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How to use collectArg method of prog Package

Best Syzkaller code snippet using prog.collectArg

mutation.go

Source:mutation.go

...164	updateSizes := true165	for stop, ok := false, false; !stop; stop = ok && r.oneOf(3) {166		ok = true167		ma := &mutationArgs{target: p.Target}168		ForeachArg(c, ma.collectArg)169		if len(ma.args) == 0 {170			return false171		}172		idx := r.Intn(len(ma.args))173		arg, ctx := ma.args[idx], ma.ctxes[idx]174		calls, ok1 := p.Target.mutateArg(r, s, arg, ctx, &updateSizes)175		if !ok1 {176			ok = false177			continue178		}179		p.insertBefore(c, calls)180		if updateSizes {181			p.Target.assignSizesCall(c)182		}183		p.Target.SanitizeCall(c)184	}185	return true186}187func (target *Target) mutateArgForDependencyResource(r *randGen, s *state, arg Arg, ctx ArgCtx, updateSizes *bool) ([]*Call, bool) {188	var baseSize uint64189	if ctx.Base != nil {190		baseSize = ctx.Base.Res.Size()191	}192	calls, retry, preserve := arg.Type().mutate(r, s, arg, ctx)193	if retry {194		return nil, false195	}196	if preserve {197		*updateSizes = false198	}199	// Update base pointer if size has increased.200	if base := ctx.Base; base != nil && baseSize < base.Res.Size() {201		newArg := r.allocAddr(s, base.Type(), base.Res.Size(), base.Res)202		replaceArg(base, newArg)203	}204	for _, c := range calls {205		target.SanitizeCall(c)206	}207	return calls, true208}209func (target *Target) mutateArg(r *randGen, s *state, arg Arg, ctx ArgCtx, updateSizes *bool) ([]*Call, bool) {210	var baseSize uint64211	if ctx.Base != nil {212		baseSize = ctx.Base.Res.Size()213	}214	calls, retry, preserve := arg.Type().mutate(r, s, arg, ctx)215	if retry {216		return nil, false217	}218	if preserve {219		*updateSizes = false220	}221	// Update base pointer if size has increased.222	if base := ctx.Base; base != nil && baseSize < base.Res.Size() {223		newArg := r.allocAddr(s, base.Type(), base.Res.Size(), base.Res)224		replaceArg(base, newArg)225	}226	for _, c := range calls {227		target.SanitizeCall(c)228	}229	return calls, true230}231func regenerate(r *randGen, s *state, arg Arg) (calls []*Call, retry, preserve bool) {232	var newArg Arg233	newArg, calls = r.generateArg(s, arg.Type())234	replaceArg(arg, newArg)235	return236}237func mutateInt(r *randGen, s *state, arg Arg) (calls []*Call, retry, preserve bool) {238	if r.bin() {239		return regenerate(r, s, arg)240	}241	a := arg.(*ConstArg)242	switch {243	case r.nOutOf(1, 3):244		a.Val += uint64(r.Intn(4)) + 1245	case r.nOutOf(1, 2):246		a.Val -= uint64(r.Intn(4)) + 1247	default:248		a.Val ^= 1 << uint64(r.Intn(64))249	}250	return251}252func (t *IntType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {253	return mutateInt(r, s, arg)254}255func (t *FlagsType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {256	return mutateInt(r, s, arg)257}258func (t *LenType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {259	if !r.mutateSize(arg.(*ConstArg), *ctx.Parent) {260		retry = true261		return262	}263	preserve = true264	return265}266func (t *ResourceType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {267	return regenerate(r, s, arg)268}269func (t *VmaType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {270	return regenerate(r, s, arg)271}272func (t *ProcType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {273	return regenerate(r, s, arg)274}275func (t *BufferType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {276	a := arg.