mod globs; mod incremental; mod macros; mod mod_resolution; mod diagnostics; mod primitives; use std::sync::Arc; use base_db::{fixture::WithFixture, SourceDatabase}; use expect_test::{expect, Expect}; use crate::{db::DefDatabase, test_db::TestDB}; use super::DefMap; fn compute_crate_def_map(ra_fixture: &str) -> Arc { let db = TestDB::with_files(ra_fixture); let krate = db.crate_graph().iter().next().unwrap(); db.crate_def_map(krate) } fn render_crate_def_map(ra_fixture: &str) -> String { let db = TestDB::with_files(ra_fixture); let krate = db.crate_graph().iter().next().unwrap(); db.crate_def_map(krate).dump(&db) } fn check(ra_fixture: &str, expect: Expect) { let actual = render_crate_def_map(ra_fixture); expect.assert_eq(&actual); } #[test] fn crate_def_map_smoke_test() { check( r#" //- /lib.rs mod foo; struct S; use crate::foo::bar::E; use self::E::V; //- /foo/mod.rs pub mod bar; fn f() {} //- /foo/bar.rs pub struct Baz; union U { to_be: bool, not_to_be: u8 } enum E { V } extern { type Ext; static EXT: u8; fn ext(); } "#, expect![[r#" crate E: t S: t v V: t v foo: t crate::foo bar: t f: v crate::foo::bar Baz: t v E: t EXT: v Ext: t U: t ext: v "#]], ); } #[test] fn crate_def_map_super_super() { check( r#" mod a { const A: usize = 0; mod b { const B: usize = 0; mod c { use super::super::*; } } } "#, expect![[r#" crate a: t crate::a A: v b: t crate::a::b B: v c: t crate::a::b::c A: v b: t "#]], ); } #[test] fn crate_def_map_fn_mod_same_name() { check( r#" mod m { pub mod z {} pub fn z() {} } "#, expect![[r#" crate m: t crate::m z: t v crate::m::z "#]], ); } #[test] fn bogus_paths() { cov_mark::check!(bogus_paths); check( r#" //- /lib.rs mod foo; struct S; use self; //- /foo/mod.rs use super; use crate; "#, expect![[r#" crate S: t v foo: t crate::foo "#]], ); } #[test] fn use_as() { check( r#" //- /lib.rs mod foo; use crate::foo::Baz as Foo; //- /foo/mod.rs pub struct Baz; "#, expect![[r#" crate Foo: t v foo: t crate::foo Baz: t v "#]], ); } #[test] fn use_trees() { check( r#" //- /lib.rs mod foo; use crate::foo::bar::{Baz, Quux}; //- /foo/mod.rs pub mod bar; //- /foo/bar.rs pub struct Baz; pub enum Quux {}; "#, expect![[r#" crate Baz: t v Quux: t foo: t crate::foo bar: t crate::foo::bar Baz: t v Quux: t "#]], ); } #[test] fn re_exports() { check( r#" //- /lib.rs mod foo; use self::foo::Baz; //- /foo/mod.rs pub mod bar; pub use self::bar::Baz; //- /foo/bar.rs pub struct Baz; "#, expect![[r#" crate Baz: t v foo: t crate::foo Baz: t v bar: t crate::foo::bar Baz: t v "#]], ); } #[test] fn std_prelude() { cov_mark::check!(std_prelude); check( r#" //- /main.rs crate:main deps:test_crate use Foo::*; //- /lib.rs crate:test_crate mod prelude; #[prelude_import] use prelude::*; //- /prelude.rs pub enum Foo { Bar, Baz }; "#, expect![[r#" crate Bar: t v Baz: t v "#]], ); } #[test] fn can_import_enum_variant() { cov_mark::check!(can_import_enum_variant); check( r#" enum E { V } use self::E::V; "#, expect![[r#" crate E: t V: t v "#]], ); } #[test] fn edition_2015_imports() { check( r#" //- /main.rs crate:main deps:other_crate edition:2015 mod foo; mod bar; //- /bar.rs struct Bar; //- /foo.rs use bar::Bar; use other_crate::FromLib; //- /lib.rs crate:other_crate edition:2018 struct FromLib; "#, expect![[r#" crate bar: t foo: t crate::bar Bar: t v crate::foo Bar: t v FromLib: t v "#]], ); } #[test] fn item_map_using_self() { check( r#" //- /lib.rs mod foo; use crate::foo::bar::Baz::{self}; //- /foo/mod.rs pub mod bar; //- /foo/bar.rs pub struct Baz; "#, expect![[r#" crate Baz: t v foo: t crate::foo bar: t crate::foo::bar Baz: t v "#]], ); } #[test] fn item_map_across_crates() { check( r#" //- /main.rs crate:main deps:test_crate use test_crate::Baz; //- /lib.rs crate:test_crate pub struct Baz; "#, expect![[r#" crate Baz: t v "#]], ); } #[test] fn extern_crate_rename() { check( r#" //- /main.rs