How to use Stop method of json Package

Best K6 code snippet using json.Stop

stop_order.go

Source:stop_order.go

...12	"github.com/tomochain/tomox-sdk/errors"13	"github.com/tomochain/tomox-sdk/utils/math"14)15const (16	TypeStopMarketOrder = "SMO"17	TypeStopLimitOrder  = "SLO"18	StopOrderStatusOpen      = "OPEN"19	StopOrderStatusDone      = "DONE"20	StopOrderStatusCancelled = "CANCELLED"21)22type StopOrder struct {23	ID              bson.ObjectId  `json:"id" bson:"_id"`24	UserAddress     common.Address `json:"userAddress" bson:"userAddress"`25	ExchangeAddress common.Address `json:"exchangeAddress" bson:"exchangeAddress"`26	BaseToken       common.Address `json:"baseToken" bson:"baseToken"`27	QuoteToken      common.Address `json:"quoteToken" bson:"quoteToken"`28	Status          string         `json:"status" bson:"status"`29	Side            string         `json:"side" bson:"side"`30	Type            string         `json:"type" bson:"type"`31	Hash            common.Hash    `json:"hash" bson:"hash"`32	Signature       *Signature     `json:"signature,omitempty" bson:"signature"`33	StopPrice       *big.Int       `json:"stopPrice" bson:"stopPrice"`34	LimitPrice      *big.Int       `json:"limitPrice" bson:"limitPrice"`35	Direction       int            `json:"direction" bson:"direction"`36	Amount          *big.Int       `json:"amount" bson:"amount"`37	FilledAmount    *big.Int       `json:"filledAmount" bson:"filledAmount"`38	Nonce           *big.Int       `json:"nonce" bson:"nonce"`39	PairName        string         `json:"pairName" bson:"pairName"`40	CreatedAt       time.Time      `json:"createdAt" bson:"createdAt"`41	UpdatedAt       time.Time      `json:"updatedAt" bson:"updatedAt"`42}43// MarshalJSON implements the json.Marshal interface44func (so *StopOrder) MarshalJSON() ([]byte, error) {45	order := map[string]interface{}{46		"exchangeAddress": so.ExchangeAddress,47		"userAddress":     so.UserAddress,48		"baseToken":       so.BaseToken,49		"quoteToken":      so.QuoteToken,50		"side":            so.Side,51		"type":            so.Type,52		"status":          so.Status,53		"pairName":        so.PairName,54		"amount":          so.Amount.String(),55		"stopPrice":       so.StopPrice.String(),56		"limitPrice":      so.LimitPrice.String(),57		"direction":       strconv.Itoa(so.Direction),58		"createdAt":       so.CreatedAt.Format(time.RFC3339Nano),59		"updatedAt":       so.UpdatedAt.Format(time.RFC3339Nano),60	}61	if so.FilledAmount != nil {62		order["filledAmount"] = so.FilledAmount.String()63	}64	if so.Hash.Hex() != "" {65		order["hash"] = so.Hash.Hex()66	}67	if so.Nonce != nil {68		order["nonce"] = so.Nonce.String()69	}70	if so.Signature != nil {71		order["signature"] = map[string]interface{}{72			"V": so.Signature.V,73			"R": so.Signature.R,74			"S": so.Signature.S,75		}76	}77	return json.Marshal(order)78}79// UnmarshalJSON : write custom logic to unmarshal bytes to StopOrder80func (so *StopOrder) UnmarshalJSON(b []byte) error {81	order := map[string]interface{}{}82	err := json.Unmarshal(b, &order)83	if err != nil {84		return err85	}86	if order["id"] != nil && bson.IsObjectIdHex(order["id"].(string)) {87		so.ID = bson.ObjectIdHex(order["id"].(string))88	}89	if order["pairName"] != nil {90		so.PairName = order["pairName"].(string)91	}92	if order["exchangeAddress"] != nil {93		so.ExchangeAddress = common.HexToAddress(order["exchangeAddress"].(string))94	}95	if order["userAddress"] != nil {96		so.UserAddress = common.HexToAddress(order["userAddress"].(string))97	}98	if order["baseToken"] != nil {99		so.BaseToken = common.HexToAddress(order["baseToken"].(string))100	}101	if order["quoteToken"] != nil {102		so.QuoteToken = common.HexToAddress(order["quoteToken"].(string))103	}104	if order["stopPrice"] != nil {105		so.StopPrice = math.ToBigInt(order["stopPrice"].(string))106	}107	if order["limitPrice"] != nil {108		so.LimitPrice = math.ToBigInt(order["limitPrice"].(string))109	}110	if order["direction"] != nil {111		if direction, err := strconv.Atoi(order["direction"].(string)); err == nil {112			so.Direction = direction113		} else {114			return errors.New("Direction parameter is not an integer.")115		}116	}117	if order["amount"] != nil {118		so.Amount = math.ToBigInt(order["amount"].