Best Syzkaller code snippet using compiler.checkStructRecursion
check.go
Source:check.go
...342 case *ast.Resource:343 comp.checkResourceRecursion(n)344 case *ast.Struct:345 var path []pathElem346 comp.checkStructRecursion(checked, n, path)347 }348 }349}350func (comp *compiler) checkResourceRecursion(n *ast.Resource) {351 var seen []string352 for n != nil {353 if arrayContains(seen, n.Name.Name) {354 chain := ""355 for _, r := range seen {356 chain += r + "->"357 }358 chain += n.Name.Name359 comp.error(n.Pos, "recursive resource %v", chain)360 return361 }362 seen = append(seen, n.Name.Name)363 n = comp.resources[n.Base.Ident]364 }365}366type pathElem struct {367 Pos ast.Pos368 Struct string369 Field string370}371func (comp *compiler) checkStructRecursion(checked map[string]bool, n *ast.Struct, path []pathElem) {372 name := n.Name.Name373 if checked[name] {374 return375 }376 for i, elem := range path {377 if elem.Struct != name {378 continue379 }380 path = path[i:]381 str := ""382 for _, elem := range path {383 str += fmt.Sprintf("%v.%v -> ", elem.Struct, elem.Field)384 }385 str += name386 comp.error(path[0].Pos, "recursive declaration: %v (mark some pointers as opt)", str)387 checked[name] = true388 return389 }390 for _, f := range n.Fields {391 path = append(path, pathElem{392 Pos: f.Pos,393 Struct: name,394 Field: f.Name.Name,395 })396 comp.recurseField(checked, f.Type, path)397 path = path[:len(path)-1]398 }399 checked[name] = true400}401func (comp *compiler) recurseField(checked map[string]bool, t *ast.Type, path []pathElem) {402 desc := comp.getTypeDesc(t)403 if desc == typeStruct {404 comp.checkStructRecursion(checked, comp.structs[t.Ident], path)405 return406 }407 _, args, base := comp.getArgsBase(t, "", prog.DirIn, false)408 if desc == typePtr && base.IsOptional {409 return // optional pointers prune recursion410 }411 for i, arg := range args {412 if desc.Args[i].Type == typeArgType {413 comp.recurseField(checked, arg, path)414 }415 }416}417func (comp *compiler) checkStruct(n *ast.Struct) {418 if n.IsUnion {...
checkStructRecursion
Using AI Code Generation
1import "fmt"2type A struct {3}4type B struct {5}6func main() {7 a := A{}8 b := B{}9 fmt.Println(a)10}
checkStructRecursion
Using AI Code Generation
1func main() {2 var s struct {3 b *struct {4 d *struct {5 f *struct {6 h *struct {7 j *struct {8 l *struct {9 n *struct {10 p *struct {11 r *struct {12 t *struct {13 v *struct {14 x *struct {15 z *struct {16 b *struct {17 d *struct {18 f *struct {19 h *struct {20 j *struct {21 l *struct {22 n *struct {23 p *struct {24 r *struct {25 t *struct {26 v *struct {27 x *struct {28 z *struct {29 b *struct {30 d *struct {31 f *struct {32 h *struct {33 j *struct {34 l *struct {35 n *struct {36 p *struct {37 r *struct {38 t *struct {39 v *struct {40 x *struct {41 z *struct {42 b *struct {43 d *struct {44 f *struct {45 h *struct {46 j *struct {47 l *struct {48 n *struct {49 p *struct {50 r *struct {
checkStructRecursion
Using AI Code Generation
1func main() {2 c := compiler{}3 if c.checkStructRecursion("A") {4 fmt.Println("Struct A has recursion")5 } else {6 fmt.Println("Struct A does not have recursion")7 }8}
checkStructRecursion
Using AI Code Generation
1import (2func checkStructRecursion(compiler *ast.CompilationUnit) {3 for _, decl := range compiler.Declarations {4 if decl, ok := decl.(*ast.StructDeclaration); ok {5 if checkStructRecursionHelper(decl) {6 fmt.Println("Struct Recursion found")7 }8 }9 }10}11func checkStructRecursionHelper(decl *ast.StructDeclaration) bool {12 for _, field := range decl.Fields {13 if field, ok := field.(*ast.Field); ok {14 if field.Type, ok := field.Type.(*ast.StructType); ok {15 }16 }17 }18}19func main() {20 fset := token.NewFileSet()21 f, err := parser.ParseFile(fset, "1.go", nil, 0)22 if err != nil {23 fmt.Println(err)24 }25 compiler := ast.NewCompilationUnit(f, fset, types.Config{})26 checkStructRecursion(compiler)27}
checkStructRecursion
Using AI Code Generation
1import "fmt"2type A struct {3}4func main() {5 a := A{1, nil}6 fmt.Println(a)7}8type A struct {9}10type A struct {11}12type A struct {13}14func main() {15 a := A{1, A{2, A{}}}16 fmt.Println(a)17}18main.main()19import "fmt"20type A struct {21}22func main() {23 a := A{1, nil}24 fmt.Println(a)25}26{1 0xc20800a0a0}27import "fmt"28type A struct {29}30func main() {31 a := A{1, nil}32 fmt.Println(a)33}34{1 0xc20800a0a0}35import "fmt"36type A struct {37}38func main() {39 a := A{1, nil
checkStructRecursion
Using AI Code Generation
1func main() {2 c := new(compiler)3 s := new(structType)4 f := new(field)5 s.fields = []*field{f}6 c.checkStructRecursion(s)7}8func main() {9 c := new(compiler)10 s := new(structType)11 f := new(field)12 s.fields = []*field{f}13 s.embedded = []*field{f}14 c.checkStructRecursion(s)15}16func main() {17 c := new(compiler)18 s := new(structType)19 f := new(field)
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