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How to use Serialize method of cover Package

Best Syzkaller code snippet using cover.Serialize

model_managed_e_book.go

Source:model_managed_e_book.go

...449	o.UserStateSummary = &v450}451// MarshalJSON returns the JSON representation of the model.452func (o ManagedEBook) MarshalJSON() ([]byte, error) {453	toSerialize := map[string]interface{}{}454	if o.DisplayName != nil {455		toSerialize["displayName"] = o.DisplayName456	}457	if o.Description == nil {458		if o.isExplicitNullDescription {459			toSerialize["description"] = o.Description460		}461	} else {462		toSerialize["description"] = o.Description463	}464	if o.Publisher == nil {465		if o.isExplicitNullPublisher {466			toSerialize["publisher"] = o.Publisher467		}468	} else {469		toSerialize["publisher"] = o.Publisher470	}471	if o.PublishedDateTime != nil {472		toSerialize["publishedDateTime"] = o.PublishedDateTime473	}474	if o.LargeCover == nil {475		if o.isExplicitNullLargeCover {476			toSerialize["largeCover"] = o.LargeCover477		}478	} else {479		toSerialize["largeCover"] = o.LargeCover480	}481	if o.CreatedDateTime != nil {482		toSerialize["createdDateTime"] = o.CreatedDateTime483	}484	if o.LastModifiedDateTime != nil {485		toSerialize["lastModifiedDateTime"] = o.LastModifiedDateTime486	}487	if o.InformationUrl == nil {488		if o.isExplicitNullInformationUrl {489			toSerialize["informationUrl"] = o.InformationUrl490		}491	} else {492		toSerialize["informationUrl"] = o.InformationUrl493	}494	if o.PrivacyInformationUrl == nil {495		if o.isExplicitNullPrivacyInformationUrl {496			toSerialize["privacyInformationUrl"] = o.PrivacyInformationUrl497		}498	} else {499		toSerialize["privacyInformationUrl"] = o.PrivacyInformationUrl500	}501	if o.Assignments != nil {502		toSerialize["assignments"] = o.Assignments503	}504	if o.InstallSummary == nil {505		if o.isExplicitNullInstallSummary {506			toSerialize["installSummary"] = o.InstallSummary507		}508	} else {509		toSerialize["installSummary"] = o.InstallSummary510	}511	if o.DeviceStates != nil {512		toSerialize["deviceStates"] = o.DeviceStates513	}514	if o.UserStateSummary != nil {515		toSerialize["userStateSummary"] = o.UserStateSummary516	}517	return json.Marshal(toSerialize)518}...