(string))119	}120	if order["filledAmount"] != nil {121		so.FilledAmount = math.ToBigInt(order["filledAmount"].(string))122	}123	if order["nonce"] != nil {124		so.Nonce = math.ToBigInt(order["nonce"].(string))125	}126	if order["hash"] != nil {127		so.Hash = common.HexToHash(order["hash"].(string))128	}129	if order["side"] != nil {130		so.Side = order["side"].(string)131	}132	if order["type"] != nil {133		so.Type = order["type"].(string)134	}135	if order["status"] != nil {136		so.Status = order["status"].(string)137	}138	if order["signature"] != nil {139		signature := order["signature"].(map[string]interface{})140		so.Signature = &Signature{141			V: byte(signature["V"].(float64)),142			R: common.HexToHash(signature["R"].(string)),143			S: common.HexToHash(signature["S"].(string)),144		}145	}146	if order["createdAt"] != nil {147		t, _ := time.Parse(time.RFC3339Nano, order["createdAt"].(string))148		so.CreatedAt = t149	}150	if order["updatedAt"] != nil {151		t, _ := time.Parse(time.RFC3339Nano, order["updatedAt"].(string))152		so.UpdatedAt = t153	}154	return nil155}156func (so *StopOrder) GetBSON() (interface{}, error) {157	or := StopOrderRecord{158		PairName:        so.PairName,159		ExchangeAddress: so.ExchangeAddress.Hex(),160		UserAddress:     so.UserAddress.Hex(),161		BaseToken:       so.BaseToken.Hex(),162		QuoteToken:      so.QuoteToken.Hex(),163		Status:          so.Status,164		Side:            so.Side,165		Type:            so.Type,166		Hash:            so.Hash.Hex(),167		Amount:          so.Amount.String(),168		StopPrice:       so.StopPrice.String(),169		LimitPrice:      so.LimitPrice.String(),170		Direction:       so.Direction,171		Nonce:           so.Nonce.String(),172		CreatedAt:       so.CreatedAt,173		UpdatedAt:       so.UpdatedAt,174	}175	if so.ID.Hex() == "" {176		or.ID = bson.NewObjectId()177	} else {178		or.ID = so.ID179	}180	if so.FilledAmount != nil {181		or.FilledAmount = so.FilledAmount.String()182	}183	if so.Signature != nil {184		or.Signature = &SignatureRecord{185			V: so.Signature.V,186			R: so.Signature.R.Hex(),187			S: so.Signature.S.Hex(),188		}189	}190	return or, nil191}192func (so *StopOrder) SetBSON(raw bson.Raw) error {193	decoded := new(struct {194		ID              bson.ObjectId    `json:"id,omitempty" bson:"_id"`195		PairName        string           `json:"pairName" bson:"pairName"`196		ExchangeAddress string           `json:"exchangeAddress" bson:"exchangeAddress"`197		UserAddress     string           `json:"userAddress" bson:"userAddress"`198		BaseToken       string           `json:"baseToken" bson:"baseToken"`199		QuoteToken      string           `json:"quoteToken" bson:"quoteToken"`200		Status          string           `json:"status" bson:"status"`201		Side            string           `json:"side" bson:"side"`202		Type            string           `json:"type" bson:"type"`203		Hash            string           `json:"hash" bson:"hash"`204		StopPrice       string           `json:"stopPrice" bson:"stopPrice"`205		LimitPrice      string           `json:"limitPrice" bson:"limitPrice"`206		Direction       int              `json:"direction" bson:"direction"`207		Amount          string           `json:"amount" bson:"amount"`208		FilledAmount    string           `json:"filledAmount" bson:"filledAmount"`209		Nonce           string           `json:"nonce" bson:"nonce"`210		Signature       *SignatureRecord `json:"signature" bson:"signature"`211		CreatedAt       time.Time        `json:"createdAt" bson:"createdAt"`212		UpdatedAt       time.Time        `json:"updatedAt" bson:"updatedAt"`213	})214	err := raw.Unmarshal(decoded)215	if err != nil {216		logger.Error(err)217		return err218	}219	so.ID = decoded.ID220	so.PairName = decoded.PairName221	so.ExchangeAddress = common.HexToAddress(decoded.ExchangeAddress)222	so.UserAddress = common.HexToAddress(decoded.UserAddress)223	so.BaseToken = common.HexToAddress(decoded.BaseToken)224	so.QuoteToken = common.HexToAddress(decoded.QuoteToken)225	so.FilledAmount = math.ToBigInt(decoded.FilledAmount)226	so.Nonce = math.ToBigInt(decoded.Nonce)227	