(*DataArg)277	switch t.Kind {278	case BufferBlobRand, BufferBlobRange:279		data := append([]byte{}, a.Data()...)280		minLen, maxLen := uint64(0), maxBlobLen281		if t.Kind == BufferBlobRange {282			minLen, maxLen = t.RangeBegin, t.RangeEnd283		}284		a.data = mutateData(r, data, minLen, maxLen)285	case BufferString:286		data := append([]byte{}, a.Data()...)287		if r.bin() {288			minLen, maxLen := uint64(0), maxBlobLen289			if t.TypeSize != 0 {290				minLen, maxLen = t.TypeSize, t.TypeSize291			}292			a.data = mutateData(r, data, minLen, maxLen)293		} else {294			a.data = r.randString(s, t)295		}296	case BufferFilename:297		a.data = []byte(r.filename(s, t))298	case BufferText:299		data := append([]byte{}, a.Data()...)300		a.data = r.mutateText(t.Text, data)301	default:302		panic("unknown buffer kind")303	}304	return305}306func (t *ArrayType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {307	// TODO: swap elements of the array308	a := arg.(*GroupArg)309	count := uint64(0)310	switch t.Kind {311	case ArrayRandLen:312		for count == uint64(len(a.Inner)) {313			count = r.randArrayLen()314		}315	case ArrayRangeLen:316		if t.RangeBegin == t.RangeEnd {317			panic("trying to mutate fixed length array")318		}319		for count == uint64(len(a.Inner)) {320			count = r.randRange(t.RangeBegin, t.RangeEnd)321		}322	}323	if count > uint64(len(a.Inner)) {324		for count > uint64(len(a.Inner)) {325			newArg, newCalls := r.generateArg(s, t.Type)326			a.Inner = append(a.Inner, newArg)327			calls = append(calls, newCalls...)328			for _, c := range newCalls {329				s.analyze(c)330			}331		}332	} else if count < uint64(len(a.Inner)) {333		for _, arg := range a.Inner[count:] {334			removeArg(arg)335		}336		a.Inner = a.Inner[:count]337	}338	return339}340func (t *PtrType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {341	a := arg.(*PointerArg)342	if r.oneOf(1000) {343		removeArg(a.Res)344		index := r.rand(len(r.target.SpecialPointers))345		newArg := MakeSpecialPointerArg(t, index)346		replaceArg(arg, newArg)347		return348	}349	newArg := r.allocAddr(s, t, a.Res.Size(), a.Res)350	replaceArg(arg, newArg)351	return352}353func (t *StructType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {354	gen := r.target.SpecialTypes[t.Name()]355	if gen == nil {356		panic("bad arg returned by mutationArgs: StructType")357	}358	var newArg Arg359	newArg, calls = gen(&Gen{r, s}, t, arg)360	a := arg.(*GroupArg)361	for i, f := range newArg.(*GroupArg).Inner {362		replaceArg(a.Inner[i], f)363	}364	return365}366func (t *UnionType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {367	if gen := r.target.SpecialTypes[t.Name()]; gen != nil {368		var newArg Arg369		newArg, calls = gen(&Gen{r, s}, t, arg)370		replaceArg(arg, newArg)371	} else {372		a := arg.(*UnionArg)373		current := -1374		for i, option := range t.Fields {375			if a.Option.Type().FieldName() == option.FieldName() {376				current = i377				break378			}379		}380		if current == -1 {381			panic("can't find current option in union")382		}383		newIdx := r.Intn(len(t.Fields) - 1)384		if newIdx >= current {385			newIdx++386		}387		optType := t.Fields[newIdx]388		removeArg(a.Option)389		var newOpt Arg390		newOpt, calls = r.generateArg(s, optType)391		replaceArg(arg, MakeUnionArg(t, newOpt))392	}393	return394}395func (t *CsumType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {396	panic("CsumType can't be mutated")397}398func (t *ConstType) mutate(r *randGen, s *state, arg Arg, ctx ArgCtx) (calls []*Call, retry, preserve bool) {399	panic("ConstType can't be mutated")400}401type mutationArgs struct {402	target        *Target403	args          []Arg404	ctxes         []ArgCtx405	ignoreSpecial bool406}407func (ma *mutationArgs) collectArg(arg Arg, ctx *ArgCtx) {408	ignoreSpecial := ma.ignoreSpecial409	ma.ignoreSpecial = false410	switch typ := arg.Type().