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How to use updateToxic method of main Package

Best Toxiproxy code snippet using main.updateToxic

cli.go

Source:cli.go

...156							Name:  "attribute, a",157							Usage: "toxic attribute in key=value format",158						},159					},160					Action: withToxi(updateToxic),161				},162				{163					Name:      "remove",164					Aliases:   []string{"r", "delete", "d"},165					Usage:     "remove an enabled toxic",166					ArgsUsage: "<proxyName>",167					Flags: []cli.Flag{168						cli.StringFlag{169							Name:  "toxicName, n",170							Usage: "name of the toxic",171						},172					},173					Action: withToxi(removeToxic),174				},175			},176		},177	}178	cli.HelpFlag = cli.BoolFlag{179		Name:  "help",180		Usage: "show help",181	}182	app.Flags = []cli.Flag{183		cli.StringFlag{184			Name:        "host, h",185			Value:       "http://localhost:8474",186			Usage:       "toxiproxy host to connect to",187			Destination: &hostname,188		},189	}190	isTTY = terminal.IsTerminal(int(os.Stdout.Fd()))191	app.Run(os.Args)192}193type toxiAction func(*cli.Context, *toxiproxy.Client) error194func withToxi(f toxiAction) func(*cli.Context) error {195	return func(c *cli.Context) error {196		toxiproxyClient := toxiproxy.NewClient(hostname)197		return f(c, toxiproxyClient)198	}199}200func list(c *cli.Context, t *toxiproxy.Client) error {201	proxies, err := t.Proxies()202	if err != nil {203		return errorf("Failed to retrieve proxies: %s", err)204	}205	var proxyNames []string206	for proxyName := range proxies {207		proxyNames = append(proxyNames, proxyName)208	}209	sort.Strings(proxyNames)210	if isTTY {211		fmt.Printf("%sName\t\t\t%sListen\t\t%sUpstream\t\t%sEnabled\t\t%sToxics\n%s", color(GREEN), color(BLUE),212			color(YELLOW), color(PURPLE), color(RED), color(NONE))213		fmt.Printf("%s======================================================================================\n", color(NONE))214		if len(proxyNames) == 0 {215			fmt.Printf("%sno proxies\n%s", color(RED), color(NONE))216			hint("create a proxy with `toxiproxy-cli create`")217			return nil218		}219	}220	for _, proxyName := range proxyNames {221		proxy := proxies[proxyName]222		numToxics := strconv.Itoa(len(proxy.ActiveToxics))223		if numToxics == "0" && isTTY {224			numToxics = "None"225		}226		printWidth(color(colorEnabled(proxy.Enabled)), proxy.Name, 3)227		printWidth(BLUE, proxy.Listen, 2)228		printWidth(YELLOW, proxy.Upstream, 3)229		printWidth(PURPLE, enabledText(proxy.Enabled), 2)230		fmt.Printf("%s%s%s\n", color(RED), numToxics, color(NONE))231	}232	hint("inspect toxics with `toxiproxy-cli inspect <proxyName>`")233	return nil234}235func inspectProxy(c *cli.Context, t *toxiproxy.Client) error {236	proxyName := c.Args().First()237	if proxyName == "" {238		cli.ShowSubcommandHelp(c)239		return errorf("Proxy name is required as the first argument.\n")240	}241	proxy, err := t.Proxy(proxyName)242	if err != nil {243		return errorf("Failed to retrieve proxy %s: %s\n", proxyName, err.Error())244	}245	if isTTY {246		fmt.Printf("%sName: %s%s\t", color(PURPLE), color(NONE), proxy.Name)247		fmt.Printf("%sListen: %s%s\t", color(BLUE), color(NONE), proxy.Listen)248		fmt.Printf("%sUpstream: %s%s\n", color(YELLOW), color(NONE), proxy.Upstream)249		fmt.Printf("%s======================================================================\n", color(NONE))250		splitToxics := func(toxics toxiproxy.Toxics) (toxiproxy.Toxics, toxiproxy.Toxics) {251			upstream := make(toxiproxy.Toxics, 0)252			downstream := make(toxiproxy.Toxics, 0)253			for _, toxic := range toxics {254				if toxic.Stream == "upstream" {255					upstream = append(upstream, toxic)256				} else {257					downstream = append(downstream, toxic)258				}259			}260			return upstream, downstream261		}262		if len(proxy.ActiveToxics) == 0 {263			fmt.Printf("%sProxy has no toxics enabled.