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-rw-r--r--crates/ra_ide/src/diagnostics.rs799
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diff --git a/crates/ra_ide/src/diagnostics.rs b/crates/ra_ide/src/diagnostics.rs
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--- a/crates/ra_ide/src/diagnostics.rs
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1//! Collects diagnostics & fixits for a single file.
2//!
3//! The tricky bit here is that diagnostics are produced by hir in terms of
4//! macro-expanded files, but we need to present them to the users in terms of
5//! original files. So we need to map the ranges.
6
7use std::cell::RefCell;
8
9use hir::{
10 diagnostics::{AstDiagnostic, Diagnostic as _, DiagnosticSinkBuilder},
11 HasSource, HirDisplay, Semantics, VariantDef,
12};
13use itertools::Itertools;
14use ra_db::SourceDatabase;
15use ra_ide_db::RootDatabase;
16use ra_prof::profile;
17use ra_syntax::{
18 algo,
19 ast::{self, edit::IndentLevel, make, AstNode},
20 SyntaxNode, TextRange, T,
21};
22use ra_text_edit::{TextEdit, TextEditBuilder};
23
24use crate::{Diagnostic, FileId, FileSystemEdit, Fix, SourceFileEdit};
25
26#[derive(Debug, Copy, Clone)]
27pub enum Severity {
28 Error,
29 WeakWarning,
30}
31
32pub(crate) fn diagnostics(
33 db: &RootDatabase,
34 file_id: FileId,
35 enable_experimental: bool,
36) -> Vec<Diagnostic> {
37 let _p = profile("diagnostics");
38 let sema = Semantics::new(db);
39 let parse = db.parse(file_id);
40 let mut res = Vec::new();
41
42 // [#34344] Only take first 128 errors to prevent slowing down editor/ide, the number 128 is chosen arbitrarily.
43 res.extend(parse.errors().iter().take(128).map(|err| Diagnostic {
44 range: err.range(),
45 message: format!("Syntax Error: {}", err),
46 severity: Severity::Error,
47 fix: None,
48 }));
49
50 for node in parse.tree().syntax().descendants() {
51 check_unnecessary_braces_in_use_statement(&mut res, file_id, &node);
52 check_struct_shorthand_initialization(&mut res, file_id, &node);
53 }
54 let res = RefCell::new(res);
55 let mut sink = DiagnosticSinkBuilder::new()
56 .on::<hir::diagnostics::UnresolvedModule, _>(|d| {
57 let original_file = d.source().file_id.original_file(db);
58 let fix = Fix::new(
59 "Create module",
60 FileSystemEdit::CreateFile { anchor: original_file, dst: d.candidate.clone() }
61 .into(),
62 );
63 res.borrow_mut().push(Diagnostic {
64 range: sema.diagnostics_range(d).range,
65 message: d.message(),
66 severity: Severity::Error,
67 fix: Some(fix),
68 })
69 })
70 .on::<hir::diagnostics::MissingFields, _>(|d| {
71 // Note that although we could add a diagnostics to
72 // fill the missing tuple field, e.g :
73 // `struct A(usize);`
74 // `let a = A { 0: () }`
75 // but it is uncommon usage and it should not be encouraged.
76 let fix = if d.missed_fields.iter().any(|it| it.as_tuple_index().is_some()) {
77 None
78 } else {
79 let mut field_list = d.ast(db);
80 for f in d.missed_fields.iter() {
81 let field = make::record_expr_field(
82 make::name_ref(&f.to_string()),
83 Some(make::expr_unit()),
84 );
85 field_list = field_list.append_field(&field);
86 }
87
88 let edit = {
89 let mut builder = TextEditBuilder::default();
90 algo::diff(&d.ast(db).syntax(), &field_list.syntax())
91 .into_text_edit(&mut builder);
92 builder.finish()
93 };
94 Some(Fix::new("Fill struct fields", SourceFileEdit { file_id, edit }.into()))
95 };
96
97 res.borrow_mut().push(Diagnostic {
98 range: sema.diagnostics_range(d).range,
99 message: d.message(),
100 severity: Severity::Error,
101 fix,
102 })
103 })
104 .on::<hir::diagnostics::MissingOkInTailExpr, _>(|d| {
105 let node = d.ast(db);
106 let replacement = format!("Ok({})", node.syntax());
107 let edit = TextEdit::replace(node.syntax().text_range(), replacement);
108 let source_change = SourceFileEdit { file_id, edit }.into();
109 let fix = Fix::new("Wrap with ok", source_change);
110 res.borrow_mut().push(Diagnostic {
111 range: sema.diagnostics_range(d).range,
112 message: d.message(),
113 severity: Severity::Error,
114 fix: Some(fix),
115 })
116 })
117 .on::<hir::diagnostics::NoSuchField, _>(|d| {
118 res.borrow_mut().push(Diagnostic {
119 range: sema.diagnostics_range(d).range,
120 message: d.message(),
121 severity: Severity::Error,
122 fix: missing_struct_field_fix(&sema, file_id, d),
123 })
124 })
125 // Only collect experimental diagnostics when they're enabled.