(type) {411	case *StructType:412		if ma.target.SpecialTypes[typ.Name()] == nil || ignoreSpecial {413			return // For structs only individual fields are updated.414		}415		// These special structs are mutated as a whole.416		ctx.Stop = true417	case *UnionType:418		if ma.target.SpecialTypes[typ.Name()] == nil && len(typ.Fields) == 1 || ignoreSpecial {419			return420		}421		ctx.Stop = true422	case *ArrayType:423		// Don't mutate fixed-size arrays.424		if typ.Kind == ArrayRangeLen && typ.RangeBegin == typ.RangeEnd {425			return426		}427	case *CsumType:428		return // Checksum is updated when the checksummed data changes.429	case *ConstType:430		return // Well, this is const.431	case *BufferType:432		if typ.Kind == BufferString && len(typ.Values) == 1 {433			return // string const434		}435	case *PtrType:436		if arg.(*PointerArg).IsSpecial() {437			// TODO: we ought to mutate this, but we don't have code for this yet.438			return439		}440	}441	typ := arg.Type()442	if typ == nil || typ.Dir() == DirOut || !typ.Varlen() && typ.Size() == 0 {443		return444	}445	ma.args = append(ma.args, arg)446	ma.ctxes = append(ma.ctxes, *ctx)447}448func mutateData(r *randGen, data []byte, minLen, maxLen uint64) []byte {449	for stop := false; !stop; stop = stop && r.oneOf(3) {450		f := mutateDataFuncs[r.Intn(len(mutateDataFuncs))]451		data, stop = f(r, data, minLen, maxLen)452	}453	return data454}455const maxInc = 35456var mutateDataFuncs = [...]func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool){457	// TODO(dvyukov): duplicate part of data.458	// Flip bit in byte.459	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {460		if len(data) == 0 {461			return data, false462		}463		byt := r.Intn(len(data))464		bit := r.Intn(8)465		data[byt] ^= 1 << uint(bit)466		return data, true467	},468	// Insert random bytes.469	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {470		if len(data) == 0 {471			return data, false472		}473		n := r.Intn(16) + 1474		if r := int(maxLen) - len(data); n > r {475			n = r476		}477		pos := r.Intn(len(data))478		for i := 0; i < n; i++ {479			data = append(data, 0)480		}481		copy(data[pos+n:], data[pos:])482		for i := 0; i < n; i++ {483			data[pos+i] = byte(r.Int31())484		}485		if uint64(len(data)) > maxLen || r.bin() {486			data = data[:len(data)-n] // preserve original length487		}488		return data, true489	},490	// Remove bytes.491	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {492		if len(data) == 0 {493			return data, false494		}495		n := r.Intn(16) + 1496		if n > len(data) {497			n = len(data)498		}499		pos := 0500		if n < len(data) {501			pos = r.Intn(len(data) - n)502		}503		copy(data[pos:], data[pos+n:])504		data = data[:len(data)-n]505		if uint64(len(data)) < minLen || r.bin() {506			for i := 0; i < n; i++ {507				data = append(data, 0) // preserve original length508			}509		}510		return data, true511	},512	// Append a bunch of bytes.513	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {514		if uint64(len(data)) >= maxLen {515			return data, false516		}517		const max = 256518		n := max - r.biasedRand(max, 10)519		if r := int(maxLen) - len(data); n > r {520			n = r521		}522		for i := 0; i < n; i++ {523			data = append(data, byte(r.rand(256)))524		}525		return data, true526	},527	// Replace int8/int16/int32/int64 with a random value.528	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {529		width := 1 << uint(r.Intn(4))530		if len(data) < width {531			return data, false532		}533		i := r.Intn(len(data) - width + 1)534		storeInt(data[i:], r.Uint64(), width)535		return data, true536	},537	// Add/subtract from an int8/int16/int32/int64.538	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {539		width := 1 << uint(r.Intn(4))540		if len(data) < width {541			return data, false542		}543		i := r.Intn(len(data) - width + 1)544		v := loadInt(data[i:], width)545		delta := r.rand(2*maxInc+1) - maxInc546		if delta == 0 {547			delta = 1548		}549		if r.oneOf(10) {550			v = swapInt(v, width)551			v += delta552			v = swapInt(v, width)553		} else {554			v += delta555		}556		storeInt(data[i:], v, width)557		return data, true558	},559	// Set int8/int16/int32/int64 to an interesting value.560	func(r *randGen, data []byte, minLen, maxLen uint64) ([]byte, bool) {561		width := 1 << uint(r.Intn(4))562		if len(data) < width {563			return data, false564		}565		i := r.Intn(len(data) - width + 1)566		value := r.randInt()567		if r.oneOf(10) {568			value = swap64(value)569		}570		storeInt(data[i:], value, width)571		return data, true572	},573}574func swap16(v uint16) uint16 {575	v0 := byte(v >> 0)576	v1 := byte(v >> 8)577	v = 0578	v |= uint16(v1) << 0579	v |= uint16(v0) << 8580	return v581}582func swap32(v uint32) uint32 {583	v0 := byte(v >> 0)584	v1 := byte(v >> 8)585	v2 := byte(v >> 16)586	v3 := byte(v >> 24)587	v = 0588	v |= uint32(v3) << 0589	v |= uint32(v2) << 8590	v |= uint32(v1) << 16591	v |= uint32(v0) << 24592	return v593}594func swap64(v uint64) uint64 {595	v0 := byte(v >> 0)596	v1 := byte(v >> 8)597	v2 := byte(v >> 16)598	v3 := byte(v >> 24)599	v4 := byte(v >> 32)600	v5 := byte(v >> 40)601	v6 := byte(v >> 48)602	v7 := byte(v >> 56)603	v = 0604	v |= uint64(v7) << 0605	v |= uint64(v6) << 8606	v |= uint64(v5) << 16607	v |= uint64(v4) << 24608	v |= uint64(v3) << 32609	v |= uint64(v2) << 40610	v |= uint64(v1) << 48611	v |= uint64(v0) << 56612	return v613}614func swapInt(v uint64, size int) uint64 {615	switch size {616	case 1:617		return v618	case 2:619		return uint64(swap16(uint16(v)))620	case 4:621		return uint64(swap32(uint32(v)))622	case 8:623		return swap64(v)624	default:625		panic(fmt.Sprintf("swapInt: bad size %v", size))626	}627}628func loadInt(data []byte, size int) uint64 {629	p := unsafe.Pointer(&data[0])630	switch size {631	case 1:632		return uint64(*(*uint8)(p))633	case 2:634		return uint64(*(*uint16)(p))635	case 4:636		return uint64(*(*uint32)(p))637	case 8:638		return *(*uint64)(p)639	default:640		panic(fmt.Sprintf("loadInt: bad size %v", size))641	}642}643func storeInt(data []byte, v uint64, size int) {644	p := unsafe.Pointer(&data[0])645	switch size {646	case 1:647		*(*uint8)(p) = uint8(v)648	case 2:649		*(*uint16)(p) = uint16(v)650	case 4:651		*(*uint32)(p) = uint32(v)652	case 8:653		*(*uint64)(p) = v654	default:655		panic(fmt.Sprintf("storeInt: bad size %v", size))656	}657}658func (p *Prog) Splice(rp *Prog, idx uint32, ncalls int) bool {659	p0c := rp.Clone()660	p.Calls = append(p.Calls[:idx], append(p0c.Calls, p.Calls[idx:]...)