crate:main deps:alloc extern crate alloc as alloc_crate; mod alloc; mod sync; //- /sync.rs use alloc_crate::Arc; //- /lib.rs crate:alloc struct Arc; "#, expect![[r#" crate alloc_crate: t sync: t crate::sync Arc: t v "#]], ); } #[test] fn extern_crate_rename_2015_edition() { check( r#" //- /main.rs crate:main deps:alloc edition:2015 extern crate alloc as alloc_crate; mod alloc; mod sync; //- /sync.rs use alloc_crate::Arc; //- /lib.rs crate:alloc struct Arc; "#, expect![[r#" crate alloc_crate: t sync: t crate::sync Arc: t v "#]], ); } #[test] fn reexport_across_crates() { check( r#" //- /main.rs crate:main deps:test_crate use test_crate::Baz; //- /lib.rs crate:test_crate pub use foo::Baz; mod foo; //- /foo.rs pub struct Baz; "#, expect![[r#" crate Baz: t v "#]], ); } #[test] fn values_dont_shadow_extern_crates() { check( r#" //- /main.rs crate:main deps:foo fn foo() {} use foo::Bar; //- /foo/lib.rs crate:foo pub struct Bar; "#, expect![[r#" crate Bar: t v foo: v "#]], ); } #[test] fn std_prelude_takes_precedence_above_core_prelude() { check( r#" //- /main.rs crate:main deps:core,std use {Foo, Bar}; //- /std.rs crate:std deps:core #[prelude_import] pub use self::prelude::*; mod prelude { pub struct Foo; pub use core::prelude::Bar; } //- /core.rs crate:core #[prelude_import] pub use self::prelude::*; mod prelude { pub struct Bar; } "#, expect![[r#" crate Bar: t v Foo: t v "#]], ); } #[test] fn cfg_not_test() { check( r#" //- /main.rs crate:main deps:std use {Foo, Bar, Baz}; //- /lib.rs crate:std #[prelude_import] pub use self::prelude::*; mod prelude { #[cfg(test)] pub struct Foo; #[cfg(not(test))] pub struct Bar; #[cfg(all(not(any()), feature = "foo", feature = "bar", opt = "42"))] pub struct Baz; } "#, expect![[r#" crate Bar: t v Baz: _ Foo: _ "#]], ); } #[test] fn cfg_test() { check( r#" //- /main.rs crate:main deps:std use {Foo, Bar, Baz}; //- /lib.rs crate:std cfg:test,feature=foo,feature=bar,opt=42 #[prelude_import] pub use self::prelude::*; mod prelude { #[cfg(test)] pub struct Foo; #[cfg(not(test))] pub struct Bar; #[cfg(all(not(any()), feature = "foo", feature = "bar", opt = "42"))] pub struct Baz; } "#, expect![[r#" crate Bar: _ Baz: t v Foo: t v "#]], ); } #[test] fn infer_multiple_namespace() { check( r#" //- /main.rs mod a { pub type T = (); pub use crate::b::*; } use crate::a::T; mod b { pub const T: () = (); } "#, expect![[r#" crate T: t v a: t b: t crate::b T: v crate::a T: t v "#]], ); } #[test] fn underscore_import() { check( r#" //- /main.rs use tr::Tr as _; use tr::Tr2 as _; mod tr { pub trait Tr {} pub trait Tr2 {} } "#, expect![[r#" crate _: t _: t tr: t crate::tr Tr: t Tr2: t "#]], ); } #[test] fn underscore_reexport() { check( r#" //- /main.rs mod tr { pub trait PubTr {} pub trait PrivTr {} } mod reex { use crate::tr::PrivTr as _; pub use crate::tr::PubTr as _; } use crate::reex::*; "#, expect![[r#" crate _: t reex: t tr: t crate::tr PrivTr: t PubTr: t crate::reex _: t _: t "#]], ); } #[test] fn underscore_pub_crate_reexport() { cov_mark::check!(upgrade_underscore_visibility); check( r#" //- /main.rs crate:main deps:lib use lib::*; //- /lib.rs crate:lib use tr::Tr as _; pub use tr::Tr as _; mod tr { pub trait Tr {} } "#, expect![[r#" crate _: t "#]], ); } #[test] fn underscore_nontrait() { check( r#" //- /main.rs mod m { pub struct Struct; pub enum Enum {} pub const CONST: () = (); } use crate::m::{Struct as _, Enum as _, CONST as _}; "#, expect![[r#" crate m: t crate::m CONST: v Enum: t Struct: t v "#]], ); } #[test] fn underscore_name_conflict() { check( r#" //- /main.rs struct Tr; use tr::Tr as _; mod tr { pub trait Tr {} } "#, expect![[r#" crate _: t Tr: t v tr: t crate::tr Tr: t "#]], ); } #[test] fn cfg_the_entire_crate() { check( r#" //- /main.rs #![cfg(never)] pub struct S; pub enum E {} pub fn f() {} "#, expect![[r#" crate "#]], ); }