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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.
//!
//! HIR is the public API of the all of the compiler logic above syntax trees.
//! It is written in "OO" style. Each type is self contained (as in, it knows it's
//! parents and full context). It should be "clean code".
//!
//! `ra_hir_*` crates are the implementation of the compiler logic.
//! They are written in "ECS" style, with relatively little abstractions.
//! Many types are not self-contained, and explicitly use local indexes, arenas, etc.
//!
//! `ra_hir` is what insulates the "we don't know how to actually write an incremental compiler"
//! from the ide with completions, hovers, etc. It is a (soft, internal) boundary:
//! https://www.tedinski.com/2018/02/06/system-boundaries.html.
#![recursion_limit = "512"]
mod semantics;
pub mod db;
mod source_analyzer;
pub mod diagnostics;
mod from_id;
mod code_model;
mod has_source;
pub use crate::{
code_model::{
Adt, AsAssocItem, AssocItem, AssocItemContainer, AttrDef, Const, Crate, CrateDependency,
DefWithBody, Docs, Enum, EnumVariant, Field, FieldSource, Function, GenericDef, HasAttrs,
HasVisibility, ImplDef, Local, MacroDef, Module, ModuleDef, ScopeDef, Static, Struct,
Trait, Type, TypeAlias, TypeParam, Union, VariantDef, Visibility,
},
has_source::HasSource,
semantics::{original_range, PathResolution, Semantics, SemanticsScope},
};
pub use hir_def::{
adt::StructKind,
attr::Attrs,
body::scope::ExprScopes,
builtin_type::BuiltinType,
docs::Documentation,
nameres::ModuleSource,
path::{ModPath, Path, PathKind},
type_ref::Mutability,
};
pub use hir_expand::{
hygiene::Hygiene, name::Name, HirFileId, InFile, MacroCallId, MacroCallLoc, MacroDefId,
MacroFile, Origin,
};
pub use hir_ty::{display::HirDisplay, CallableDef};
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