\n%s", color(RED), color(NONE))264		} else {265			up, down := splitToxics(proxy.ActiveToxics)266			listToxics(up, "Upstream")267			fmt.Println()268			listToxics(down, "Downstream")269		}270		hint("add a toxic with `toxiproxy-cli toxic add`")271	} else {272		listToxics(proxy.ActiveToxics, "")273	}274	return nil275}276func toggleProxy(c *cli.Context, t *toxiproxy.Client) error {277	proxyName := c.Args().First()278	if proxyName == "" {279		cli.ShowSubcommandHelp(c)280		return errorf("Proxy name is required as the first argument.\n")281	}282	proxy, err := t.Proxy(proxyName)283	if err != nil {284		return errorf("Failed to retrieve proxy %s: %s\n", proxyName, err.Error())285	}286	proxy.Enabled = !proxy.Enabled287	err = proxy.Save()288	if err != nil {289		return errorf("Failed to toggle proxy %s: %s\n", proxyName, err.Error())290	}291	fmt.Printf("Proxy %s%s%s is now %s%s%s\n", colorEnabled(proxy.Enabled), proxyName, color(NONE), colorEnabled(proxy.Enabled), enabledText(proxy.Enabled), color(NONE))292	return nil293}294func createProxy(c *cli.Context, t *toxiproxy.Client) error {295	proxyName := c.Args().First()296	if proxyName == "" {297		cli.ShowSubcommandHelp(c)298		return errorf("Proxy name is required as the first argument.\n")299	}300	listen, err := getArgOrFail(c, "listen")301	if err != nil {302		return err303	}304	upstream, err := getArgOrFail(c, "upstream")305	if err != nil {306		return err307	}308	_, err = t.CreateProxy(proxyName, listen, upstream)309	if err != nil {310		return errorf("Failed to create proxy: %s\n", err.Error())311	}312	fmt.Printf("Created new proxy %s\n", proxyName)313	return nil314}315func deleteProxy(c *cli.Context, t *toxiproxy.Client) error {316	proxyName := c.Args().First()317	if proxyName == "" {318		cli.ShowSubcommandHelp(c)319		return errorf("Proxy name is required as the first argument.\n")320	}321	p, err := t.Proxy(proxyName)322	if err != nil {323		return errorf("Failed to retrieve proxy %s: %s\n", proxyName, err.Error())324	}325	err = p.Delete()326	if err != nil {327		return errorf("Failed to delete proxy: %s\n", err.Error())328	}329	fmt.Printf("Deleted proxy %s\n", proxyName)330	return nil331}332func parseToxicity(c *cli.Context, defaultToxicity float32) (float32, error) {333	var toxicity = defaultToxicity334	toxicityString := c.String("toxicity")335	if toxicityString != "" {336		tox, err := strconv.ParseFloat(toxicityString, 32)337		if err != nil || tox > 1 || tox < 0 {338			return 0, errorf("toxicity should be a float between 0 and 1.\n")339		}340		toxicity = float32(tox)341	}342	return toxicity, nil343}344func addToxic(c *cli.Context, t *toxiproxy.Client) error {345	proxyName := c.Args().First()346	if proxyName == "" {347		cli.ShowSubcommandHelp(c)348		return errorf("Proxy name is required as the first argument.\n")349	}350	toxicName := c.String("toxicName")351	toxicType, err := getArgOrFail(c, "type")352	if err != nil {353		return err354	}355	upstream := c.Bool("upstream")356	downstream := c.Bool("downstream")357	toxicity, err := parseToxicity(c, 1.0)358	if err != nil {359		return err360	}361	attributes := parseAttributes(c, "attribute")362	p, err := t.Proxy(proxyName)363	if err != nil {364		return errorf("Failed to retrieve proxy %s: %s\n", proxyName, err.Error())365	}366	addToxic := func(stream string) error {367		t, err := p.AddToxic(toxicName, toxicType, stream, toxicity, attributes)368		if err != nil {369			return errorf("Failed to add toxic: %s\n", err.Error())370		}371		toxicName = t.Name372		fmt.Printf("Added %s %s toxic '%s' on proxy '%s'\n", stream, toxicType, toxicName, proxyName)373		return nil374	}375	if upstream {376		err := addToxic("upstream")377		if err != nil {378			return err379		}380	}381	// Default to downstream.382	if downstream || (!downstream && !upstream) {383		return addToxic("downstream")384	}385	return nil386}387func updateToxic(c *cli.Context, t *toxiproxy.Client) error {388	proxyName := c.Args().First()389	if proxyName == "" {390		cli.ShowSubcommandHelp(c)391		return errorf("Proxy name is required as the first argument.\n")392	}393	toxicName, err := getArgOrFail(c, "toxicName")394	if err != nil {395		return err396	}397	attributes := parseAttributes(c, "attribute")398	p, err := t.Proxy(proxyName)399	if err != nil {400		return errorf("Failed to retrieve proxy %s: %s\n", proxyName, err.Error())401	}...