126 .filter(|diag| !diag.is_experimental() || enable_experimental)
127 // Diagnostics not handled above get no fix and default treatment.
128 .build(|d| {
129 res.borrow_mut().push(Diagnostic {
130 message: d.message(),
131 range: sema.diagnostics_range(d).range,
132 severity: Severity::Error,
133 fix: None,
134 })
135 });
136
137 if let Some(m) = sema.to_module_def(file_id) {
138 m.diagnostics(db, &mut sink);
139 };
140 drop(sink);
141 res.into_inner()
142}
143
144fn missing_struct_field_fix(
145 sema: &Semantics<RootDatabase>,
146 usage_file_id: FileId,
147 d: &hir::diagnostics::NoSuchField,
148) -> Option<Fix> {
149 let record_expr = sema.ast(d);
150
151 let record_lit = ast::RecordExpr::cast(record_expr.syntax().parent()?.parent()?)?;
152 let def_id = sema.resolve_variant(record_lit)?;
153 let module;
154 let def_file_id;
155 let record_fields = match VariantDef::from(def_id) {
156 VariantDef::Struct(s) => {
157 module = s.module(sema.db);
158 let source = s.source(sema.db);
159 def_file_id = source.file_id;
160 let fields = source.value.field_list()?;
161 record_field_list(fields)?
162 }
163 VariantDef::Union(u) => {
164 module = u.module(sema.db);
165 let source = u.source(sema.db);
166 def_file_id = source.file_id;
167 source.value.record_field_list()?
168 }
169 VariantDef::EnumVariant(e) => {
170 module = e.module(sema.db);
171 let source = e.source(sema.db);
172 def_file_id = source.file_id;
173 let fields = source.value.field_list()?;
174 record_field_list(fields)?
175 }
176 };
177 let def_file_id = def_file_id.original_file(sema.db);
178
179 let new_field_type = sema.type_of_expr(&record_expr.expr()?)?;
180 if new_field_type.is_unknown() {
181 return None;
182 }
183 let new_field = make::record_field(
184 record_expr.field_name()?,
185 make::ty(&new_field_type.display_source_code(sema.db, module.into()).ok()?),
186 );
187
188 let last_field = record_fields.fields().last()?;
189 let last_field_syntax = last_field.syntax();
190 let indent = IndentLevel::from_node(last_field_syntax);
191
192 let mut new_field = new_field.to_string();
193 if usage_file_id != def_file_id {
194 new_field = format!("pub(crate) {}", new_field);
195 }
196 new_field = format!("\n{}{}", indent, new_field);
197
198 let needs_comma = !last_field_syntax.to_string().ends_with(',');
199 if needs_comma {
200 new_field = format!(",{}", new_field);
201 }
202
203 let source_change = SourceFileEdit {
204 file_id: def_file_id,
205 edit: TextEdit::insert(last_field_syntax.text_range().end(), new_field),
206 };
207 let fix = Fix::new("Create field", source_change.into());
208 return Some(fix);
209
210 fn record_field_list(field_def_list: ast::FieldList) -> Option<ast::RecordFieldList> {
211 match field_def_list {
212 ast::FieldList::RecordFieldList(it) => Some(it),
213 ast::FieldList::TupleFieldList(_) => None,
214 }
215 }
216}
217
218fn check_unnecessary_braces_in_use_statement(
219 acc: &mut Vec<Diagnostic>,
220 file_id: FileId,
221 node: &SyntaxNode,
222) -> Option<()> {
223 let use_tree_list = ast::UseTreeList::cast(node.clone())?;
224 if let Some((single_use_tree,)) = use_tree_list.use_trees().collect_tuple() {
225 let range = use_tree_list.syntax().text_range();
226 let edit =
227 text_edit_for_remove_unnecessary_braces_with_self_in_use_statement(&single_use_tree)
228 .unwrap_or_else(|| {
229 let to_replace = single_use_tree.syntax().text().to_string();
230 let mut edit_builder = TextEditBuilder::default();
231 edit_builder.delete(range);
232 edit_builder.insert(range.start(), to_replace);
233 edit_builder.finish()
234 });
235
236 acc.push(Diagnostic {
237 range,