proc.go

Source:proc.go

...148				}149				return false150			})151	}152	data := item.p.Serialize()153	sig := hash.Hash(data)154	log.Logf(2, "added new input for %v to corpus:\n%s", logCallName, data)155	proc.fuzzer.sendInputToManager(rpctype.RPCInput{156		Call:   callName,157		Prog:   data,158		Signal: inputSignal.Serialize(),159		Cover:  inputCover.Serialize(),160	})161	proc.fuzzer.addInputToCorpus(item.p, inputSignal, sig)162	if item.flags&ProgSmashed == 0 {163		proc.fuzzer.workQueue.enqueue(&WorkSmash{item.p, item.call})164	}165}166func reexecutionSuccess(info *ipc.ProgInfo, oldInfo *ipc.CallInfo, call int) bool {167	if info == nil || len(info.Calls) == 0 {168		return false169	}170	if call != -1 {171		// Don't minimize calls from successful to unsuccessful.172		// Successful calls are much more valuable.173		if oldInfo.Errno == 0 && info.Calls[call].Errno != 0 {174			return false175		}176		return len(info.Calls[call].Signal) != 0177	}178	return len(info.Extra.Signal) != 0179}180func getSignalAndCover(p *prog.Prog, info *ipc.ProgInfo, call int) (signal.Signal, []uint32) {181	inf := &info.Extra182	if call != -1 {183		inf = &info.Calls[call]184	}185	return signal.FromRaw(inf.Signal, signalPrio(p, inf, call)), inf.Cover186}187func (proc *Proc) smashInput(item *WorkSmash) {188	if proc.fuzzer.faultInjectionEnabled && item.call != -1 {189		proc.failCall(item.p, item.call)190	}191	if proc.fuzzer.comparisonTracingEnabled && item.call != -1 {192		proc.executeHintSeed(item.p, item.call)193	}194	fuzzerSnapshot := proc.fuzzer.snapshot()195	for i := 0; i < 100; i++ {196		p := item.p.Clone()197		p.Mutate(proc.rnd, prog.RecommendedCalls, proc.fuzzer.choiceTable, fuzzerSnapshot.corpus)198		log.Logf(1, "#%v: smash mutated", proc.pid)199		proc.execute(proc.execOpts, p, ProgNormal, StatSmash)200	}201}202func (proc *Proc) failCall(p *prog.Prog, call int) {203	for nth := 0; nth < 100; nth++ {204		log.Logf(1, "#%v: injecting fault into call %v/%v", proc.pid, call, nth)205		opts := *proc.execOpts206		opts.Flags |= ipc.FlagInjectFault207		opts.FaultCall = call208		opts.FaultNth = nth209		info := proc.executeRaw(&opts, p, StatSmash)210		if info != nil && len(info.Calls) > call && info.Calls[call].Flags&ipc.CallFaultInjected == 0 {211			break212		}213	}214}215func (proc *Proc) executeHintSeed(p *prog.Prog, call int) {216	log.Logf(1, "#%v: collecting comparisons", proc.pid)217	// First execute the original program to dump comparisons from KCOV.218	info := proc.execute(proc.execOptsComps, p, ProgNormal, StatSeed)219	if info == nil {220		return221	}222	// Then mutate the initial program for every match between223	// a syscall argument and a comparison operand.224	// Execute each of such mutants to check if it gives new coverage.225	p.MutateWithHints(call, info.Calls[call].Comps, func(p *prog.Prog) {226		log.Logf(1, "#%v: executing comparison hint", proc.pid)227		proc.execute(proc.execOpts, p, ProgNormal, StatHint)228	})229}230func (proc *Proc) execute(execOpts *ipc.ExecOpts, p *prog.Prog, flags ProgTypes, stat Stat) *ipc.ProgInfo {231	info := proc.executeRaw(execOpts, p, stat)232	if info == nil {233		return nil234	}235	236	calls, extra := proc.fuzzer.checkNewSignal(p, info)237	for _, callIndex := range calls {238		proc.enqueueCallTriage(p, flags, callIndex, info.Calls[callIndex])239	}240	if extra {241		proc.enqueueCallTriage(p, flags, -1, info.Extra)242	}243	if len(info.Hooks.Signal) > 0 {244		// Add it to the corpus245		data := p.Serialize()246		sig := hash.Hash(data)247		log.Logf(2, "added new input (%d) for %v to corpus:\n%s", len(info.Hooks.Signal), "hook", data)248		inputSignal := signal.FromRaw(info.Hooks.Signal, 0)249		proc.fuzzer.sendInputToManager(rpctype.RPCInput{250			Call:   ".hook",251			Prog:   data,252			Signal: inputSignal.Serialize(),253			Cover:  info.Hooks.Signal,254		})255		proc.fuzzer.addInputToCorpus(p, inputSignal, sig)256	}257	return info258}259func (proc *Proc) enqueueCallTriage(p *prog.Prog, flags ProgTypes, callIndex int, info ipc.CallInfo) {260	// info.Signal points to the output shmem region, detach it before queueing.261	info.Signal = append([]uint32{}, info.Signal...)262	// None of the caller use Cover, so just nil it instead of detaching.263	// Note: triage input uses executeRaw to get coverage.264	info.Cover = nil265	proc.fuzzer.workQueue.enqueue(&WorkTriage{266		p:     p.Clone(),267		call:  callIndex,268		info:  info,269		flags: flags,270	})271}272func (proc *Proc) executeRaw(opts *ipc.ExecOpts, p *prog.Prog, stat Stat) *ipc.ProgInfo {273	if opts.Flags&ipc.FlagDedupCover == 0 {274		log.Fatalf("dedup cover is not enabled")275	}276	for _, call := range p.Calls {277		if !proc.fuzzer.choiceTable.Enabled(call.Meta.ID) {278			panic(fmt.Sprintf("executing disabled syscall %v", call.Meta.Name))279		}280	}281	// Limit concurrency window and do leak checking once in a while.282	ticket := proc.fuzzer.gate.Enter()283	defer proc.fuzzer.gate.Leave(ticket)284	proc.logProgram(opts, p)285	for try := 0; ; try++ {286		atomic.AddUint64(&proc.fuzzer.stats[stat], 1)287		output, info, hanged, err := proc.env.Exec(opts, p)288		if err != nil {289			if try > 10 {290				log.Logf(0, "executor %v failed %v times:\n%v", proc.pid, try, err)291				break292			}293			log.Logf(4, "fuzzer detected executor failure='%v', retrying #%d", err, try+1)294			debug.FreeOSMemory()295			time.Sleep(time.Second)296			continue297		}298		log.Logf(2, "result hanged=%v: %s", hanged, output)299		return info300	}301	return nil302}303func (proc *Proc) logProgram(opts *ipc.ExecOpts, p *prog.Prog) {304	if proc.fuzzer.outputType == OutputNone {305		return306	}307	data := p.Serialize()308	strOpts := ""309	if opts.Flags&ipc.FlagInjectFault != 0 {310		strOpts = fmt.Sprintf(" (fault-call:%v fault-nth:%v)", opts.FaultCall, opts.FaultNth)311	}312	// The following output helps to understand what program crashed kernel.313	// It must not be intermixed.314	switch proc.fuzzer.outputType {315	case OutputStdout:316		now := time.Now()317		proc.fuzzer.logMu.Lock()318		fmt.Printf("%02v:%02v:%02v executing program %v%v:\n%s\n",319			now.Hour(), now.Minute(), now.Second(),320			proc.pid, strOpts, data)321		proc.fuzzer.logMu.Unlock()...