resilience_integration_test.go

Source:resilience_integration_test.go

1package resilience_testing2import (3	"errors"4	"fmt"5	"git.haw-hamburg.de/acm746/resilient-microservice/internal/app"6	"git.haw-hamburg.de/acm746/resilient-microservice/internal/app/configuration"7	"git.haw-hamburg.de/acm746/resilient-microservice/internal/app/domain/entities"8	toxiproxy "github.com/Shopify/toxiproxy/client"9	"github.com/sirupsen/logrus"10	"github.com/stretchr/testify/assert"11	"os"12	"os/exec"13	"reflect"14	"sync"15	"testing"16)17var (18	ErrCircuitBreakerOpen = errors.New("circuit breaker open, denying requests to save resources")19)20var application app.App21// connections22var SMELTERCONNECTION_NOCOLONS	string23var TOXIPROXY_CLIENTCONNECTION  string24var SMELTERCONNECTION_DEFAULT 	string25// ToxiProxy26var toxiClient *toxiproxy.Client27//var proxyForge *toxiproxy.Proxy28var proxySmelter *toxiproxy.Proxy29//var proxyMongoDB *toxiproxy.Proxy30func TestMain(m *testing.M) {31	// Reading configuration32	application = app.App{}33	config := configuration.ReadConfiguration(true)34	application.Configuration = &config35	// Set Connection URLS36	SMELTERCONNECTION_NOCOLONS = application.Configuration.SmelterConnectionNoColons37	// Set ToxiProxy Connection URLS38	TOXIPROXY_CLIENTCONNECTION = application.Configuration.ToxiProxy_ClientConnection39	// Remember Default Connections40	SMELTERCONNECTION_DEFAULT = application.Configuration.SmelterConnectionDefault41	// Initialize logging42	logrus.SetOutput(os.Stderr)43	logrus.SetFormatter(&logrus.JSONFormatter{})44	logrus.SetLevel(logrus.DebugLevel)45	application.Initialize()46	os.Exit(m.Run())47}48// currently not working, start .exe manually before resilience testing49func StartToxiProxyServer(){50	PathToToxiProxyExecutable := "/toxiproxy/toxiproxy-server-windows-amd64.exe"51	cmdToxiProxy := &exec.Cmd{52		Path:         PathToToxiProxyExecutable,53		Stdin:        os.Stdin,54		Stdout:       os.Stdout,55		Stderr:       os.Stderr,56	}57	cmdToxiProxy.Run()58}59// Use this method everytime you want to test any service for resilient behaviour60// it creates a new client, removes all toxics and returns the client.61// In each method you can add the desired toxics with client.AddToxic(...)62// Make sure to remove the toxics and proxies with defer, even though they are deleted here anyway63func InitToxiProxy() (*toxiproxy.Client, error) {64	var err error65	toxiClient := toxiproxy.NewClient(TOXIPROXY_CLIENTCONNECTION)66	// Delete all proxies67	proxies, err := toxiClient.Proxies()68	if err != nil {69		panic("Couldnt connect toxiClient to ToxiProxy HTTP Server. Make sure it is running on Port 8474")70	}71	for _, v := range proxies {72		err = v.Delete()73		if err != nil {74			panic("Couldnt create Proxy on ToxiClient, make sure the Smelterservice and the toxiproxy server are running")75		}76	}77	proxySmelter, err = toxiClient.CreateProxy("proxySmelter", SMELTERCONNECTION_NOCOLONS, SMELTERCONNECTION_DEFAULT)78	if err != nil {79		panic("Couldnt create Proxy on ToxiClient, make sure the Smelterservice and the toxiproxy server are running")80	}81	return toxiClient, err82}83// helper to validate sword response84func Validate_Sword(sword entities.Sword) bool{85	return (sword.Type != "" && sword.Weight != 0)86}87// Integration Tests88// Single request GetIron from Smelterservice89// Success: Valid Iron Response90// Fails if enot valid Iron response91func Test_Integration_GetIronFromSmelterservice(t *testing.T){92	if testing.Short() {93		t.Skip("skipping Integration Test: TestGetIronFromSmelterservice")94	}95	toxiClient, _ = InitToxiProxy()96	