotation
  Reflects ty::CanonicalUserTypeAnnotation
• Clause
  Reflects ty::Clause and adds a hash-consed predicate identifier.
• ClosureArgs
  Reflects ty::ClosureArgs
• CoercePredicate
  Reflects ty::CoercePredicate
• ConstArg
  Reflects hir::ConstArg
• Constant
• ConstantFieldExpr
• CopyNonOverlapping
• Decorated
  Generic container for decorating items with a type, a span, attributes and other meta-data.
• DefId
  Reflects rustc_hir::def_id::DefId
• DelimArgs
  Reflects rustc_ast::ast::DelimArgs
• DisambiguatedDefPathItem
  Reflects rustc_hir::definitions::DisambiguatedDefPathData
• DiscriminantValue
  Reflects ty::util::Discr
• EarlyParamRegion
  Reflects ty::EarlyParamRegion
• ExistentialProjection
  Reflects rustc_type_ir::ExistentialProjection
• ExistentialTraitRef
  Reflects rustc_type_ir::ExistentialTraitRef
• ExpnData
  Reflects rustc_span::hygiene::ExpnData
• FieldDef
  Reflects ty::FieldDef
• FieldExpr
  A field expression: a field name along with a value
• FieldPat
  A field pattern: a field name along with a pattern
• FnDecl
  Reflects hir::FnDecl
• FnDef
  Function definition
• FnHeader
  Reflects hir::FnHeader
• FnSig
  Reflects hir::FnSig
• ForeignItem
  Reflects hir::ForeignItem
• FruInfo
  Field Record Update (FRU) informations, this reflects thir::FruInfo
• FullDef
  Gathers a lot of definition information about a rustc_hir::def_id::DefId.
• GenericParam
  Reflects hir::GenericParam
• GenericParamDef
  Reflects ty::GenericParamDef
• GenericPredicates
  Reflects ty::GenericPredicates
• Generics
  Reflects hir::Generics
• HashMap
  A hash map implemented with quadratic probing and SIMD lookup.
• HirFieldDef
  Reflects hir::FieldDef
• HirId
  Reflects hir::hir_id::HirId
• Impl
  Reflects hir::Impl.
• ImplExpr
  An ImplExpr describes the full data of a trait implementation. Because of generics, this may need to combine several concrete trait implementation items. For example, ((1u8, 2u8), "hello").clone() combines the generic implementation of Clone for (A, B) with the concrete implementations for u8 and &str, represented as a tree.
• ImplInfos
  Meta-informations about an impl<GENERICS[: PREDICATES]> TRAIT for TYPE where PREDICATES {}
• ImplItem
  Reflects hir::ImplItem
• IndexVec
• Instance
• Item
  Reflects hir::Item (and hir::ItemId)
• ItemAttributes
• LateParamRegion
  Reflects ty::LateParamRegion
• Loc
  Reflects rustc_span::Loc
• LocalDecl
• LocalIdent
  Reflects thir::LocalVarId
• MacroDef
  Reflects ast::MacroDef
• MacroInvokation
  Describe a macro invocation, using macro_invocation_of_raw_mac_invocation
• MetaItemLit
  Reflects rustc_ast::ast::MetaItemLit
• MirBody
• NormalAttr
  Reflects rustc_ast::ast::NormalAttr
• OpaqueTy
  Reflects hir::OpaqueTy
• OutlivesPredicate
  Reflects ty::OutlivesPredicate as a named struct instead of a tuple struct. This is because the script converting JSONSchema types to OCaml doesn’t support tuple structs, and this is the only tuple struct in the whole AST.
• Param
  Reflects thir::Param
• ParamConst
  Reflects ty::ParamConst
• ParamTy
  Reflects ty::ParamTy
• PatRange
  Reflects thir::PatRange
• PathBuf
  An owned, mutable path (akin to String).
• PathSegment
  Reflects hir::PathSegment
• Place
• Placeholder
  Reflects ty::Placeholder
• Predicate
  Reflects ty::Predicate and adds a hash-consed predicate identifier.
• PredicateId
  A PredicateId is a unique identifier for a clause or a predicate. It is computed by hashing predicates and clause in a uniform and deterministic way.
• PredicateSearcher
  Stores a set of predicates along with where they came from.
• ProjectionPredicate
  Expresses a constraints over an associated type.
• Rc
  A single-threaded reference-counting pointer. ‘Rc’ stands for ‘Reference Counted’.
• Region
  Reflects ty::Region
• ReprOptions
  Reflects ty::ReprOptions
• ScalarInt
• Scope
  Reflects rustc_middle::mir::BinOp
• SourceInfo
• SourceScopeData
• SourceScopeLocalData
• Span
  Reflects rustc_span::Span
• Spanned
  Reflects rustc_span::source_map::Spanned
• Statement
• Stmt
  Reflects thir::Stmt
• SubtypePredicate
  Reflects ty::SubtypePredicate
• Terminator
• TraitItem
  Reflects hir::TraitItem
• TraitPredicate
  Reflects ty::TraitPredicate
• TraitRef
  Reflects ty::TraitRef
• Ty
  Reflects rustc_middle::ty::Ty
• TyFnSig
  Reflects ty::FnSig
• TyGenerics
  Reflects ty::Generics
• TypeAndMut
  Reflects ty::TypeAndMut
• TypeMap
  A map that maps types to values in a generic manner: we store for each type T a value of type M::Value<T>.
• TypedConstantKind
• UsePath
  Reflects hir::UsePath
• UserArgs
  Reflects ty::UserArgs
• UserSelfTy
  Reflects ty::UserSelfTy
• Variant
  Reflects hir::Variant
• VariantDef
  Reflects ty::VariantDef
• VariantInformations
  Describe a variant
• RDefId
  A DefId identifies a particular definition, by combining a crate index and a def index.
• RLocalDefId
  A LocalDefId is equivalent to a DefId with krate == LOCAL_CRATE. Since we encode this information in the type, we can ensure at compile time that no DefIds from upstream crates get thrown into the mix. There are quite a few cases where we know that only DefIds from the local crate are expected; a DefId from a different crate would signify a bug somewhere. This is when LocalDefId comes in handy.
• ROwnerId

