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How to use generateArgImpl method of prog Package

Best Syzkaller code snippet using prog.generateArgImpl

rand.go

Source:rand.go

...513	// æ ¹æ®ç³»ç»è°ç¨å·çæå·ä½çç³»ç»è°ç¨ç±»å514	meta := r.target.Syscalls[idx]515	return r.generateParticularCall(s, meta)516}517// generateParticularCall->generateArgs->generateArg->generateArgImpl518func (r *randGen) generateParticularCall(s *state, meta *Syscall) (calls []*Call) {519	if meta.Attrs.Disabled {520		panic(fmt.Sprintf("generating disabled call %v", meta.Name))521	}522	c := MakeCall(meta, nil)523	c.Args, calls = r.generateArgs(s, meta.Args, DirIn)524	r.target.assignSizesCall(c)525	return append(calls, c)526}527// GenerateAllSyzProg generates a program that contains all pseudo syz_ calls for testing.528func (target *Target) GenerateAllSyzProg(rs rand.Source) *Prog {529	p := &Prog{530		Target: target,531	}532	r := newRand(target, rs)533	s := newState(target, target.DefaultChoiceTable(), nil)534	handled := make(map[string]bool)535	for _, meta := range target.Syscalls {536		if !strings.HasPrefix(meta.CallName, "syz_") || handled[meta.CallName] || meta.Attrs.Disabled {537			continue538		}539		handled[meta.CallName] = true540		calls := r.generateParticularCall(s, meta)541		for _, c := range calls {542			s.analyze(c)543			p.Calls = append(p.Calls, c)544		}545	}546	if err := p.validate(); err != nil {547		panic(err)548	}549	return p550}551// DataMmapProg creates program that maps data segment.552// Also used for testing as the simplest program.553func (target *Target) DataMmapProg() *Prog {554	return &Prog{555		Target: target,556		Calls:  target.MakeDataMmap(),557	}558}559// generateParticularCall->generateArgs->generateArg->generateArgImpl560func (r *randGen) generateArgs(s *state, fields []Field, dir Dir) ([]Arg, []*Call) {561	var calls []*Call562	args := make([]Arg, len(fields))563	// Generate all args. Size args have the default value 0 for now.564	for i, field := range fields {565		arg, calls1 := r.generateArg(s, field.Type, field.Dir(dir))566		if arg == nil {567			panic(fmt.Sprintf("generated arg is nil for field '%v', fields: %+v", field.Type.Name(), fields))568		}569		args[i] = arg570		calls = append(calls, calls1...)571	}572	return args, calls573}574// generateParticularCall->generateArgs->generateArg->generateArgImpl575func (r *randGen) generateArg(s *state, typ Type, dir Dir) (arg Arg, calls []*Call) {576	return r.generateArgImpl(s, typ, dir, false)577}578// generateParticularCall->generateArgs->generateArg->generateArgImplï¼generateArgImpl579// çæåæ°æ¬èº«ï¼ä½æ¯å¹¶æ²¡æçæå·ä½çåå®¹580func (r *randGen) generateArgImpl(s *state, typ Type, dir Dir, ignoreSpecial bool) (arg Arg, calls []*Call) {581	if dir == DirOut {582		// No need to generate something interesting for output scalar arguments.583		// But we still need to generate the argument itself so that it can be referenced584		// in subsequent calls. For the same reason we do generate pointer/array/struct585		// output arguments (their elements can be referenced in subsequent calls).586		switch typ.(type) {587		case *IntType, *FlagsType, *ConstType, *ProcType, *VmaType, *ResourceType:588			return typ.DefaultArg(dir), nil589		}590	}591	if typ.Optional() && r.oneOf(5) {592		if res, ok := typ.(*ResourceType); ok {593			v := res.Desc.Values[r.Intn(len(res.Desc.Values))]594			return MakeResultArg(typ, dir, nil, v), nil...

generateArgImpl

Using AI Code Generation

1import "fmt"2func main() {3    fmt.Println("Enter a value for a: ")4    fmt.Scan(&a)5    fmt.Println("Enter a value for b: ")6    fmt.Scan(&b)7    fmt.Println("Enter a value for c: ")8    fmt.Scan(&c)9    prog.generateArgImpl(a, b, c)10}11import "fmt"12func main() {13    fmt.Println("Enter a value for a: ")14    fmt.Scan(&a)15    fmt.Println("Enter a value for b: ")16    fmt.Scan(&b)17    fmt.Println("Enter a value for c: ")18    fmt.Scan(&c)19    prog.generateArgImpl(a, b, c)20}21import "fmt"22func main() {23    fmt.Println("Enter a value for a: ")24    fmt.Scan(&a)25    fmt.Println("Enter a value for b: ")26    fmt.Scan(&b)27    fmt.Println("Enter a value for c: ")28    fmt.Scan(&c)29    prog.generateArgImpl(a, b, c)30}31import "fmt"32func main() {33    fmt.Println("Enter a value for a: ")34    fmt.Scan(&a)35    fmt.Println("Enter a value for b: ")36    fmt.Scan(&b)37    fmt.Println("Enter a value for c: ")38    fmt.Scan(&c)39    prog.generateArgImpl(a, b, c)40}41import "fmt"42func main() {43    fmt.Println("Enter a value for a: ")44    fmt.Scan(&a)45    fmt.Println("Enter a value for b: ")46    fmt.Scan(&b)47    fmt.Println("Enter a