238 message: "Unnecessary braces in use statement".to_string(),
239 severity: Severity::WeakWarning,
240 fix: Some(Fix::new(
241 "Remove unnecessary braces",
242 SourceFileEdit { file_id, edit }.into(),
243 )),
244 });
245 }
246
247 Some(())
248}
249
250fn text_edit_for_remove_unnecessary_braces_with_self_in_use_statement(
251 single_use_tree: &ast::UseTree,
252) -> Option<TextEdit> {
253 let use_tree_list_node = single_use_tree.syntax().parent()?;
254 if single_use_tree.path()?.segment()?.syntax().first_child_or_token()?.kind() == T![self] {
255 let start = use_tree_list_node.prev_sibling_or_token()?.text_range().start();
256 let end = use_tree_list_node.text_range().end();
257 let range = TextRange::new(start, end);
258 return Some(TextEdit::delete(range));
259 }
260 None
261}
262
263fn check_struct_shorthand_initialization(
264 acc: &mut Vec<Diagnostic>,
265 file_id: FileId,
266 node: &SyntaxNode,
267) -> Option<()> {
268 let record_lit = ast::RecordExpr::cast(node.clone())?;
269 let record_field_list = record_lit.record_expr_field_list()?;
270 for record_field in record_field_list.fields() {
271 if let (Some(name_ref), Some(expr)) = (record_field.name_ref(), record_field.expr()) {
272 let field_name = name_ref.syntax().text().to_string();
273 let field_expr = expr.syntax().text().to_string();
274 let field_name_is_tup_index = name_ref.as_tuple_field().is_some();
275 if field_name == field_expr && !field_name_is_tup_index {
276 let mut edit_builder = TextEditBuilder::default();
277 edit_builder.delete(record_field.syntax().text_range());
278 edit_builder.insert(record_field.syntax().text_range().start(), field_name);
279 let edit = edit_builder.finish();
280
281 acc.push(Diagnostic {
282 range: record_field.syntax().text_range(),
283 message: "Shorthand struct initialization".to_string(),
284 severity: Severity::WeakWarning,
285 fix: Some(Fix::new(
286 "Use struct shorthand initialization",
287 SourceFileEdit { file_id, edit }.into(),
288 )),
289 });
290 }
291 }
292 }
293 Some(())
294}
295
296#[cfg(test)]
297mod tests {
298 use stdx::trim_indent;
299 use test_utils::assert_eq_text;
300
301 use crate::mock_analysis::{analysis_and_position, single_file, MockAnalysis};
302 use expect::{expect, Expect};
303
304 /// Takes a multi-file input fixture with annotated cursor positions,
305 /// and checks that:
306 /// * a diagnostic is produced
307 /// * this diagnostic touches the input cursor position
308 /// * that the contents of the file containing the cursor match `after` after the diagnostic fix is applied
309 fn check_fix(ra_fixture_before: &str, ra_fixture_after: &str) {
310 let after = trim_indent(ra_fixture_after);
311
312 let (analysis, file_position) = analysis_and_position(ra_fixture_before);
313 let diagnostic = analysis.diagnostics(file_position.file_id, true).unwrap().pop().unwrap();
314 let mut fix = diagnostic.fix.unwrap();
315 let edit = fix.source_change.source_file_edits.pop().unwrap().edit;
316 let target_file_contents = analysis.file_text(file_position.file_id).unwrap();
317 let actual = {
318 let mut actual = target_file_contents.to_string();
319 edit.apply(&mut actual);
320 actual
321 };
322
323 assert_eq_text!(&after, &actual);
324 assert!(
325 diagnostic.range.start() <= file_position.offset
326 && diagnostic.range.end() >= file_position.offset,
327 "diagnostic range {:?} does not touch cursor position {:?}",
328 diagnostic.range,
329 file_position.offset
330 );
331 }
332
333 /// Checks that a diagnostic applies to the file containing the `<|>` cursor marker
334 /// which has a fix that can apply to other files.
