This is done by adding a new field to the `DefTy` variant of `middle::def::Def`,
which also clarifies an error message in the process.
Closes #16712.
};
DlDef(def::DefStaticMethod(did, provenance, fn_style))
}
- Type | ForeignType => DlDef(def::DefTy(did)),
+ Type | ForeignType => DlDef(def::DefTy(did, false)),
Mod => DlDef(def::DefMod(did)),
ForeignMod => DlDef(def::DefForeignMod(did)),
StructVariant => {
DlDef(def::DefVariant(enum_did, did, false))
}
Trait => DlDef(def::DefTrait(did)),
- Enum => DlDef(def::DefTy(did)),
+ Enum => DlDef(def::DefTy(did, true)),
Impl => DlImpl(did),
PublicField | InheritedField => DlField,
}
def::DefVariant(e_did.tr(dcx), v_did.tr(dcx), is_s)
},
def::DefTrait(did) => def::DefTrait(did.tr(dcx)),
- def::DefTy(did) => def::DefTy(did.tr(dcx)),
+ def::DefTy(did, is_enum) => def::DefTy(did.tr(dcx), is_enum),
def::DefPrimTy(p) => def::DefPrimTy(p),
def::DefTyParam(s, did, v) => def::DefTyParam(s, did.tr(dcx), v),
def::DefBinding(nid, bm) => def::DefBinding(dcx.tr_id(nid), bm),
DefArg(ast::NodeId, ast::BindingMode),
DefLocal(ast::NodeId, ast::BindingMode),
DefVariant(ast::DefId /* enum */, ast::DefId /* variant */, bool /* is_structure */),
- DefTy(ast::DefId),
+ DefTy(ast::DefId, bool /* is_enum */),
DefTrait(ast::DefId),
DefPrimTy(ast::PrimTy),
DefTyParam(ParamSpace, ast::DefId, uint),
match *self {
DefFn(id, _) | DefStaticMethod(id, _, _) | DefMod(id) |
DefForeignMod(id) | DefStatic(id, _) |
- DefVariant(_, id, _) | DefTy(id) | DefTyParam(_, id, _) |
+ DefVariant(_, id, _) | DefTy(id, _) | DefTyParam(_, id, _) |
DefUse(id) | DefStruct(id) | DefTrait(id) | DefMethod(id, _) => {
id
}
Ok(self.cat_rvalue_node(id, span, expr_ty))
}
def::DefMod(_) | def::DefForeignMod(_) | def::DefUse(_) |
- def::DefTrait(_) | def::DefTy(_) | def::DefPrimTy(_) |
+ def::DefTrait(_) | def::DefTy(..) | def::DefPrimTy(_) |
def::DefTyParam(..) | def::DefTyParamBinder(..) | def::DefRegion(_) |
def::DefLabel(_) | def::DefSelfTy(..) | def::DefMethod(..) => {
Ok(Rc::new(cmt_ {
def::DefFn(..) => ck("function"),
def::DefStatic(..) => ck("static"),
def::DefVariant(..) => ck("variant"),
- def::DefTy(..) => ck("type"),
+ def::DefTy(_, false) => ck("type"),
+ def::DefTy(_, true) => ck("enum"),
def::DefTrait(..) => ck("trait"),
def::DefStruct(..) => ck("struct"),
def::DefMethod(_, Some(..)) => ck("trait method"),
sp);
name_bindings.define_type
- (DefTy(local_def(item.id)), sp, is_public);
+ (DefTy(local_def(item.id), false), sp, is_public);
parent
}
sp);
name_bindings.define_type
- (DefTy(local_def(item.id)), sp, is_public);
+ (DefTy(local_def(item.id), true), sp, is_public);
for variant in (*enum_definition).variants.iter() {
self.build_reduced_graph_for_variant(
let name_bindings = self.add_child(ident, parent.clone(), forbid, sp);
// Define a name in the type namespace.
