How to use TestParse method of symbolizer Package

Best Syzkaller code snippet using symbolizer.TestParse

fuzzer_test.go

Source:fuzzer_test.go

...28			t.Fatalf("expected %q, got %q", expected, got)29		}30	}31}32func TestParse(t *testing.T) {33	build, _ := newMockBuild()34	f, err := build.Fuzzer("foo/bar")35	if err != nil {36		t.Fatalf("failed to load fuzzer: %s", err)37	}38	f.Parse([]string{"arg", "-k1=v1", "-k1=v2", "-k2=v3", "-bad", "--alsobad", "-it=has=two"})39	if !reflect.DeepEqual(f.args, []string{"arg", "-bad", "--alsobad", "-it=has=two"}) {40		t.Fatalf("missing arg(s): %s", strings.Join(f.args, " "))41	}42	if k1, found := f.options["k1"]; !found || k1 != "v2" {43		t.Fatalf("expected v2, got %s", k1)44	}45	if k2, found := f.options["k2"]; !found || k2 != "v3" {46		t.Fatalf("expected v3, got %s", k2)...

TestParse

Using AI Code Generation

1import (2func main() {3	vm := otto.New()4	file, err := os.Open("1.js")5	if err != nil {6		log.Fatal(err)7	}8	defer file.Close()9	program, err := parser.ParseFile(file, "", 0)10	if err != nil {11		log.Fatal(err)12	}13	pretty.Println(program)14	var walk func(node parser.Node)15	walk = func(node parser.Node) {16		switch node := node.(type) {17			for _, statement := range node.Body {18				walk(statement)19			}20			walk(node.Expression)21			fmt.Println("CallExpression")22			for _, argument := range node.ArgumentList {23				walk(argument)24			}25			fmt.Println("Identifier:", node.Name)26			fmt.Println("Literal:", node.Value)27			fmt.Println("Unknown:", node)28		}29	}30	walk(program)31	vm.Run(program)32	value, err := vm.Get("result")33	if err != nil {34		log.Fatal(err)35	}36	fmt.Println(value)37}38var result = 0;39var a = 10;40var b = 20;41var c = 30;42var d = 40;43var e = 50;44var f = 60;45var g = 70;46var h = 80;47var i = 90;48var j = 100;49var k = 110;50var l = 120;51var m = 130;52var n = 140;53var o = 150;54var p = 160;55var q = 170;56var r = 180;

TestParse

Using AI Code Generation

1import (2func main() {3	f, err := elf.Open("main")4	if err != nil {5		log.Fatal(err)6	}7	defer f.Close()8	syms, err := f.Symbols()9	if err != nil {10		log.Fatal(err)11	}12	dynsyms, err := f.DynamicSymbols()13	if err != nil {14		log.Fatal(err)15	}16	lsyms, err := f.LineTable()17	if err != nil {18		log.Fatal(err)19	}20	dynlsyms, err := f.DynamicLineTable()21	if err != nil {22		log.Fatal(err)23	}24	fmt.Println("Symbols:")25	for _, sym := range syms {26		fmt.Printf("%#x %s27	}28	fmt.Println("Dynamic Symbols:")29	for _, sym := range dynsyms {30		fmt.Printf("%#x %s31	}32	fmt.Println("Line Table:")33	for _, sym := range lsyms {34		fmt.Printf("%#x %s35	}36	fmt.Println("Dynamic Line Table:")37	for _, sym := range dynlsyms {38		fmt.Printf("%#x %s39	}40	pcsyms, err := f.PCLineTable(0x0000000000000b6c)41	if err != nil {42		log.Fatal(err)43	}44	fmt.Println("PC Line Table:")45	for _, sym := range pcsyms {46		fmt.Printf("%#x %s47	}48	pcsyms, err = f.PCLineTable(0x0000000000000b6c)49	if err != nil {50		log.Fatal(err)51	}52	fmt.Println("PC Line Table:")53	for _, sym := range pcsyms {54		fmt.Printf("%#x %s55	}56	pcsyms, err = f.PCLineTable(0x0000000000000b6c)57	if err != nil {58		log.Fatal(err)59	}60	fmt.Println("PC Line Table:")

TestParse

Using AI Code Generation

1import (2func main() {3	if len(os.Args) == 2 {4		sym, err = symbolizer.NewSymbolizer(os.Args[1])5	} else {6		sym, err = symbolizer.NewSymbolizer("/usr/lib/debug/lib/x86_64-linux-gnu/libc-2.19.so")7	}8	if err != nil {9		log.Fatal("Unable to create symbolizer: ", err)10	}11	sym.TestParse()12}

TestParse

Using AI Code Generation

1import (2func main() {3	if len(os.Args) < 2 {4		fmt.Println("Not enough arguments")5	}6	symbolizer.TestParse(os.Args[1])7}8import (9type Symbolizer struct {10}11func (s *Symbolizer) TestParse(input string) {12	fmt.Println("Input: ", input)13	symbol := s.Parse(input)

TestParse

Using AI Code Generation

1import (2func main() {3    sym := symbolizer.NewSymbolizer("2.go")4    fmt.Println(sym.TestParse())5}6import (7type Symbolizer struct {8}9func NewSymbolizer(filename string) *Symbolizer {10    return &Symbolizer{filename: filename}11}12func (s *Symbolizer) TestParse() string {13    fset := token.NewFileSet()14    node, err := parser.ParseFile(fset, s.filename, nil, parser.ParseComments)15    if err != nil {16        panic(err)17    }18    ast.Fprint(&buf, fset, node, nil)19    return buf.String()20}21import (22func main() {23import "fmt"24func main() {25    fmt.Println("Hello, playground")26}27    f, err := parser.ParseFile(fset, "", src, 0)28    if err != nil {29    }30    ast.Print(fset, f)31}32./main.go:8:2: expected 'package', found 'import' (and 1 more errors)33import (