Enums

• Abi
• AdtFlags
• AdtKind
  Reflects ty::AdtKind
• AggregateKind
• AliasKind
  Reflects [ty::AliasKind]
• AliasRelationDirection
  Reflects ty::AliasRelationDirection
• Align
• AnalysisPhase
• AssertMessage
• AssocItemContainer
• AssocItemKind
  Reflects hir::AssocItemKind
• AssocKind
  Reflects ty::AssocKind
• AstPass
  Reflects rustc_span::hygiene::AstPass
• AttrArgs
  Reflects rustc_ast::ast::AttrArgs
• AttrArgsEq
  Reflects rustc_ast::ast::AttrArgsEq
• AttrKind
  Reflects rustc_ast::AttrKind
• AttrStyle
  Reflects rustc_ast::ast::AttrStyle
• BasicBlock
• BinOp
  Reflects rustc_middle::mir::BinOp
• BlockSafety
  Reflects thir::BlockSafety
• BorrowKind
  Reflects rustc_middle::mir::BorrowKind
• BoundRegionKind
  Reflects ty::BoundRegionKind
• BoundTyKind
  Reflects ty::BoundTyKind
• BoundVariableKind
  Reflects ty::BoundVariableKind
• ByRef
  Reflects rustc_ast::ast::ByRef
• CallSource
• CanonicalTyVarKind
  Reflects rustc_middle::infer::canonical::CanonicalTyVarKind
• CanonicalVarInfo
  Reflects rustc_middle::infer::canonical::CanonicalVarKind
• CastKind
• ClauseKind
  Reflects ty::ClauseKind
• ClearCrossCrate
• ClosureKind
  Reflects ty::ClosureKind
• CoercionSource
• CommentKind
  Reflects rustc_ast::token::CommentKind
• ConstAllocation
• ConstArgKind
  Reflects hir::ConstArgKind
• ConstantExprKind
  The subset of Expr that corresponds to constants.
• ConstantInt
• ConstantLiteral
• Constness
  Reflects hir::Constness
• CoroutineInfo
• CoverageKind
• CtorKind
  Reflects hir::def::CtorKind
• CtorOf
  Reflects hir::def::CtorOf
• DefKind
• DefPathItem
  Reflects rustc_hir::definitions::DefPathData
• Defaultness
  Reflects hir::Defaultness
• DelimSpan
• Delimiter
  Reflects rustc_ast::token::Delimiter
• DesugaringKind
  Reflects rustc_span::hygiene::DesugaringKind
• DiscriminantDefinition
  Reflects ty::VariantDiscr
• DynKind
  Reflects ty::DynKind
• Edition
  Reflects rustc_span::edition::Edition
• ErrorGuaranteed
• ExistentialPredicate
  A predicate without Self, for use in dyn Trait.
• ExpnKind
  Reflects rustc_span::hygiene::ExpnKind
• ExprKind
  Reflects thir::ExprKind
• FakeBorrowKind
  Reflects rustc_middle::mir::FakeBorrowKind
• FakeReadCause
• FieldIdx
• FileName
  Reflects rustc_span::FileName
• FloatTy
  Reflects rustc_type_ir::FloatTy
• FnRetTy
  Reflects hir::FnRetTy
• ForeignItemKind
  Reflects hir::ForeignItemKind
• FullDefKind
  Imbues rustc_hir::def::DefKind with a lot of extra information. Important: the owner_id() must be the id of this definition.
• FunOperand
• GenericArg
  Reflects both ty::GenericArg and ty::GenericArgKind
• GenericParamDefKind
  Reflects ty::GenericParamDefKind
• GenericParamKind
  Reflects hir::GenericParamKind
• HirGenericArgs
• ImplExprAtom
  The source of a particular trait implementation. Most often this is either Concrete for a concrete impl Trait for Type {} item, or LocalBound for a context-bound where T: Trait.