- name_bindings.define_type(DefTy(local_def(item.id)), sp, is_public);
+ name_bindings.define_type(DefTy(local_def(item.id), false), sp, is_public);
// If this is a newtype or unit-like struct, define a name
// in the value namespace as well
match def {
DefMod(def_id) | DefForeignMod(def_id) | DefStruct(def_id) |
- DefTy(def_id) => {
+ DefTy(def_id, _) => {
let type_def = child_name_bindings.type_def.borrow().clone();
match type_def {
Some(TypeNsDef { module_def: Some(module_def), .. }) => {
is_public,
DUMMY_SP)
}
- DefTy(_) => {
+ DefTy(..) => {
debug!("(building reduced graph for external \
crate) building type {}", final_ident);
// If it's a typedef, give a note
match def {
- DefTy(_) => {
+ DefTy(..) => {
self.session.span_note(
trait_reference.path.span,
format!("`type` aliases cannot \
Some(ref t) => match t.node {
TyPath(ref path, None, path_id) => {
match this.resolve_path(id, path, TypeNS, true) {
- Some((DefTy(def_id), lp)) if this.structs.contains_key(&def_id) => {
+ Some((DefTy(def_id, _), lp)) if this.structs.contains_key(&def_id) => {
let def = DefStruct(def_id);
debug!("(resolving struct) resolved `{}` to type {:?}",
token::get_ident(path.segments
if allowed == Everything {
// Look for a field with the same name in the current self_type.
match self.def_map.borrow().find(&node_id) {
- Some(&DefTy(did))
+ Some(&DefTy(did, _))
| Some(&DefStruct(did))
| Some(&DefVariant(_, did, _)) => match self.structs.find(&did) {
None => {}
// structs, which wouldn't result in this error.)
match self.with_no_errors(|this|
this.resolve_path(expr.id, path, TypeNS, false)) {
- Some((DefTy(struct_id), _))
+ Some((DefTy(struct_id, _), _))
if self.structs.contains_key(&struct_id) => {
self.resolve_error(expr.span,
format!("`{}` is a structure name, but \
def::DefMod(_) |
def::DefForeignMod(_) => Some(recorder::ModRef),
def::DefStruct(_) => Some(recorder::StructRef),
- def::DefTy(_) |
+ def::DefTy(..) |
def::DefTrait(_) => Some(recorder::TypeRef),
def::DefStatic(_, _) |
def::DefBinding(_, _) |
// FIXME(#12938): This is a hack until we have full support for
// DST.
match a_def {
- def::DefTy(did) | def::DefStruct(did)
+ def::DefTy(did, _) | def::DefStruct(did)
if Some(did) == this.tcx().lang_items.owned_box() => {
if path.segments
.iter()
"not enough type parameters supplied to `Box<T>`");
Some(ty::mk_err())
}
- def::DefTy(did) | def::DefStruct(did)
+ def::DefTy(did, _) | def::DefStruct(did)
if Some(did) == this.tcx().lang_items.gc() => {
if path.segments
.iter()
result.substs.clone(),
bounds)
}
- def::DefTy(did) | def::DefStruct(did) => {
+ def::DefTy(did, _) | def::DefStruct(did) => {
ast_path_to_ty(this, rscope, did, path).ty
}
def::DefTyParam(space, id, n) => {
return polytype_for_def(fcx, sp, *inner);
}
def::DefTrait(_) |
- def::DefTy(_) |
+ def::DefTy(..) |
def::DefPrimTy(_) |
def::DefTyParam(..)=> {
fcx.ccx.tcx.sess.span_bug(sp, "expected value, found type");
Some(&d) => d
};
match a_def {
- def::DefTy(did) | def::DefStruct(did) => {
+ def::DefTy(did, _) | def::DefStruct(did) => {
let generics = ty::lookup_item_type(self.tcx, did).generics;
let expected =
ret.extend(build_impls(cx, tcx, did).into_iter());