...)661	for i := len(p.Calls) - 1; i >= ncalls; i-- {662		p.RemoveCall(i)663	}664	return true665}666func (p *Prog) MutateIoctl1Arg(rs rand.Source, idx int, ct *ChoiceTable) bool {667	r := newRand(p.Target, rs)668	c := p.Calls[idx]669	if len(c.Args) == 0 {670		return false671	}672	s := analyze(ct, p, c)673	updateSizes := true674	for stop, ok := false, false; !stop; stop = ok && r.oneOf(3) {675		ok = true676		ma := &mutationArgs{target: p.Target}677		ForeachArg(c, ma.collectArg)678		log.Logf(1, "len(ma.args) : %v", len(ma.args))679		var idx int680		if len(ma.args) == 0 {681			return false682		} else {683			idx = 0684		}685		arg, ctx := ma.args[idx], ma.ctxes[idx]686		calls, ok1 := p.Target.mutateArgForDependencyResource(r, s, arg, ctx, &updateSizes)687		if !ok1 {688			ok = false689			continue690		}691		p.insertBefore(c, calls)692		if updateSizes {693			p.Target.assignSizesCall(c)694		}695		p.Target.SanitizeCall(c)696	}697	return true698}699func (p *Prog) MutateIoctl3Arg(rs rand.Source, idx int, ct *ChoiceTable) bool {700	r := newRand(p.Target, rs)701	c := p.Calls[idx]702	if len(c.Args) == 0 {703		return false704	}705	s := analyze(ct, p, c)706	updateSizes := true707	for stop, ok := false, false; !stop; stop = ok && r.oneOf(4) {708		ok = true709		ma := &mutationArgs{target: p.Target}710		ForeachArg(c, ma.collectArg)711		log.Logf(1, "len(ma.args) : %v", len(ma.args))712		var idx int713		if len(ma.args) == 0 || len(ma.args) == 1 {714			return false715		} else {716			idx = r.Intn(len(ma.args)-1) + 1717		}718		arg, ctx := ma.args[idx], ma.ctxes[idx]719		calls, ok1 := p.Target.mutateArg(r, s, arg, ctx, &updateSizes)720		if !ok1 {721			ok = false722			continue723		}724		p.insertBefore(c, calls)725		if updateSizes {726			p.Target.assignSizesCall(c)727		}728		p.Target.SanitizeCall(c)729	}730	return true731}732func (p *Prog) GetCall(rs rand.Source, meta *Syscall, idx uint32, ct *ChoiceTable) []*Call {733	r := newRand(p.Target, rs)734	c := p.Calls[idx]735	s := analyze(ct, p, c)736	c0c := r.generateParticularCall(s, meta)737	var cc *Call738	if len(c0c) == 2 {739		cc = c0c[1]740	} else if len(c0c) == 1 {741		cc = c0c[0]742	} else {743		log.Fatalf("GetCall more than 2")744	}745	for i, arg := range cc.Args {746		switch arg.(type) {747		case *ResultArg:748			cc.Args[i] = c.Args[i]749		default:750		}751	}752	var rcc []*Call753	rcc = append(rcc, cc)754	return c0c755}756func (p *Prog) InsertCall(c0c []*Call, idx uint32, ncalls int) {757	c := p.Calls[idx]758	p.insertBefore(c, c0c)759	for i := len(p.Calls) - 1; i >= ncalls; i-- {760		p.RemoveCall(i)761	}762}763func (p *Prog) RepeatCall(idx int) {764	c := p.Calls[idx]765	//newargs := make(map[*ResultArg]*ResultArg)766	//c1 := new(Call)767	//c1.Meta = c.Meta768	//if c.Ret != nil {769	//	c1.Ret = clone(c.Ret, newargs).(*ResultArg)770	//}771	//c1.Args = make([]Arg, len(c.Args))772	//for ai, arg := range c.Args {773	//	c1.Args[ai] = clone(arg, newargs)774	//}775	var c0c []*Call776	c0c = append(c0c, c)777	p.insertBefore(c, c0c)778}779func (p *Prog) mutateArgForCall(r *randGen, ct *ChoiceTable, c *Call) bool {780	// Change args of a call.781	s := analyze(ct, p, c)782	updateSizes := true783	retryArg := false784	for stop := false; !stop || retryArg; stop = r.oneOf(3) {785		retryArg = false786		ma := &mutationArgs{target: p.Target}787		ForeachArg(c, ma.collectArg)788		if len(ma.args) == 0 {789			return true790		}791		idx := r.Intn(len(ma.args))792		arg, ctx := ma.args[idx], ma.ctxes[idx]793		calls, ok := p.Target.mutateArg(r, s, arg, ctx, &updateSizes)794		if !ok {795			retryArg = true796			continue797		}798		p.insertBefore(c, calls)799		//p.replaceAt(c, calls)800		if updateSizes {801			p.Target.assignSizesCall(c)...