335 fn check_apply_diagnostic_fix_in_other_file(ra_fixture_before: &str, ra_fixture_after: &str) {
336 let ra_fixture_after = &trim_indent(ra_fixture_after);
337 let (analysis, file_pos) = analysis_and_position(ra_fixture_before);
338 let current_file_id = file_pos.file_id;
339 let diagnostic = analysis.diagnostics(current_file_id, true).unwrap().pop().unwrap();
340 let mut fix = diagnostic.fix.unwrap();
341 let edit = fix.source_change.source_file_edits.pop().unwrap();
342 let changed_file_id = edit.file_id;
343 let before = analysis.file_text(changed_file_id).unwrap();
344 let actual = {
345 let mut actual = before.to_string();
346 edit.edit.apply(&mut actual);
347 actual
348 };
349 assert_eq_text!(ra_fixture_after, &actual);
350 }
351
352 /// Takes a multi-file input fixture with annotated cursor position and checks that no diagnostics
353 /// apply to the file containing the cursor.
354 fn check_no_diagnostics(ra_fixture: &str) {
355 let mock = MockAnalysis::with_files(ra_fixture);
356 let files = mock.files().map(|(it, _)| it).collect::<Vec<_>>();
357 let analysis = mock.analysis();
358 let diagnostics = files
359 .into_iter()
360 .flat_map(|file_id| analysis.diagnostics(file_id, true).unwrap())
361 .collect::<Vec<_>>();
362 assert_eq!(diagnostics.len(), 0, "unexpected diagnostics:\n{:#?}", diagnostics);
363 }
364
365 fn check_expect(ra_fixture: &str, expect: Expect) {
366 let (analysis, file_id) = single_file(ra_fixture);
367 let diagnostics = analysis.diagnostics(file_id, true).unwrap();
368 expect.assert_debug_eq(&diagnostics)
369 }
370
371 #[test]
372 fn test_wrap_return_type() {
373 check_fix(
374 r#"
375//- /main.rs
376use core::result::Result::{self, Ok, Err};
377
378fn div(x: i32, y: i32) -> Result<i32, ()> {
379 if y == 0 {
380 return Err(());
381 }
382 x / y<|>
383}
384//- /core/lib.rs
385pub mod result {
386 pub enum Result<T, E> { Ok(T), Err(E) }
387}
388"#,
389 r#"
390use core::result::Result::{self, Ok, Err};
391
392fn div(x: i32, y: i32) -> Result<i32, ()> {
393 if y == 0 {
394 return Err(());
395 }
396 Ok(x / y)
397}
398"#,
399 );
400 }
401
402 #[test]
403 fn test_wrap_return_type_handles_generic_functions() {
404 check_fix(
405 r#"
406//- /main.rs
407use core::result::Result::{self, Ok, Err};
408
409fn div<T>(x: T) -> Result<T, i32> {
410 if x == 0 {
411 return Err(7);
412 }
413 <|>x
414}
415//- /core/lib.rs
416pub mod result {
417 pub enum Result<T, E> { Ok(T), Err(E) }
418}
419"#,
420 r#"
421use core::result::Result::{self, Ok, Err};
422
423fn div<T>(x: T) -> Result<T, i32> {
424 if x == 0 {
425 return Err(7);
426 }
427 Ok(x)
428}
429"#,
430 );
431 }
432
433 #[test]
434 fn test_wrap_return_type_handles_type_aliases() {
435 check_fix(
436 r#"
437//- /main.rs
438use core::result::Result::{self, Ok, Err};
439
440type MyResult<T> = Result<T, ()>;
441
442fn div(x: i32, y: i32) -> MyResult<i32> {
443 if y == 0 {
444 return Err(());
445 }
446 x <|>/ y
447}
448//- /core/lib.rs
449pub mod result {
450 pub enum Result<T, E> { Ok(T), Err(E) }
451}
452"#,
453 r#"
454use core::result::Result::{self, Ok, Err};
455
456type MyResult<T> = Result<T, ()>;
457
458fn div(x: i32, y: i32) -> MyResult<i32> {
459 if y == 0 {
460 return Err(());
461 }
462 Ok(x / y)
463}
464"#,
465 );
466 }
467
468 #[test]