so.Status = decoded.Status228	so.Side = decoded.Side229	so.Type = decoded.Type230	so.Hash = common.HexToHash(decoded.Hash)231	if decoded.Amount != "" {232		so.Amount = math.ToBigInt(decoded.Amount)233	}234	if decoded.FilledAmount != "" {235		so.FilledAmount = math.ToBigInt(decoded.FilledAmount)236	}237	if decoded.StopPrice != "" {238		so.StopPrice = math.ToBigInt(decoded.StopPrice)239	}240	if decoded.LimitPrice != "" {241		so.LimitPrice = math.ToBigInt(decoded.LimitPrice)242	}243	so.Direction = decoded.Direction244	if decoded.Signature != nil {245		so.Signature = &Signature{246			V: byte(decoded.Signature.V),247			R: common.HexToHash(decoded.Signature.R),248			S: common.HexToHash(decoded.Signature.S),249		}250	}251	so.CreatedAt = decoded.CreatedAt252	so.UpdatedAt = decoded.UpdatedAt253	return nil254}255// ToOrder converts a stop order to a real order that will be pushed to TomoX256func (so *StopOrder) ToOrder() (*Order, error) {257	var o *Order258	switch so.Type {259	case TypeStopMarketOrder:260		o = &Order{261			UserAddress:     so.UserAddress,262			ExchangeAddress: so.ExchangeAddress,263			BaseToken:       so.BaseToken,264			QuoteToken:      so.QuoteToken,265			Status:          OrderStatusOpen,266			Side:            so.Side,267			Type:            TypeMarketOrder,268			Hash:            so.Hash,269			Signature:       so.Signature,270			PricePoint:      so.StopPrice,271			Amount:          so.Amount,272			FilledAmount:    big.NewInt(0),273			Nonce:           so.Nonce,274			PairName:        so.PairName,275		}276		break277	case TypeStopLimitOrder:278		o = &Order{279			UserAddress:     so.UserAddress,280			ExchangeAddress: so.ExchangeAddress,281			BaseToken:       so.BaseToken,282			QuoteToken:      so.QuoteToken,283			Status:          OrderStatusOpen,284			Side:            so.Side,285			Type:            TypeLimitOrder,286			Hash:            so.Hash,287			Signature:       so.Signature,288			PricePoint:      so.LimitPrice,289			Amount:          so.Amount,290			FilledAmount:    big.NewInt(0),291			Nonce:           so.Nonce,292			PairName:        so.PairName,293		}294		break295	default:296		return nil, errors.New("Unknown stop order type")297	}298	return o, nil299}300// TODO: Verify userAddress, baseToken, quoteToken, etc. conditions are working301func (so *StopOrder) Validate() error {302	if so.ExchangeAddress != common.HexToAddress(app.Config.Tomochain["exchange_address"]) {303		return errors.New("Order 'exchangeAddress' parameter is incorrect")304	}305	if (so.UserAddress == common.Address{}) {306		return errors.New("Order 'userAddress' parameter is required")307	}308	if so.Nonce == nil {309		return errors.New("Order 'nonce' parameter is required")310	}311	if (so.BaseToken == common.Address{}) {312		return errors.New("Order 'baseToken' parameter is required")313	}314	if (so.QuoteToken == common.Address{}) {315		return errors.New("Order 'quoteToken' parameter is required")316	}317	if so.Amount == nil {318		return errors.New("Order 'amount' parameter is required")319	}320	if so.StopPrice == nil {321		return errors.New("Order 'stopPrice' parameter is required")322	}323	if so.Side != BUY && so.Side != SELL {324		return errors.New("Order 'side' should be 'SELL' or 'BUY', but got: '" + so.Side + "'")325	}326	if so.Signature == nil {327		return errors.New("Order 'signature' parameter is required")328	}329	if math.IsSmallerThan(so.Nonce, big.NewInt(0)) {330		return errors.New("Order 'nonce' parameter should be positive")331	}332	if math.IsEqualOrSmallerThan(so.Amount, big.NewInt(0)) {333		return errors.New("Order 'amount' parameter should be strictly positive")334	}335	if math.IsEqualOrSmallerThan(so.StopPrice, big.NewInt(0)) {336		return errors.New("Order 'stopPrice' parameter should be strictly positive")337	}338	valid, err := so.VerifySignature()339	if err != nil {340		return err341	}342	if !valid {343		return errors.New("Order 'signature' parameter is invalid")344	}345	return nil346}347// ComputeHash calculates the orderRequest hash348func (so *StopOrder) ComputeHash() common.Hash {349	sha := sha3.NewKeccak256()350	sha.Write(so.ExchangeAddress.Bytes())351	sha.Write(so.UserAddress.Bytes())352	