generateArgImpl

Using AI Code Generation

1import (2func main() {3	fmt.Println(prog.GenerateArgImpl("hello", "world"))4}5func GenerateArgImpl(a, b string) string {6}7func GenerateArgImpl(a, b string) string {8}9func GenerateArgImpl(a, b string) string {10}11func GenerateArgImpl(a, b string) string {12}13func GenerateArgImpl(a, b string) string {14}15func GenerateArgImpl(a, b string) string {16}17func GenerateArgImpl(a, b string) string {18}19func GenerateArgImpl(a, b string) string {20}21func GenerateArgImpl(a, b string) string {22}23func GenerateArgImpl(a, b string) string {24}25func GenerateArgImpl(a, b string) string {26}27func GenerateArgImpl(a, b string) string {28}29func GenerateArgImpl(a, b string) string {30}31func GenerateArgImpl(a, b string)

generateArgImpl

Using AI Code Generation

1import "fmt"2func main(){3    fmt.Println("a: ", a, ", b: ", b)4    a, b = prog.generateArgImpl(a, b)5    fmt.Println("a: ", a, ", b: ", b)6}7import "fmt"8func main(){9    fmt.Println("a: ", a, ", b: ", b)10    a, b = prog.generateArgImpl(&a, &b)11    fmt.Println("a: ", a, ", b: ", b)12}13func (p *prog) generateArgImpl(a *int, b *int) (int, int) {14}15import "fmt"16func main(){17    fmt.Println("a: ", a, ", b: ", b)18    a, b = prog.generateArgImpl(a, b)19    fmt.Println("a: ", a, ", b: ", b)20}21func (p prog) generate

generateArgImpl

Using AI Code Generation

1public class 2 {2public static void main(String[] args) {3Prog p = new Prog();4String arg = p.generateArgImpl();5p.method(arg);6}7}8public class 3 {9public static void main(String[] args) {10Prog p = new Prog();11String arg = p.generateArgImpl();12p.method(arg);13}14}15public class 4 {16public static void main(String[] args) {17Prog p = new Prog();18String arg = p.generateArgImpl();19p.method(arg);20}21}22public class 5 {23public static void main(String[] args) {24Prog p = new Prog();25String arg = p.generateArgImpl();26p.method(arg);27}28}29public class 6 {30public static void main(String[] args) {31Prog p = new Prog();32String arg = p.generateArgImpl();33p.method(arg);34}35}36public class 7 {37public static void main(String[] args) {38Prog p = new Prog();39String arg = p.generateArgImpl();40p.method(arg);41}42}43public class 8 {44public static void main(String[] args) {45Prog p = new Prog();46String arg = p.generateArgImpl();47p.method(arg);48}49}

generateArgImpl

Using AI Code Generation

1import (2func main() {3	p.GenerateArgImpl("int", "int")4	fmt.Println(p.GetArgImpl())5}6import (7type Prog struct {8}9func (p *Prog) GenerateArgImpl(argType string, argName string) {10	buffer.WriteString("func (p *Prog) ")11	buffer.WriteString(argName)12	buffer.WriteString("(")13	buffer.WriteString(argType)14	buffer.WriteString(") {\n")15	buffer.WriteString("\t")16	buffer.WriteString("p.argImpl = ")17	buffer.WriteString("\"")18	buffer.WriteString(argName)19	buffer.WriteString("\"")20	buffer.WriteString("\n")21	buffer.WriteString("}")22	p.argImpl = buffer.String()23}24func (p *Prog) GetArgImpl() string {25}26func (p *Prog) int(int) {27}

generateArgImpl

Using AI Code Generation

1import (2func main() {3    if len(os.Args) < 2 {4        fmt.Fprintf(os.Stderr, "Usage: %s progName5        os.Exit(1)6    }7    arggen.GenerateArgImpl(progName)8}9import (10func main() {11    if len(os.Args) < 2 {12        fmt.Fprintf(os.Stderr, "Usage: %s progName13        os.Exit(1)14    }15    arggen.GenerateArgImpl(progName)16}17import (18func main() {19    if len(os.Args) < 2 {20        fmt.Fprintf(os.Stderr, "Usage: %s progName21        os.Exit(1)22    }23    arggen.GenerateArgImpl(progName)24}25import (26func main() {27    if len(os.Args) < 2 {28        fmt.Fprintf(os.Stderr, "Usage: %s progName29        os.Exit(1)30    }31    arggen.GenerateArgImpl(progName)32}

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