469 fn test_wrap_return_type_not_applicable_when_expr_type_does_not_match_ok_type() {
470 check_no_diagnostics(
471 r#"
472//- /main.rs
473use core::result::Result::{self, Ok, Err};
474
475fn foo() -> Result<(), i32> { 0 }
476
477//- /core/lib.rs
478pub mod result {
479 pub enum Result<T, E> { Ok(T), Err(E) }
480}
481"#,
482 );
483 }
484
485 #[test]
486 fn test_wrap_return_type_not_applicable_when_return_type_is_not_result() {
487 check_no_diagnostics(
488 r#"
489//- /main.rs
490use core::result::Result::{self, Ok, Err};
491
492enum SomeOtherEnum { Ok(i32), Err(String) }
493
494fn foo() -> SomeOtherEnum { 0 }
495
496//- /core/lib.rs
497pub mod result {
498 pub enum Result<T, E> { Ok(T), Err(E) }
499}
500"#,
501 );
502 }
503
504 #[test]
505 fn test_fill_struct_fields_empty() {
506 check_fix(
507 r#"
508struct TestStruct { one: i32, two: i64 }
509
510fn test_fn() {
511 let s = TestStruct {<|>};
512}
513"#,
514 r#"
515struct TestStruct { one: i32, two: i64 }
516
517fn test_fn() {
518 let s = TestStruct { one: (), two: ()};
519}
520"#,
521 );
522 }
523
524 #[test]
525 fn test_fill_struct_fields_self() {
526 check_fix(
527 r#"
528struct TestStruct { one: i32 }
529
530impl TestStruct {
531 fn test_fn() { let s = Self {<|>}; }
532}
533"#,
534 r#"
535struct TestStruct { one: i32 }
536
537impl TestStruct {
538 fn test_fn() { let s = Self { one: ()}; }
539}
540"#,
541 );
542 }
543
544 #[test]
545 fn test_fill_struct_fields_enum() {
546 check_fix(
547 r#"
548enum Expr {
549 Bin { lhs: Box<Expr>, rhs: Box<Expr> }
550}
551
552impl Expr {
553 fn new_bin(lhs: Box<Expr>, rhs: Box<Expr>) -> Expr {
554 Expr::Bin {<|> }
555 }
556}
557"#,
558 r#"
559enum Expr {
560 Bin { lhs: Box<Expr>, rhs: Box<Expr> }
561}
562
563impl Expr {
564 fn new_bin(lhs: Box<Expr>, rhs: Box<Expr>) -> Expr {
565 Expr::Bin { lhs: (), rhs: () }
566 }
567}
568"#,
569 );
570 }
571
572 #[test]
573 fn test_fill_struct_fields_partial() {
574 check_fix(
575 r#"
576struct TestStruct { one: i32, two: i64 }
577
578fn test_fn() {
579 let s = TestStruct{ two: 2<|> };
580}
581"#,
582 r"
583struct TestStruct { one: i32, two: i64 }
584
585fn test_fn() {
586 let s = TestStruct{ two: 2, one: () };
587}
588",
589 );
590 }
591
592 #[test]
593 fn test_fill_struct_fields_no_diagnostic() {
594 check_no_diagnostics(
595 r"
596 struct TestStruct { one: i32, two: i64 }
597
598 fn test_fn() {
599 let one = 1;
600 let s = TestStruct{ one, two: 2 };
601 }
602 ",
603 );
604 }
605
606 #[test]
607 fn test_fill_struct_fields_no_diagnostic_on_spread() {
608 check_no_diagnostics(
609 r"
610 struct TestStruct { one: i32, two: i64 }
611
612 fn test_fn() {
613 let one = 1;
614 let s = TestStruct{ ..a };
615 }
616 ",
617 );
618 }
619
620 #[test]
621 fn test_unresolved_module_diagnostic() {
622 check_expect(
623 r#"mod foo;"#,
624 expect![[r#"
625 [
626 Diagnostic {
627 message: "unresolved module",
628 range: 0..8,
629 severity: Error,
630 fix: Some(
631 Fix {
632 label: "Create module",
633 source_change: SourceChange {
634 source_file_edits: [],
635 file_system_edits: [
636 CreateFile {
637 anchor: FileId(
638 1,
639 ),
640 dst: "foo.rs",
641 },
642 ],
643 is_snippet: false,
644 },
645 },
646 ),
647 },
648 ]
649 "#]],
650 );
651 }
652
653 #[test]
654 fn range_mapping_out_of_macros() {
655 // FIXME: this is very wrong, but somewhat tricky to fix.
