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|
//! HIR (previously known as descriptors) provides a high-level object oriented
//! access to Rust code.
//!
//! The principal difference between HIR and syntax trees is that HIR is bound
//! to a particular crate instance. That is, it has cfg flags and features
//! applied. So, the relation between syntax and HIR is many-to-one.
#![recursion_limit = "512"]
macro_rules! impl_froms {
($e:ident: $($v:ident $(($($sv:ident),*))?),*) => {
$(
impl From<$v> for $e {
fn from(it: $v) -> $e {
$e::$v(it)
}
}
$($(
impl From<$sv> for $e {
fn from(it: $sv) -> $e {
$e::$v($v::$sv(it))
}
}
)*)?
)*
}
}
pub mod debug;
pub mod db;
#[macro_use]
pub mod mock;
pub mod source_binder;
mod ids;
mod nameres;
mod adt;
mod traits;
mod type_alias;
mod ty;
mod attr;
mod impl_block;
mod expr;
mod lang_item;
mod generics;
mod resolve;
pub mod diagnostics;
mod util;
mod code_model;
pub mod from_source;
#[cfg(test)]
mod marks;
use hir_expand::AstId;
use crate::{ids::MacroFileKind, resolve::Resolver};
pub use crate::{
adt::VariantDef,
expr::ExprScopes,
from_source::FromSource,
generics::{GenericDef, GenericParam, GenericParams, HasGenericParams},
ids::{HirFileId, MacroCallId, MacroCallLoc, MacroDefId, MacroFile},
impl_block::ImplBlock,
nameres::{ImportId, Namespace, PerNs},
resolve::ScopeDef,
source_binder::{PathResolution, ScopeEntryWithSyntax, SourceAnalyzer},
ty::{
display::HirDisplay, ApplicationTy, CallableDef, Substs, TraitRef, Ty, TypeCtor, TypeWalk,
},
};
pub use self::code_model::{
docs::{DocDef, Docs, Documentation},
src::{HasBodySource, HasSource, Source},
Adt, AssocItem, BuiltinType, Const, ConstData, Container, Crate, CrateDependency, DefWithBody,
Enum, EnumVariant, FieldSource, FnData, Function, HasBody, MacroDef, Module, ModuleDef,
ModuleSource, Static, Struct, StructField, Trait, TypeAlias, Union,
};
pub use hir_def::{
either::Either,
name::Name,
path::{Path, PathKind},
type_ref::Mutability,
};
|