TestParse

Using AI Code Generation

1func main() {2    symbolizer := symbolizer.NewSymbolizer()3    symbolizer.TestParse()4}5func (s *Symbolizer) TestParse() {6    p := parser.NewParser()7    p.Parse()8}9func (p *Parser) Parse() {10    l := lexer.NewLexer()11    l.Tokenize()12}13func (l *Lexer) Tokenize() {14    s := scanner.NewScanner()15    s.Scan()16}17func (s *Scanner) Scan() {18    f := file.NewFile()19    f.Read()20}21func (f *File) Read() {22}

TestParse

Using AI Code Generation

1import (2func main() {3    s := symbolizer.NewSymbolizer("/home/rohit/go/src/github.com/udhos/gobreakpad/symbolizer/testdata")4    result, err := s.TestParse("stacktrace.txt")5    if err != nil {6        panic(err)7    }8    fmt.Println(pretty.Sprint(result))9}10[]symbolizer.Frame{11    symbolizer.Frame{Module: "test", Address: 0x4004a0, Function: "main", File: "test.cpp", Line: 8},12    symbolizer.Frame{Module: "test", Address: 0x4004c4, Function: "foo", File: "test.cpp", Line: 3},13    symbolizer.Frame{Module: "test", Address: 0x4004e3, Function: "bar", File: "test.cpp", Line: 5},14    symbolizer.Frame{Module: "test", Address: 0x4004f2, Function: "baz", File: "test.cpp", Line: 7},15}

TestParse

Using AI Code Generation

1import (2func main() {3    s := symbolizer.New()4    s.SetParseType(symbolizer.TestParse)5    fmt.Println(s.Parse("2x^2 + 3x"))6}7import (8func main() {9    s := symbolizer.New()10    s.SetParseType(symbolizer.TestParse)11    s.Parse("2x^2 + 3x")12    fmt.Println("Type of the node corresponding to 2: ", s.Root.Left.Type())13    fmt.Println("Type of the node corresponding to x: ", s.Root.Right.Right.Type())14    fmt.Println("Type of the node corresponding to +: ", s.Root.Type())15    fmt.Println("Type of the node corresponding to 3x: ", s.Root.Right.Type())16    fmt.Println("Type of the node corresponding to 2x^2: ", s.Root.Left.Type())17}18The Type() method returns a constant defined in the symbolizer package. The constants are as follows:

TestParse

Using AI Code Generation

1import (2func main() {3	s := symbolizer.NewSymbolizer()4	s.AddSymbol("A", "A")5	s.AddSymbol("B", "B")6	s.AddSymbol("C", "C")7	s.AddSymbol("D", "D")8	s.AddSymbol("E", "E")9	s.AddSymbol("F", "F")10	s.AddSymbol("G", "G")11	s.AddSymbol("H", "H")12	s.AddSymbol("I", "I")13	s.AddSymbol("J", "J")14	s.AddSymbol("K", "K")15	s.AddSymbol("L", "L")16	s.AddSymbol("M", "M")17	s.AddSymbol("N", "N")18	s.AddSymbol("O", "O")19	s.AddSymbol("P", "P")20	s.AddSymbol("Q", "Q")21	s.AddSymbol("R", "R")22	s.AddSymbol("S", "S")23	s.AddSymbol("T", "T")24	s.AddSymbol("U", "U")25	s.AddSymbol("V", "V")26	s.AddSymbol("W", "W")27	s.AddSymbol("X", "X")28	s.AddSymbol("Y", "Y")29	s.AddSymbol("Z", "Z")30	s.AddSymbol("AA", "AA")31	s.AddSymbol("AB", "AB")32	s.AddSymbol("AC", "AC")33	s.AddSymbol("AD", "AD")34	s.AddSymbol("AE", "AE")35	s.AddSymbol("AF", "AF")36	s.AddSymbol("AG", "AG")37	s.AddSymbol("AH", "AH")38	s.AddSymbol("AI", "AI")39	s.AddSymbol("AJ", "AJ")40	s.AddSymbol("AK", "AK")41	s.AddSymbol("AL", "AL")42	s.AddSymbol("AM", "AM")43	s.AddSymbol("AN", "AN")44	s.AddSymbol("AO", "AO")45	s.AddSymbol("AP", "AP")46	s.AddSymbol("AQ", "AQ")47	s.AddSymbol("AR", "AR")48	s.AddSymbol("AS", "AS")49	s.AddSymbol("AT", "AT")50	s.AddSymbol("AU", "AU")51	s.AddSymbol("AV", "AV")52	s.AddSymbol("AW", "AW")53	s.AddSymbol("AX", "AX")54	s.AddSymbol("AY", "AY")

Automation Testing Tutorials

Learn to execute automation testing from scratch with LambdaTest Learning Hub. Right from setting up the prerequisites to run your first automation test, to following best practices and diving deeper into advanced test scenarios. LambdaTest Learning Hubs compile a list of step-by-step guides to help you be proficient with different test automation frameworks i.e. Selenium, Cypress, TestNG etc.