656 check_fix(
657 r#"
658fn some() {}
659fn items() {}
660fn here() {}
661
662macro_rules! id { ($($tt:tt)*) => { $($tt)*}; }
663
664fn main() {
665 let _x = id![Foo { a: <|>42 }];
666}
667
668pub struct Foo { pub a: i32, pub b: i32 }
669"#,
670 r#"
671fn {a:42, b: ()} {}
672fn items() {}
673fn here() {}
674
675macro_rules! id { ($($tt:tt)*) => { $($tt)*}; }
676
677fn main() {
678 let _x = id![Foo { a: 42 }];
679}
680
681pub struct Foo { pub a: i32, pub b: i32 }
682"#,
683 );
684 }
685
686 #[test]
687 fn test_check_unnecessary_braces_in_use_statement() {
688 check_no_diagnostics(
689 r#"
690use a;
691use a::{c, d::e};
692"#,
693 );
694 check_fix(r#"use {<|>b};"#, r#"use b;"#);
695 check_fix(r#"use {b<|>};"#, r#"use b;"#);
696 check_fix(r#"use a::{c<|>};"#, r#"use a::c;"#);
697 check_fix(r#"use a::{self<|>};"#, r#"use a;"#);
698 check_fix(r#"use a::{c, d::{e<|>}};"#, r#"use a::{c, d::e};"#);
699 }
700
701 #[test]
702 fn test_check_struct_shorthand_initialization() {
703 check_no_diagnostics(
704 r#"
705struct A { a: &'static str }
706fn main() { A { a: "hello" } }
707"#,
708 );
709 check_no_diagnostics(
710 r#"
711struct A(usize);
712fn main() { A { 0: 0 } }
713"#,
714 );
715
716 check_fix(
717 r#"
718struct A { a: &'static str }
719fn main() {
720 let a = "haha";
721 A { a<|>: a }
722}
723"#,
724 r#"
725struct A { a: &'static str }
726fn main() {
727 let a = "haha";
728 A { a }
729}
730"#,
731 );
732
733 check_fix(
734 r#"
735struct A { a: &'static str, b: &'static str }
736fn main() {
737 let a = "haha";
738 let b = "bb";
739 A { a<|>: a, b }
740}
741"#,
742 r#"
743struct A { a: &'static str, b: &'static str }
744fn main() {
745 let a = "haha";
746 let b = "bb";
747 A { a, b }
748}
749"#,
750 );
751 }
752
753 #[test]
754 fn test_add_field_from_usage() {
755 check_fix(
756 r"
757fn main() {
758 Foo { bar: 3, baz<|>: false};
759}
760struct Foo {
761 bar: i32
762}
763",
764 r"
765fn main() {
766 Foo { bar: 3, baz: false};
767}
768struct Foo {
769 bar: i32,
770 baz: bool
771}
772",
773 )
774 }
775
776 #[test]
777 fn test_add_field_in_other_file_from_usage() {
778 check_apply_diagnostic_fix_in_other_file(
779 r"
780 //- /main.rs
781 mod foo;
782
783 fn main() {
784 <|>foo::Foo { bar: 3, baz: false};
785 }
786 //- /foo.rs
787 struct Foo {
788 bar: i32
789 }
790 ",
791 r"
792 struct Foo {
793 bar: i32,
794 pub(crate) baz: bool
795 }
796 ",
797 )
798 }
799}
generated by cgit v1.2.3 (git 2.25.1) at 2025-07-23 01:32:03 +0100