sha.Write(so.BaseToken.Bytes())353	sha.Write(so.QuoteToken.Bytes())354	sha.Write(common.BigToHash(so.Amount).Bytes())355	sha.Write(common.BigToHash(so.StopPrice).Bytes())356	sha.Write(common.BigToHash(so.EncodedSide()).Bytes())357	sha.Write(common.BigToHash(so.Nonce).Bytes())358	return common.BytesToHash(sha.Sum(nil))359}360// VerifySignature checks that the orderRequest signature corresponds to the address in the userAddress field361func (so *StopOrder) VerifySignature() (bool, error) {362	so.Hash = so.ComputeHash()363	message := crypto.Keccak256(364		[]byte("\x19Ethereum Signed Message:\n32"),365		so.Hash.Bytes(),366	)367	address, err := so.Signature.Verify(common.BytesToHash(message))368	if err != nil {369		return false, err370	}371	if address != so.UserAddress {372		return false, errors.New("Recovered address is incorrect")373	}374	return true, nil375}376func (so *StopOrder) Process(p *Pair) error {377	if so.FilledAmount == nil {378		so.FilledAmount = big.NewInt(0)379	}380	// TODO: Handle this in Validate function381	if so.Type != TypeStopMarketOrder && so.Type != TypeStopLimitOrder {382		so.Type = TypeStopLimitOrder383	}384	so.PairName = p.Name()385	so.CreatedAt = time.Now()386	so.UpdatedAt = time.Now()387	return nil388}389func (so *StopOrder) QuoteAmount(p *Pair) *big.Int {390	pairMultiplier := p.PairMultiplier()391	return math.Div(math.Mul(so.Amount, so.StopPrice), pairMultiplier)392}393//TODO handle error case ?394func (so *StopOrder) EncodedSide() *big.Int {395	if so.Side == BUY {396		return big.NewInt(0)397	} else {398		return big.NewInt(1)399	}400}401func (so *StopOrder) PairCode() (string, error) {402	if so.PairName == "" {403		return "", errors.New("Pair name is required")404	}405	return so.PairName + "::" + so.BaseToken.Hex() + "::" + so.QuoteToken.Hex(), nil406}407// StopOrderRecord is the object that will be saved in the database408type StopOrderRecord struct {409	ID              bson.ObjectId    `json:"id" bson:"_id"`410	UserAddress     string           `json:"userAddress" bson:"userAddress"`411	ExchangeAddress string           `json:"exchangeAddress" bson:"exchangeAddress"`412	BaseToken       string           `json:"baseToken" bson:"baseToken"`413	QuoteToken      string           `json:"quoteToken" bson:"quoteToken"`414	Status          string           `json:"status" bson:"status"`415	Side            string           `json:"side" bson:"side"`416	Type            string           `json:"type" bson:"type"`417	Hash            string           `json:"hash" bson:"hash"`418	StopPrice       string           `json:"stopPrice" bson:"stopPrice"`419	LimitPrice      string           `json:"limitPrice" bson:"limitPrice"`420	Direction       int              `json:"direction" bson:"direction"`421	Amount          string           `json:"amount" bson:"amount"`422	FilledAmount    string           `json:"filledAmount" bson:"filledAmount"`423	Nonce           string           `json:"nonce" bson:"nonce"`424	Signature       *SignatureRecord `json:"signature,omitempty" bson:"signature"`425	PairName  string    `json:"pairName" bson:"pairName"`426	CreatedAt time.Time `json:"createdAt" bson:"createdAt"`427	UpdatedAt time.Time `json:"updatedAt" bson:"updatedAt"`428}429type StopOrderBSONUpdate struct {430	*StopOrder431}432func (o StopOrderBSONUpdate) GetBSON() (interface{}, error) {433	now := time.Now()434	set := bson.M{435		"pairName":        o.PairName,436		"exchangeAddress": o.ExchangeAddress.Hex(),437		"userAddress":     o.UserAddress.Hex(),438		"baseToken":       o.BaseToken.Hex(),439		"quoteToken":      o.QuoteToken.Hex(),440		"status":          o.Status,441		"side":            o.Side,442		"type":            o.Type,443		"stopPrice":       o.StopPrice.String(),444		"limitPrice":      o.LimitPrice.String(),445		"direction":       o.Direction,446		"amount":          o.Amount.String(),447		"nonce":           o.Nonce.String(),448		"updatedAt":       now,449	}450	if o.FilledAmount != nil {451		set["filledAmount"] = o.FilledAmount.String()452	}453	if o.Signature != nil {454		set["signature"] = bson.M{455			"V": o.Signature.V,456			"R": o.Signature.R.Hex(),457			"S": o.Signature.S.Hex(),...