iron, err := application.ForgeService.GetIronFromSmelterservice()97	if err != nil {98		t.Fail()99	}100	assert.Equal(t, reflect.TypeOf(entities.Iron{}), reflect.TypeOf(iron))101}102// Single request GetSword103// Success: Valid Sword Response104// Fails if enot valid sword response105func Test_Integration_GetSword_Success(t *testing.T) {106	if testing.Short() {107		t.Skip("skipping Integration Test: TestGetSwords")108	}109	toxiClient, _ = InitToxiProxy()110	sword, err := application.ForgeService.GetSword()111	if err != nil {112		t.Fatal(err)113	}114	assert.True(t,Validate_Sword(sword))115}116// Resilience Test117// Single request GetSword with timeout of the smelterservice118// Success: When timeout, error should be the Circuit Breaker Opening to save resources119// Fails if error is not ErrCircuitBreakerOpen120func Test_Integration_CircuitBreakerOpens_Timeout_GetSword(t *testing.T) {121	if testing.Short() {122		t.Skip("skipping Resilience Test: Test_CircuitBreakerOpens_GetIron")123	}124	var err error125	toxiClient, err = InitToxiProxy()126	if err != nil {127		logrus.Error("Could not create proxy listen on smelter connection")128		t.Fatal(err)129	}130	_, err = proxySmelter.AddToxic("timeout_smelter", "timeout", "", 1, toxiproxy.Attributes{})131	if err != nil{132		logrus.Error("Could not add toxic to smelter proxy")133		t.Fatal(err)134	}135	r, err :=  application.ForgeService.GetSword()136	defer proxySmelter.RemoveToxic("timeout_smelter")137	if err != nil && err.Error() == ErrCircuitBreakerOpen.Error() {138		logrus.Debug(err.Error(), r)139		return140	} else {141		t.Fail()142	}143}144// Single request GetSword with latency of the smelterservice145// Success: When latency is too high, error should be the Circuit Breaker Opening to save resources146// Fails if error is not ErrCircuitBreakerOpen147func Test_Integration_CircuitBreakerOpens_Latency_GetSword(t *testing.T) {148	if testing.Short() {149		t.Skip("skipping Resilience Test: Test_CircuitBreakerOpens_GetIron")150	}151	var err error152	toxiClient, err = InitToxiProxy()153	if err != nil {154		logrus.Error("Could not create proxy listen on smelter connection")155		t.Fatal(err)156	}157	_, err = proxySmelter.AddToxic("latency_downstream", "latency", "", 1, toxiproxy.Attributes{158		"latency": 3000,159	})160	if err != nil{161		logrus.Error("Could not add toxic to smelter proxy")162		t.Fatal(err)163	}164	r, err :=  application.ForgeService.GetSword()165	defer proxySmelter.RemoveToxic("latency_downstream")166	if err != nil && err.Error() == ErrCircuitBreakerOpen.Error() {167		logrus.Debug(err.Error(), r)168		return169	} else {170		t.Fail()171	}172}173// Bulk requests with a temporary timeout of the smelterservice174// Success: When timeout, error should be the Circuit Breaker Opening to save resources175// Fails if error is not ErrCircuitBreakerOpen176func Test_Integration_BulkGetSword_TemporarySmelterTimeout(t *testing.T) {177	if testing.Short() {178		t.Skip("skipping Resilience Test: TestSmelterConnectionSlow")179	}180	var err error181	toxiClient, err = InitToxiProxy()182	if err != nil {183		logrus.Error("Could not create proxy listen on smelter connection")184		t.Fatal(err)185	}186	_, err = proxySmelter.AddToxic("timeout_smelter", "timeout", "", 0, toxiproxy.Attributes{})187	if err != nil{188		logrus.Error("Could not add toxic to smelter proxy")189		t.Fatal(err)190	}191	// simulate a temporary timeout192	// make a bulk of requests to to forgeservice including internal requests to smelterservice which has occasional timeouts,193	//first 19 success, 20 to 179 failure, rest success194	for i := 0; i < 