• ImplExprPathChunk
• ImplItemKind
  Reflects hir::ImplItemKind, inlining the body of the items.
• ImplPolarity
  Reflects hir::ImplPolarity
• ImplSubject
  Reflects ty::ImplSubject
• ImplTraitInTraitData
  Reflects ty::ImplTraitInTraitData
• ImplicitSelfKind
  Reflects hir::ImplicitSelfKind
• InferTy
  Reflects partially ty::InferTy
• InlineAsm
• InlineAsmOperand
• InlineAsmOptions
• InlineAsmTemplatePiece
• InlineAttr
  Reflects rustc_attr::InlineAttr
• InstanceKind
• IntTy
  Reflects rustc_type_ir::IntTy
• IntUintTy
• IntegerType
• IsAsync
  Reflects hir::IsAsync
• IsAuto
  Reflects hir::IsAuto
• ItemKind
  Reflects hir::ItemKind
• LifetimeParamKind
  Reflects hir::LifetimeParamKind
• LintLevel
  Reflects thir::LintLevel
• LitFloatType
  Reflects ast::LitFloatType
• LitIntType
  Reflects both ty::GenericArg and ty::GenericArgKind
• LitKind
  Reflects rustc_ast::ast::LitKind
• Local
• LocalInfo
• LogicalOp
  Reflects thir::LogicalOp
• MacroKind
  Reflects rustc_span::hygiene::MacroKind
• MirPhase
• MirSource
• MissingLifetimeKind
• Movability
  Reflects hir::Movability
• MutBorrowKind
  Reflects rustc_middle::mir::MutBorrowKind
• NonDivergingIntrinsic
• NonMacroAttrKind
  Reflects hir::def::NonMacroAttrKind
• NormalizesTo
• NullOp
• OpaqueTyOrigin
  Reflects hir::OpaqueTyOrigin
• Operand
• OwnerId
• ParamName
  Reflects hir::ParamName
• PatKind
  Reflects thir::PatKind
• PatRangeBoundary
  Reflects thir::PatRangeBoundary
• PlaceKind
• PointerCoercion
  Reflects ty::adjustment::PointerCoercion
• PredicateKind
  Reflects ty::PredicateKind
• PrimTy
  Reflects hir::PrimTy
• ProjectionElem
• ProjectionElemFieldKind
• QPath
• RangeEnd
  Reflects hir::RangeEnd
• ReadSpanErr
• RealFileName
  Reflects rustc_span::RealFileName
• RegionKind
  Reflects ty::RegionKind
• ReprFlags
• Res
  Reflects hir::def::Res
• RetagKind
• RuntimePhase
• Rvalue
• Safety
  Reflects hir::Safety
• ScalarInt
• ScopeData
  Reflects [rustc_middle::mir::ScopeData]
• SourceScope
• StatementKind
• StmtKind
  Reflects thir::StmtKind
• StrStyle
  Reflects rustc_ast::ast::StrStyle
• SwitchTargets
• Term
  Reflects ty::Term
• TerminatorKind
• TraitItemKind
  Reflects hir::TraitItemKind
• TranslateUnevalRes
• TyKind
  Reflects ty::TyKind
• UintTy
  Reflects rustc_type_ir::UintTy
• UnOp
  Reflects rustc_middle::mir::UnOp
• UnwindAction
• UnwindTerminateReason
• UseKind
  Reflects hir::UseKind
• UserType
  Reflects ty::UserType: this is currently disabled, and everything is printed as debug in the UserType::Todo variant.
• UserTypeAnnotationIndex
• UserTypeProjection
• UserTypeProjections
• VarDebugInfo
• Variance
  Reflects ty::Variance
• VariantData
  Reflects hir::VariantData
• VariantKind
  Describe the kind of a variant
• Visibility
  Reflects ty::Visibility
• WhereEqPredicate
• WhereRegionPredicate