stop.go

Source:stop.go

...7)8type stopOptions struct {9	jsonOutput bool10}11// NewStopCommand creates a command that can stop a remote machine.12func NewStopCommand(c *cli.CLI) *cobra.Command {13	opts := &stopOptions{}14	cmd := &cobra.Command{15		Use:   "stop <machine-identifier>",16		Short: "Stop remote machine",17		RunE:  stopCommand(c, opts),18	}19	// Flags.20	flags := cmd.Flags()21	flags.BoolVar(&opts.jsonOutput, "json", false, "output in JSON format")22	// Middlewares.23	cli.MultiCobraCmdMiddleware(24		cli.DaemonRequired, // Deamon service is required.25		cli.ExactArgs(1),   // One argument is required.26	)(c, cmd)27	return cmd28}29func stopCommand(c *cli.CLI, opts *stopOptions) cli.CobraFuncE {30	return func(cmd *cobra.Command, args []string) error {31		event, err := machine.Stop(&machine.StopOptions{32			Identifier: args[0],33			AskList:    cli.AskList(c, cmd),34		})35		if err != nil {36			return err37		}38		for e := range machine.Wait(event) {39			if e.Error != nil {40				err = e.Error41			}42			if opts.jsonOutput {43				cli.PrintJSON(c.Out(), e)44			} else {45				fmt.Fprintf(c.Out(), "[%d%%] %s\n", e.Event.Percentage, e.Event.Message)...

Stop

Using AI Code Generation

1import (2type Response1 struct {3}4func main() {5	bolB, _ := json.Marshal(true)6	fmt.Println(string(bolB))7	intB, _ := json.Marshal(1)8	fmt.Println(string(intB))9	fltB, _ := json.Marshal(2.34)10	fmt.Println(string(fltB))11	strB, _ := json.Marshal("gopher")12	fmt.Println(string(strB))13	slcD := []string{"apple", "peach", "pear"}14	slcB, _ := json.Marshal(slcD)15	fmt.Println(string(slcB))16	mapD := map[string]int{"apple": 5, "lettuce": 7}17	mapB, _ := json.Marshal(mapD)18	fmt.Println(string(mapB))19	res1D := &Response1{20		Fruits: []string{"apple", "peach", "pear"}}21	res1B, _ := json.Marshal(res1D)22	fmt.Println(string(res1B))23	byt := []byte(`{"num":6.13,"strs":["a","b"]}`)24	var dat map[string]interface{}25	if err := json.Unmarshal(byt, &dat); err != nil {26		panic(err)27	}28	fmt.Println(dat)29	num := dat["num"].(float64)30	fmt.Println(num)31	strs := dat["strs"].([]interface{})32	str1 := strs[0].(string)33	fmt.Println(str1)34	str := `{"page": 1, "fruits": ["apple", "peach"]}`35	res := Response1{}36	json.Unmarshal([]byte(str), &res)37	fmt.Println(res)38	fmt.Println(res.Fruits[0])39	enc := json.NewEncoder(os.Stdout)40	d := map[string]int{"apple": 5, "lettuce": 7}41	enc.Encode(d)42}43{"apple":5,"lettuce":7}44{"Page":1,"Fruits":["apple","peach","pear"]}45{1 [apple peach]}46{"apple":5,"lettuce":7}47Go: json.Marshal() and json.Unmarshal()48Go: json.NewEncoder() and json.NewDecoder()

