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Automation Advisor
Syzkaller
main
extractCompilationUnits

How to use extractCompilationUnits method of main Package

Best Syzkaller code snippet using main.extractCompilationUnits

dwarf.go

Source:dwarf.go

...41	unitc := make(chan Unit, buffer)42	offsetc := make(chan []dwarf.Offset, buffer)43	structc := make(chan map[string]*dwarf.StructType, buffer)44	errc := make(chan error)45	go extractCompilationUnits(debugInfo, unitc, errc)46	uniterrc := make(chan error, numProcs)47	for p := 0; p < numProcs; p++ {48		go extractOffsets(debugInfo, unitc, offsetc, uniterrc)49	}50	go func() {51		var err error52		for p := 0; p < numProcs; p++ {53			if err1 := <-uniterrc; err1 != nil {54				err = err155			}56		}57		close(offsetc)58		errc <- err59	}()60	structerrc := make(chan error, numTypes)61	for p := 0; p < numTypes; p++ {62		// Only parallel extraction of types races with each other,63		// so we can reuse debugInfo for one of the goroutines.64		debugInfo1 := debugInfo65		if p != 0 {66			debugInfo1 = nil67		}68		go extractStructs(file, debugInfo1, offsetc, structc, structerrc)69	}70	go func() {71		var err error72		for p := 0; p < numTypes; p++ {73			if err1 := <-structerrc; err1 != nil {74				err = err175			}76		}77		close(structc)78		errc <- err79	}()80	result := make(map[string]*dwarf.StructType)81	go func() {82		for structs := range structc {83			for name, str := range structs {84				result[name] = str85			}86		}87		errc <- nil88	}()89	for i := 0; i < 4; i++ {90		if err := <-errc; err != nil {91			return nil, err92		}93	}94	return result, nil95}96type Unit struct {97	start dwarf.Offset98	end   dwarf.Offset99}100func extractCompilationUnits(debugInfo *dwarf.Data, unitc chan Unit, errc chan error) {101	defer close(unitc)102	const sentinel = ^dwarf.Offset(0)103	prev := sentinel104	for r := debugInfo.Reader(); ; {105		ent, err := r.Next()106		if err != nil {107			errc <- err108			return109		}110		if ent == nil {111			if prev != sentinel {112				unitc <- Unit{prev, sentinel}113			}114			errc <- nil...

extractCompilationUnits

Using AI Code Generation

1import (2func extractCompilationUnits(fset *token.FileSet, f *ast.File) []*ast.File {3	for _, f := range fset.File {4		if f.Name() == packageName {5			files = append(files, f)6		}7	}8}9func main() {10	fset := token.NewFileSet()11	f, err := parser.ParseFile(fset, "2.go", nil, parser.ParseComments)12	if err != nil {13		log.Fatal(err)14	}15	files := extractCompilationUnits(fset, f)16	fmt.Println("Files:")17	for _, file := range files {18		fmt.Println(file)19	}20}

extractCompilationUnits

Using AI Code Generation

1import (2func main() {3	p := parser.NewParser()4	p.ParseFile("test.go")5	cu := p.CompilationUnit()6	v := visitor.NewVisitor()7	cus := v.ExtractCompilationUnits(cu)8	fmt.Println(cus)9}10import (11func main() {12	p := parser.NewParser()13	p.ParseFile("test.go")14	cu := p.CompilationUnit()15	v := visitor.NewVisitor()16	cds := v.ExtractClassDeclarations(cu)17	fmt.Println(cds)18}19import (20func main() {21	p := parser.NewParser()22	p.ParseFile("test.go")23	cu := p.CompilationUnit()24	v := visitor.NewVisitor()25	ids := v.ExtractInterfaceDeclarations(cu)26	fmt.Println(ids)27}28import (29func main() {30	p := parser.NewParser()31	p.ParseFile("test.go")32	cu := p.CompilationUnit()33	v := visitor.NewVisitor()

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