webgame_serializer.go

Source:webgame_serializer.go

1package serializers2import (3	"spyc_backend/app/models"4)5// WebGameSerializer ...6type WebGameSerializer struct {7	ID           string      `json:"id"`8	Name         string      `json:"name"`9	CoverPicture interface{} `json:"cover_picture"`10	Thumbnail    interface{} `json:"thumbnail"`11	Type         string      `json:"type"`12	NameURL      string      `json:"url_name"`13	//Description  string `json:"description"`14	Description interface{} `json:"description"`15	// Lang is the request language16	Lang string `json:"lang"`17}18// WebGamesSerializer ...19type WebGamesSerializer struct {20	WebGames interface{} `json:"webgames"`21	Lang     string      `json:"-"`22}23// Cast ...24func (s WebGameSerializer) Cast(data interface{}) Serializer {25	serializer := new(WebGameSerializer)26	if model, ok := data.(models.WebGame); ok {27		serializer.ID = model.GetID().Hex()28		serializer.Name = model.Name29		serializer.Type = model.Type30		serializer.NameURL = model.NameURL31		serializer.Description = InternationalizeSerializer{}.Get(model.Description, s.Lang)32		serializer.CoverPicture = Serialize(model.Attachment, AttachmentSerializer{33			Parent: model.GetDocumentName(), ParentID: model.GetID().Hex(), Field: "attachment", VerifyURL: true,34		})35		serializer.Thumbnail = Serialize(model.Thumbnail, AttachmentSerializer{36			Parent: model.GetDocumentName(), ParentID: model.GetID().Hex(), Field: "thumbnail", VerifyURL: true,37		})38	}39	return serializer40}41// Cast ...42func (s WebGamesSerializer) Cast(data interface{}) Serializer {43	serializer := new(WebGamesSerializer)44	if model, ok := data.(models.WebGames); ok {45		serializer.WebGames = Serialize(model.WebGames, WebGameSerializer{Lang: s.Lang})46	}47	return serializer48}...

Serialize

Using AI Code Generation

1import "fmt"2type Cover struct {3}4func (c *Cover) Serialize() string {5    return fmt.Sprintf("%s,%s,%s,%v", c.Title, c.Author, c.Description, c.Price)6}7func main() {8    c := Cover{"Go Programming", "M. Vishwas", "Go Programming", 250.00}9    fmt.Println(c.Serialize())10}11import "fmt"12type Cover struct {13}14func (c *Cover) serialize() string {15    return fmt.Sprintf("%s,%s,%s,%v", c.Title, c.Author, c.Description, c.Price)16}17func main() {18    c := Cover{"Go Programming", "M. Vishwas", "Go Programming", 250.00}19    fmt.Println(c.serialize())20}21./3.go:13:7: c.serialize undefined (type Cover has no field or method serialize)22import "fmt"23type Cover struct {24}25func (c *Cover) Serialize() string {26    return fmt.Sprintf("%s,%s,%s,%v", c.Title, c.Author, c.Description, c.Price)27}28func main() {29    c := Cover{"Go Programming", "M. Vishwas", "Go Programming", 250.00}30    fmt.Println(c.Serialize())31}32import "fmt"

