//@revisions: edition2018 edition2021 //@[edition2018] edition:2018 //@[edition2021] edition:2021 //@aux-build:wildcard_imports_helper.rs #![warn(clippy::wildcard_imports)] #![allow(unused, clippy::unnecessary_wraps, clippy::let_unit_value)] #![warn(unused_imports)] extern crate wildcard_imports_helper; use crate::fn_mod::foo; use crate::mod_mod::inner_mod; use crate::multi_fn_mod::{multi_bar, multi_foo, multi_inner_mod}; use crate::struct_mod::{A, inner_struct_mod}; #[allow(unused_imports)] use wildcard_imports_helper::inner::inner_for_self_import::inner_extern_bar; use wildcard_imports_helper::prelude::v1::*; use wildcard_imports_helper::{ExternA, extern_foo}; use std::io::prelude::*; struct ReadFoo; impl Read for ReadFoo { fn read(&mut self, _buf: &mut [u8]) -> std::io::Result { Ok(0) } } mod fn_mod { pub fn foo() {} } mod mod_mod { pub mod inner_mod { pub fn foo() {} } } mod multi_fn_mod { pub fn multi_foo() {} pub fn multi_bar() {} pub fn multi_baz() {} pub mod multi_inner_mod { pub fn foo() {} } } mod struct_mod { pub struct A; pub struct B; pub mod inner_struct_mod { pub struct C; } #[macro_export] macro_rules! double_struct_import_test { () => { let _ = A; }; } } fn main() { foo(); multi_foo(); multi_bar(); multi_inner_mod::foo(); inner_mod::foo(); extern_foo(); inner_extern_bar(); let _ = A; let _ = inner_struct_mod::C; let _ = ExternA; let _ = PreludeModAnywhere; double_struct_import_test!(); double_struct_import_test!(); } mod in_fn_test { pub use self::inner_exported::*; #[allow(unused_imports)] pub(crate) use self::inner_exported2::*; fn test_intern() { use crate::fn_mod::foo; foo(); } fn test_extern() { use wildcard_imports_helper::inner::inner_for_self_import::{self, inner_extern_foo}; use wildcard_imports_helper::{ExternA, extern_foo}; inner_for_self_import::inner_extern_foo(); inner_extern_foo(); extern_foo(); let _ = ExternA; } fn test_inner_nested() { #[rustfmt::skip] use self::{inner::inner_foo, inner2::inner_bar}; inner_foo(); inner_bar(); } fn test_extern_reexported() { use wildcard_imports_helper::{ExternExportedEnum, ExternExportedStruct, extern_exported}; extern_exported(); let _ = ExternExportedStruct; let _ = ExternExportedEnum::A; } mod inner_exported { pub fn exported() {} pub struct ExportedStruct; pub enum ExportedEnum { A, } } mod inner_exported2 { pub(crate) fn exported2() {} } mod inner { pub fn inner_foo() {} } mod inner2 { pub fn inner_bar() {} } } fn test_reexported() { use crate::in_fn_test::{ExportedEnum, ExportedStruct, exported}; exported(); let _ = ExportedStruct; let _ = ExportedEnum::A; } #[rustfmt::skip] fn test_weird_formatting() { use crate:: in_fn_test::exported; use crate:: fn_mod::foo; exported(); foo(); } mod super_imports { fn foofoo() {} mod should_be_replaced { use super::foofoo; fn with_super() { let _ = foofoo(); } } mod test_should_pass { use super::*; fn with_super() { let _ = foofoo(); } } mod test_should_pass_inside_function { fn with_super_inside_function() { use super::*; let _ = foofoo(); } } mod test_should_pass_further_inside { fn insidefoo() {} mod inner { use super::*; fn with_super() { let _ = insidefoo(); } } } mod should_be_replaced_further_inside { fn insidefoo() {} mod inner { use super::insidefoo; fn with_super() { let _ = insidefoo(); } } } mod use_explicit_should_be_replaced { use crate::super_imports::foofoo; fn with_explicit() { let _ = foofoo(); } } mod use_double_super_should_be_replaced { mod inner { use super::super::foofoo; fn with_double_super() { let _ = foofoo(); } } } mod use_super_explicit_should_be_replaced { use super::super::super_imports::foofoo; fn with_super_explicit() { let _ = foofoo(); } } mod attestation_should_be_replaced { use super::foofoo; fn with_explicit() { let _ = foofoo(); } } }