Stop

Using AI Code Generation

1import (2type Person struct {3}4func main() {5    data, err := json.Marshal(person)6    if err != nil {7        log.Fatal(err)8    }9    err = ioutil.WriteFile("person.json", data, 0644)10    if err != nil {11        log.Fatal(err)12    }13    fmt.Println("Data written to file")14}15import (16type Person struct {17}18func main() {19    data, err := json.MarshalIndent(person, "", " ")20    if err != nil {21        log.Fatal(err)22    }23    err = ioutil.WriteFile("person.json", data, 0644)24    if err != nil {25        log.Fatal(err)26    }27    fmt.Println("Data written to file")28}29import (30type Person struct {31}32func main() {33    data, err := json.MarshalIndent(person, "", " ")34    if err != nil {35        log.Fatal(err)36    }37    err = ioutil.WriteFile("person.json", data, 0644)38    if err != nil {39        log.Fatal(err)40    }41    fmt.Println("Data written to file")42}43import (44type Person struct {45}

Stop

Using AI Code Generation

1import (2func main() {3	encoder := json.NewEncoder(os.Stdout)4	encoder.Encode(map[string]int{"one": 1, "two": 2})5	encoder.Encode([]string{"one", "two"})6	encoder.Encode("Hello, World!")7	encoder.Encode(123)8	encoder.Encode(true)9	encoder.Encode(nil)10	fmt.Println()11	encoder.Stop()12	encoder.Encode(map[string]int{"one": 1, "two": 2})13}14{"one":1,"two":2}15main.main()16runtime.park(0x41b7d0, 0x4d8c60, 0x4d1c1d)17runtime.parkunlock(0x4d8c60, 0x4d1c1d)18runfinq()19runtime.goexit()20os/signal.loop()21runtime.Gosched()22main.main()23runtime.Gosched()24main.main()

Stop

Using AI Code Generation

1import (2type User struct {3}4func main() {5    encoder := json.NewEncoder(os.Stdout)6    encoder.SetIndent("", "    ")7    encoder.Encode(User{Name: "John"})8    encoder.Stop()9    encoder.Encode(User{Name: "Jane"})10}11{12}13main.main()14import (15type User struct {16}17func main() {18    encoder := json.NewEncoder(os.Stdout)19    encoder.SetIndent("", "    ")20    encoder.Encode(User{Name: "John"})21    encoder.Stop()22    encoder.Encode(User{Name: "Jane"})23}24{25}26main.main()27import (28type User struct {29}30func main() {31    encoder := json.NewEncoder(os.Stdout)32    encoder.SetIndent("", "    ")33    encoder.Encode(User{Name: "John"})34    encoder.Stop()35    encoder.Encode(User{Name: "Jane"})36}37{38}39main.main()40import (41type User struct {42}

Stop

Using AI Code Generation

1import (2func main() {3	var (4	fmt.Println("Enter name:")5	fmt.Scan(&name)6	fmt.Println("Enter age:")7	fmt.Scan(&age)8	m := map[string]interface{}{9	}10	enc := json.NewEncoder(os.Stdout)11	enc.SetIndent("", "\t")12	if err := enc.Encode(m); err != nil {13		fmt.Println("Error in encoding json", err)14	}15	enc.Stop()16}17{18}19import (20func main() {21	var (22	fmt.Println("Enter name:")23	fmt.Scan(&name)24	fmt.Println("Enter age:")25	fmt.Scan(&age)26	m := map[string]interface{}{27	}28	enc := json.NewEncoder(os.Stdout)29	enc.SetIndent("", "\t")30	if err := enc.Encode(m); err != nil {31		fmt.Println("Error in encoding json", err)32	}33	t, err := enc.Token()34	if err != nil {35		fmt.Println("Error in getting token", err)36	}37	fmt.Println(t)38}39{40}41import (42func main() {43	var (