Serialize

Using AI Code Generation

1import (2func main() {3	cover := serialize.Cover{}4	cover.Serialize()5}6import (7type Base struct {8}9func (b *Base) Serialize() {10	fmt.Println("Serialize method of base class")11}12type Cover struct {13}14func main() {15	cover := Cover{}16	cover.Serialize()17}

Serialize

Using AI Code Generation

1import (2func main() {3	coverObject := cover.Cover{}4	fmt.Println(coverObject.Serialize())5}6import (7func main() {8	coverObject := cover.Cover{}9	fmt.Println(coverObject.Serialize())10}

Serialize

Using AI Code Generation

1public class Serialize {2    public static void main(String[] args) {3        Cover cover = new Cover();4        cover.setCoverName("Cover1");5        cover.setCoverType("Type1");6        cover.setCoverPrice(100);7        cover.setCoverId(1);8        try {9            FileOutputStream fileOut = new FileOutputStream("cover.ser");10            ObjectOutputStream out = new ObjectOutputStream(fileOut);11            out.writeObject(cover);12            out.close();13            fileOut.close();14            System.out.printf("Serialized data is saved in cover.ser");15        } catch (IOException i) {16            i.printStackTrace();17        }18    }19}20public class Deserialize {21    public static void main(String[] args) {22        Cover cover = null;23        try {24            FileInputStream fileIn = new FileInputStream("cover.ser");25            ObjectInputStream in = new ObjectInputStream(fileIn);26            cover = (Cover) in.readObject();27            in.close();28            fileIn.close();29        } catch (IOException i) {30            i.printStackTrace();31            return;32        } catch (ClassNotFoundException c) {33            System.out.println("Cover class not found");34            c.printStackTrace();35            return;36        }37        System.out.println("Deserializ

Serialize

Using AI Code Generation

1import (2func main() {3 c := cover.New(1, 2, 3)4 c.Serialize()5}6Cover{1, 2, 3}7Cover{1, 2, 3}

Serialize

Using AI Code Generation

1import (2func main() {3	cover := cover.Cover{4	}5	cover.Serialize()6	fmt.Println(cover)7}8import (9func main() {10	cover := cover.Cover{11	}12	cover.Serialize()13	cover.Unserialize()14	fmt.Println(cover)15}16import (17type Cover struct {18}19func (cover *Cover) Serialize() {20	cover := cover.Cover{

Serialize

Using AI Code Generation

1import (2type Cover struct {3}4func (c Cover) Area() float64 {5}6func (c Cover) Serialize() string {7	return fmt.Sprintf("%v,%v", c.length, c.width)8}9func (c Cover) Reflect() string {10	return fmt.Sprintf("%v,%v", reflect.TypeOf(c.length), reflect.TypeOf(c.width))11}12func (c Cover) String() string {13	return fmt.Sprintf("Cover with length of %v and width of %v", c.length, c.width)14}15func (c Cover) Deserilize(data string) Cover {16	fmt.Sscanf(data, "%f,%f", &c.length, &c.width)17}18func main() {19	c := Cover{10.0, 20.0}20	fmt.Println(c.Area())21	fmt.Println(c.Serialize())22	fmt.Println(c.Reflect())23	c2 := Cover{10.0, 20.0}24	fmt.Println(c2.Area())25	fmt.Println(c2.Serialize())26	fmt.Println(c2.Reflect())27	c3 := c2.Deserilize("30,40")28	fmt.Println(c3.Area())29	fmt.Println(c3.Serialize())30	fmt.Println(c3.Reflect())31}32import (33type Cover struct {34}35func (c *Cover) Area() float64 {36}37func (c *Cover) Serialize() string {38	return fmt.Sprintf("%v,%v", c.length, c

Serialize

Using AI Code Generation

1cover, err := cover.Serialize(coverId)2if err != nil {3}4cover, err := cover.Deserialize(coverId)5if err != nil {6}7cover, err := cover.GetCover(coverId)8if err != nil {9}10cover, err := cover.GetCovers(coverIds)11if err != nil {12}13cover, err := cover.GetCoverBy(coverId)14if err != nil {15}16cover, err := cover.GetCoversBy(coverIds)17if err != nil {18}19cover, err := cover.GetCoverWhere(coverId)20if err != nil {21}22cover, err := cover.GetCoversWhere(coverIds)

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