clean::StructItem(build_struct(cx, tcx, did))
}
- def::DefTy(did) => {
+ def::DefTy(did, false) => {
+ record_extern_fqn(cx, did, clean::TypeTypedef);
+ ret.extend(build_impls(cx, tcx, did).into_iter());
+ build_type(cx, tcx, did)
+ }
+ def::DefTy(did, true) => {
record_extern_fqn(cx, did, clean::TypeEnum);
ret.extend(build_impls(cx, tcx, did).into_iter());
build_type(cx, tcx, did)
TypeStruct,
TypeTrait,
TypeVariant,
+ TypeTypedef,
}
impl Primitive {
fn register_def(cx: &DocContext, def: def::Def) -> ast::DefId {
let (did, kind) = match def {
def::DefFn(i, _) => (i, TypeFunction),
- def::DefTy(i) => (i, TypeEnum),
+ def::DefTy(i, false) => (i, TypeTypedef),
+ def::DefTy(i, true) => (i, TypeEnum),
def::DefTrait(i) => (i, TypeTrait),
def::DefStruct(i) => (i, TypeStruct),
def::DefMod(i) => (i, TypeModule),
match *self {
Module => "mod",
Struct => "struct",
- Enum => "type",
+ Enum => "enum",
Function => "fn",
Typedef => "type",
Static => "static",
clean::TypeModule => item_type::Module,
clean::TypeStatic => item_type::Static,
clean::TypeVariant => item_type::Variant,
+ clean::TypeTypedef => item_type::Typedef,
}))
}).collect()
}).unwrap_or(HashMap::new());
// `rustdoc::html::item_type::ItemType` type in Rust.
var itemTypes = ["mod",
"struct",
- "type",
+ "enum",
"fn",
"type",
"static",
pub fn b() {}
pub struct c;
pub enum d {}
+ pub type e = int;
pub struct A(());
pub fn reexported_b() {}
pub struct reexported_c;
pub enum reexported_d {}
+ pub type reexported_e = int;
}
pub mod bar {
pub use foo::reexported_b as f;
pub use foo::reexported_c as g;
pub use foo::reexported_d as h;
+ pub use foo::reexported_e as i;
}
pub static a: int = 0;
pub fn b() {}
pub struct c;
pub enum d {}
+pub type e = int;
-static i: int = 0;
-fn j() {}
-struct k;
-enum l {}
+static j: int = 0;
+fn k() {}
+struct l;
+enum m {}
+type n = int;
static_priv_by_default::b;
static_priv_by_default::c;
foo::<static_priv_by_default::d>();
+ foo::<static_priv_by_default::e>();
// publicly re-exported items should be available
static_priv_by_default::bar::e;
static_priv_by_default::bar::f;
static_priv_by_default::bar::g;
foo::<static_priv_by_default::bar::h>();
+ foo::<static_priv_by_default::bar::i>();
// private items at the top should be inaccessible
- static_priv_by_default::i;
- //~^ ERROR: static `i` is private
static_priv_by_default::j;
- //~^ ERROR: function `j` is private
+ //~^ ERROR: static `j` is private
static_priv_by_default::k;
- //~^ ERROR: struct `k` is private
- foo::<static_priv_by_default::l>();
- //~^ ERROR: type `l` is private
+ //~^ ERROR: function `k` is private
+ static_priv_by_default::l;
+ //~^ ERROR: struct `l` is private
+ foo::<static_priv_by_default::m>();
+ //~^ ERROR: enum `m` is private
+ foo::<static_priv_by_default::n>();
+ //~^ ERROR: type `n` is private
// public items in a private mod should be inaccessible
static_priv_by_default::foo::a;
static_priv_by_default::foo::c;
//~^ ERROR: struct `c` is private
foo::<static_priv_by_default::foo::d>();
- //~^ ERROR: type `d` is private
+ //~^ ERROR: enum `d` is private
+ foo::<static_priv_by_default::foo::e>();
+ //~^ ERROR: type `e` is private
}