target.go

Source:target.go

...224func (g *Gen) MutateArg(arg0 Arg) (calls []*Call) {225	updateSizes := true226	for stop := false; !stop; stop = g.r.oneOf(3) {227		ma := &mutationArgs{target: g.r.target, ignoreSpecial: true}228		ForeachSubArg(arg0, ma.collectArg)229		if len(ma.args) == 0 {230			// TODO(dvyukov): probably need to return this condition231			// and updateSizes to caller so that Mutate can act accordingly.232			return233		}234		arg, ctx := ma.chooseArg(g.r.Rand)235		newCalls, ok := g.r.target.mutateArg(g.r, g.s, arg, ctx, &updateSizes)236		if !ok {237			continue238		}239		calls = append(calls, newCalls...)240	}241	return calls242}...

collectArg

Using AI Code Generation

1import "fmt"2func main() {3    p.collectArg(1,2,3,4,5,6,7,8,9,10)4    fmt.Println(p)5}6func (p *prog) collectArg(args ...int) {7    *p = append(*p, args...)8}

collectArg

Using AI Code Generation

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

collectArg

Using AI Code Generation

1import (2func main() {3	p := prog{}4	p.collectArg()5}6import (7type prog struct {8}9func (p prog) collectArg() {10	for _, arg := range args {11		fmt.Println(arg)12	}13}

collectArg

Using AI Code Generation

1import "fmt"2func main(){3  progobj:=prog{val:100}4  fmt.Println(progobj.collectArg())5}6import "fmt"7func main(){8  progobj:=prog{val:100}9  fmt.Println(progobj.collectArg())10}11import "fmt"12func main(){13  progobj:=prog{val:100}14  fmt.Println(progobj.collectArg())15}16import "fmt"17func main(){18  progobj:=prog{val:100}19  fmt.Println(progobj.collectArg())20}21import "fmt"22func main(){23  progobj:=prog{val:100}24  fmt.Println(progobj.collectArg())25}26import "fmt"27func main(){28  progobj:=prog{val:100}29  fmt.Println(progobj.collectArg())30}31import "fmt"32func main(){33  progobj:=prog{val:100}34  fmt.Println(progobj.collectArg())35}36import "fmt"37func main(){38  progobj:=prog{val:100}39  fmt.Println(progobj.collectArg())40}41import "fmt"42func main(){43  progobj:=prog{val:100}44  fmt.Println(progobj.collectArg())45}46import "fmt"47func main(){48  progobj:=prog{val:100}49  fmt.Println(progobj.collectArg())50}51import "fmt"52func main(){53  progobj:=prog{val:100}54  fmt.Println(progobj.collectArg())

collectArg

Using AI Code Generation

1import "fmt"2import "os"3import "strconv"4type prog struct {5}6func (p *prog) collectArg() {7p.arg1, _ = strconv.Atoi(os.Args[1])8p.arg2, _ = strconv.Atoi(os.Args[2])9}10func main() {11prog1.collectArg()12fmt.Println(prog1.arg1)13fmt.Println(prog1.arg2)14}15import "fmt"16import "os"17import "strconv"18type prog struct {19}20func (p *prog) collectArg() {21p.arg1, _ = strconv.Atoi(os.Args[1])22p.arg2, _ = strconv.Atoi(os.Args[2])23}24func main() {25prog1.collectArg()26fmt.Println(prog1.arg1)27fmt.Println(prog1.arg2)28}29import "fmt"30import "os"31import "strconv"32type prog struct {33}34func (p *prog) collectArg() {35p.arg1, _ = strconv.Atoi(os.Args[1])36p.arg2, _ = strconv.Atoi(os.Args[2])37}38func main() {39prog1.collectArg()40fmt.Println(prog1.arg1)41fmt.Println(prog1.arg2)42}43import "fmt"44import "os"45import "strconv"46type prog struct {47}48func (p *prog) collectArg() {49p.arg1, _ = strconv.Atoi(os.Args[1])50p.arg2, _ = strconv.Atoi(os.Args[2])51}52func main() {53prog1.collectArg()54fmt.Println(prog

collectArg

Using AI Code Generation

1import (2func main() {3	arguments := collectArg()4	prog(arguments)5}6func collectArg() []string {7}8func prog(arguments []string) {9	fmt.Println(arguments)10	length := len(arguments)11	fmt.Println("Length:", length)12	if length > 2 {13		argumentsInt := convertToInt(arguments)14		fmt.Println("Arguments in integer:", argumentsInt)15		sum := add(argumentsInt)16		fmt.Println("Sum:", sum)17	}18}19func convertToInt(arguments []string) []int {20	length := len(arguments)21	argumentsInt := make([]

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