Traits

• ConstantExt
• Deserialize
  A data structure that can be deserialized from any data format supported by Serde.
• ExprKindExt
• IsBody
• IsMirKind
• JsonSchema
  A type which can be described as a JSON Schema document.
• ParamEnv
• SExpect
• SInto
• Serialize
  A data structure that can be serialized into any data format supported by Serde.
• SubstBinder
• TypeMapper
  Defines a mapping from types to types.

Functions

• argument_span_of_mac_call
• body_from_id
• const_value_to_constant_expr
• erase_and_norm
• get_closest_parent_type
  Gets the closest ancestor of id that is the id of a type.
• get_thir
• implied_predicates
  The predicates that can be deduced from the presence of this item in a signature. We only consider predicates implied by traits here, not implied bounds such as &'a T implying T: 'a.
• inline_macro_invocations
• make_fn_def
• predicates_defined_on
  Returns a list of type predicates for the definition with ID def_id, including inferred lifetime constraints. This is the basic list of predicates we use for essentially all items.
• required_predicates
  The predicates that must hold to mention this item.
• self_clause_for_item
  Retrieve the Self: Trait clause for a trait associated item.
• self_predicate
  The special “self” predicate on a trait.
• solve_item_implied_traits
  Solve the trait obligations for implementing a trait (or for trait associated type bounds) in the current context.
• solve_item_required_traits
  Solve the trait obligations for a specific item use (for example, a method call, an ADT, etc.) in the current context.
• solve_trait
  This is the entrypoint of the solving.
• super_clause_to_clause_and_impl_expr
  Given a clause clause in the context of some impl block impl_did, susbts correctly Self from clause and (1) derive a Clause and (2) resolve an ImplExpr.
• translate_span

Type Aliases

• BasicBlocks
• BoundVar
• CanonicalUserType
  Reflects ty::CanonicalUserType
• CanonicalUserTypeAnnotations
• ConstantExpr
  Rustc has different representation for constants: one for MIR (rustc_middle::mir::Const), one for the type system (rustc_middle::ty::ConstKind). For simplicity hax maps those two construct to one same ConstantExpr type.
• ConstantKind
• DebruijnIndex
• EnumDef
• Expr
• FirstStatementIndex
• GlobalIdent
• Ident
  Reflects rustc_span::symbol::Ident
• ItemLocalId
• Mutability
• Pat
• Path
• PlaceholderConst
  Reflects ty::PlaceholderConst
• PlaceholderRegion
  Reflects ty::PlaceholderRegion
• PlaceholderType
  Reflects ty::PlaceholderType
• PolyFnSig
  Reflects ty::PolyFnSig
• RegionOutlivesPredicate
  Reflects ty::RegionOutlivesPredicate
• RegionVid
• Symbol
• ThirBody
• TokenStream
  Reflects rustc_ast::tokenstream::TokenStream as a plain string. If you need to reshape that into Rust tokens or construct, please use, e.g., syn.
• TypeOutlivesPredicate
  Reflects ty::TypeOutlivesPredicate
• UniverseIndex
• VariantIdx

Derive Macros

• AdtInto
  AdtInto derives a SInto instance. This helps at transporting a algebraic data type A to another ADT B when A and B shares a lot of structure.
• Deserialize
• JsonSchema
• Serialize

Trait Aliases

• TypeMappable