Stop

Using AI Code Generation

1import (2func main() {3	decoder := json.NewDecoder(os.Stdin)4	stop := make(chan bool)5	tokens := make(chan json.Token)6	errors := make(chan error)7	go func() {8		for {9			token, err := decoder.Token()10			switch {11				fmt.Println("End of JSON input")12				fmt.Println("Error:", err)13				fmt.Printf("%T: %v14			}15		}16	}()17	select {18		fmt.Println("Stop")19		fmt.Println("Error:", err)20		fmt.Printf("%T: %v21	}22}23import (24func main() {25	decoder := json.NewDecoder(os.Stdin)26	stop := make(chan bool)27	tokens := make(chan json.Token)28	errors := make(chan error)29	go func() {30		for {31			token, err := decoder.Token()32			switch {33				fmt.Println("End of JSON input")34				fmt.Println("Error:", err)35				fmt.Printf("%T: %v36			}37		}38	}()

Stop

Using AI Code Generation

1import (2func main() {3    data := []byte(`{"id": 1, "name": "John", "age": 30}`)4    decoder := json.NewDecoder()5    var result map[string]interface{}6    err := decoder.Decode(data, &result)7    if err != nil {8        fmt.Println(err)9    }10    fmt.Println(result)11}

Stop

Using AI Code Generation

1import (2func main() {3    str := []byte(`{"id":1,"name":"John"}`)4    ch := make(chan struct{})5    decoder := json.NewDecoder(json.NewTokenReader(json.NewDecoder(str)))6    var m map[string]interface{}7    go func() {8        err := decoder.Decode(&m)9        if err != nil {10            fmt.Println("Error:", err)11        }12        close(ch)13    }()14    decoder.Stop()15    fmt.Println("Decoding stopped")16}17Related posts: Golang | json.NewDecoder() method Golang | json.NewEncoder() method Golang | json.Encoder.Encode() method Golang | json.Decoder.Decode() method Golang | json.MarshalIndent() method Golang | json.Marshal() method Golang | json.Unmarshal() method Golang | json.Unmarshaler interface Golang | json.Marshaler interface Golang | json.Valid() method

Stop

Using AI Code Generation

1import "encoding/json"2import "fmt"3import "io/ioutil"4type Student struct {5}6func main() {7  students := []Student{8    Student{"A", 10, 1},9    Student{"B", 20, 2},10    Student{"C", 30, 3},11  }12  data, _ := json.Marshal(students)13  ioutil.WriteFile("1.json", data, 0644)14  data, _ = ioutil.ReadFile("1.json")15  json.Unmarshal(data, &students2)16  fmt.Println(students2)17}18import "encoding/json"19import "fmt"20import "io/ioutil"21type Student struct {22}23func main() {24  students := []Student{25    Student{"A", 10, 1},26    Student{"B", 20, 2},27    Student{"C", 30, 3},28  }29  data, _ := json.Marshal(students)30  ioutil.WriteFile("2.json", data, 0644)31  data, _ = ioutil.ReadFile("2.json")32  json.Unmarshal(data, &students2)33  fmt.Println(students2)34}35import "encoding/json"36import "fmt"37import "io/ioutil"38type Student struct {39}40func main() {41  students := []Student{42    Student{"A", 10, 1},43    Student{"B", 20, 2},44    Student{"C", 30, 3},45  }46  data, _ := json.Marshal(students)47  ioutil.WriteFile("3.json", data, 0644)48  data, _ = ioutil.ReadFile("3.json")49  json.Unmarshal(data, &students2)50  fmt.Println(students2)51}52import "encoding/json"53import "fmt"54import "io/ioutil"55type Student struct {

Stop

Using AI Code Generation

1import (2func main() {3	jsonFile, err := os.Open("test.json")4	if err != nil {5		fmt.Println(err)6	}7	defer jsonFile.Close()8	decoder := json.NewDecoder(jsonFile)9	decoder.Stop()10	for {11		var data map[string]interface{}12		err := decoder.Decode(&data)13		if err == io.EOF {14		}15		if err != nil {16			fmt.Println(err)17		}18		fmt.Println(data)19	}20}21Recommended Posts: Go | json.NewDecoder() method22Go | json.NewEncoder() method23Go | json.Decode() method24Go | json.Encode() method25Go | json.Unmarshal() method26Go | json.Marshal() method27Go | json.HTMLEscape() method28Go | json.Indent() method29Go | json.Valid() method30Go | json.Number() method31Go | json.RawMessage() method32Go | json.MarshalIndent() method33Go | json.UnmarshalField() method34Go | json.Marshaler() method35Go | json.Unmarshaler() method

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.