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// Copyright 2010 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. package stdmethods import ( _ "embed" "go/ast" "go/types" "strings" "golang.org/x/tools/go/analysis" "golang.org/x/tools/go/analysis/passes/inspect" "golang.org/x/tools/go/analysis/passes/internal/analysisutil" "golang.org/x/tools/go/ast/inspector" ) //go:embed doc.go var doc string var Analyzer = &analysis.Analyzer{ Name: "stdmethods", Doc: analysisutil.MustExtractDoc(doc, "stdmethods"), URL: "https://pkg.go.dev/golang.org/x/tools/go/analysis/passes/stdmethods", Requires: []*analysis.Analyzer{inspect.Analyzer}, Run: run, } // canonicalMethods lists the input and output types for Go methods // that are checked using dynamic interface checks. Because the // checks are dynamic, such methods would not cause a compile error // if they have the wrong signature: instead the dynamic check would // fail, sometimes mysteriously. If a method is found with a name listed // here but not the input/output types listed here, vet complains. // // A few of the canonical methods have very common names. // For example, a type might implement a Scan method that // has nothing to do with fmt.Scanner, but we still want to check // the methods that are intended to implement fmt.Scanner. // To do that, the arguments that have a = prefix are treated as // signals that the canonical meaning is intended: if a Scan // method doesn't have a fmt.ScanState as its first argument, // we let it go. But if it does have a fmt.ScanState, then the // rest has to match. var canonicalMethods = map[string]struct{ args, results []string }{ "As": {[]string{"any"}, []string{"bool"}}, // errors.As // "Flush": {{}, {"error"}}, // http.Flusher and jpeg.writer conflict "Format": {[]string{"=fmt.State", "rune"}, []string{}}, // fmt.Formatter "GobDecode": {[]string{"[]byte"}, []string{"error"}}, // gob.GobDecoder "GobEncode": {[]string{}, []string{"[]byte", "error"}}, // gob.GobEncoder "Is": {[]string{"error"}, []string{"bool"}}, // errors.Is "MarshalJSON": {[]string{}, []string{"[]byte", "error"}}, // json.Marshaler "MarshalXML": {[]string{"*xml.Encoder", "xml.StartElement"}, []string{"error"}}, // xml.Marshaler "ReadByte": {[]string{}, []string{"byte", "error"}}, // io.ByteReader "ReadFrom": {[]string{"=io.Reader"}, []string{"int64", "error"}}, // io.ReaderFrom "ReadRune": {[]string{}, []string{"rune", "int", "error"}}, // io.RuneReader "Scan": {[]string{"=fmt.ScanState", "rune"}, []string{"error"}}, // fmt.Scanner "Seek": {[]string{"=int64", "int"}, []string{"int64", "error"}}, // io.Seeker "UnmarshalJSON": {[]string{"[]byte"}, []string{"error"}}, // json.Unmarshaler "UnmarshalXML": {[]string{"*xml.Decoder", "xml.StartElement"}, []string{"error"}}, // xml.Unmarshaler "UnreadByte": {[]string{}, []string{"error"}}, "UnreadRune": {[]string{}, []string{"error"}}, "Unwrap": {[]string{}, []string{"error"}}, // errors.Unwrap "WriteByte": {[]string{"byte"}, []string{"error"}}, // jpeg.writer (matching bufio.Writer) "WriteTo": {[]string{"=io.Writer"}, []string{"int64", "error"}}, // io.WriterTo } func run(pass *analysis.Pass) (interface{}, error) { inspect := pass.ResultOf[inspect.Analyzer].(*inspector.Inspector) nodeFilter := []ast.Node{ (*ast.FuncDecl)(nil), (*ast.InterfaceType)(nil), } inspect.Preorder(nodeFilter, func(n ast.Node) { switch n := n.(type) { case *ast.FuncDecl: if n.Recv != nil { canonicalMethod(pass, n.Name) } case *ast.InterfaceType: for _, field := range n.Methods.List { for _, id := range field.Names { canonicalMethod(pass, id) } } } }) return nil, nil } func canonicalMethod(pass *analysis.Pass, id *ast.Ident) { // Expected input/output. expect, ok := canonicalMethods[id.Name] if !ok { return } // Actual input/output sign := pass.TypesInfo.Defs[id].Type().(*types.Signature) args := sign.Params() results := sign.Results() // Special case: WriteTo with more than one argument, // not trying at all to implement io.WriterTo, // comes up often enough to skip. if id.Name == "WriteTo" && args.Len() > 1 { return } // Special case: Is, As and Unwrap only apply when type // implements error. if id.Name == "Is" || id.Name == "As" || id.Name == "Unwrap" { if recv := sign.Recv(); recv == nil || !implementsError(recv.Type()) { return } } // Special case: Unwrap has two possible signatures. // Check for Unwrap() []error here. if id.Name == "Unwrap" { if args.Len() == 0 && results.Len() == 1 { t := typeString(results.At(0).Type()) if t == "error" || t == "[]error" { return } } pass.ReportRangef(id, "method Unwrap() should have signature Unwrap() error or Unwrap() []error") return } // Do the =s (if any) all match? if !matchParams(pass, expect.args, args, "=") || !matchParams(pass, expect.results, results, "=") { return } // Everything must match. if !matchParams(pass, expect.args, args, "") || !matchParams(pass, expect.results, results, "") { expectFmt := id.Name + "(" + argjoin(expect.args) + ")" if len(expect.results) == 1 { expectFmt += " " + argjoin(expect.results) } else if len(expect.results) > 1 { expectFmt += " (" + argjoin(expect.results) + ")" } actual := typeString(sign) actual = strings.TrimPrefix(actual, "func") actual = id.Name + actual pass.ReportRangef(id, "method %s should have signature %s", actual, expectFmt) } } func typeString(typ types.Type) string { return types.TypeString(typ, (*types.Package).Name) } func argjoin(x []string) string { y := make([]string, len(x)) for i, s := range x { if s[0] == '=' { s = s[1:] } y[i] = s } return strings.Join(y, ", ") } // Does each type in expect with the given prefix match the corresponding type in actual? func matchParams(pass *analysis.Pass, expect []string, actual *types.Tuple, prefix string) bool { for i, x := range expect { if !strings.HasPrefix(x, prefix) { continue } if i >= actual.Len() { return false } if !matchParamType(x, actual.At(i).Type()) { return false } } if prefix == "" && actual.Len() > len(expect) { return false } return true } // Does this one type match? func matchParamType(expect string, actual types.Type) bool { expect = strings.TrimPrefix(expect, "=") // Overkill but easy. t := typeString(actual) return t == expect || (t == "any" || t == "interface{}") && (expect == "any" || expect == "interface{}") } var errorType = types.Universe.Lookup("error").Type().Underlying().(*types.Interface) func implementsError(actual types.Type) bool { return types.Implements(actual, errorType) }