10; i++ {195		if i > 2 && i < 7 {196			if i == 3 {197				proxySmelter.UpdateToxic("timeout_smelter", 1, toxiproxy.Attributes{})198			}199			r, err :=  application.ForgeService.GetSword()200			if err != nil {201				logrus.Debug("Service Timeout HTTP Status: "+err.Error())202				if err.Error() == ErrCircuitBreakerOpen.Error() {203					logrus.Debug(err.Error(), r)204					return205				} else {206					t.Fail()207				}208			}209		}210		 if i < 3 || i > 6 {211			if i == 7{212				proxySmelter.UpdateToxic("timeout_smelter", 0, toxiproxy.Attributes{})213			}214			 r, err := application.ForgeService.GetSword()215			 if err != nil {216				 t.Fatal(err)217			 }218			 logrus.Debug("Response from Smelterconnection: ",r)219		}220	}221	// clean up toxic later222	defer proxySmelter.RemoveToxic("timeout_smelter")223}224// Bulk requests with a temporary latency of the smelterservice225// Success: When latency is too high, error should be the Circuit Breaker Opening to save resources226// Fails if error is not ErrCircuitBreakerOpen227func Test_Integration_BulkGetSword_TemporarySmelterLatency(t *testing.T) {228	if testing.Short() {229		t.Skip("skipping Resilience Test: TestSmelterConnectionSlow")230	}231	var err error232	toxiClient, err = InitToxiProxy()233	if err != nil {234		logrus.Error("Could not create proxy listen on smelter connection")235		t.Fatal(err)236	}237	_, err = proxySmelter.AddToxic("latency_downstream", "latency", "", 0, toxiproxy.Attributes{238		"latency": 3000,239	})240	if err != nil{241		logrus.Error("Could not add toxic to smelter proxy")242		t.Fatal(err)243	}244	// simulate a temporary latency245	// make a bulk of requests to to forgeservice including internal requests to smelterservice which has occasional timeouts,246	//first 19 success, 20 to 179 failure, rest success247	for i := 0; i < 5; i++ {248		if i == 4 {249			logrus.Debug("NOW TOXIC ACTIVE: latency_downstream")250			proxySmelter.UpdateToxic("latency_downstream", 1, toxiproxy.Attributes{})251			r, err :=  application.ForgeService.GetSword()252			if err != nil {253				logrus.Debug("Service Timeout HTTP Status: "+err.Error())254			}255			logrus.Debug("Response from timed out service "+"http://localhost:8080/sword",r)256		} else {257			r, err :=  application.ForgeService.GetSword()258			if err != nil {259				t.Fail()260			}261			logrus.Debug("Response from smelterservice: ",r)262		}263	}264	// clean up toxic later265	defer proxySmelter.RemoveToxic("latency_downstream")266}267// Bulk requests with a temporary latency and jittering of the smelterservice connection268// Success: When latency is too high, error should be the Circuit Breaker Opening to save resources269// Fails if error is not ErrCircuitBreakerOpen270func Test_Integration_BulkGetSword_SmelterLatencyJittering(t *testing.T) {271	if testing.Short() {272		t.Skip("skipping Resilience Test: TestSmelterConnectionSlow")273	}274	var err error275	toxiClient, err = InitToxiProxy()276	if err != nil {277		logrus.Error("Could not create proxy listen on smelter connection")278		t.Fatal(err)279	}280	_, err = proxySmelter.AddToxic("latency_downstream", "latency", "", 1, toxiproxy.Attributes{281		"latency": 2500,282		"jittering": 1000,283	})284	if err != nil{285		logrus.Error("Could not add toxic to smelter proxy")286		t.Fatal(err)287	}288	logrus.Debug("NOW TOXIC ACTIVE: latency_downstream")289	// simulate a temporary latency with high jittering290	for i := 0; i < 5; i++ {291		r, err :=  application.ForgeService.GetSword()292		if err != nil {293			logrus.Debug("Service Timeout HTTP Status: "+err.Error())294		}295		logrus.Debug("Response from timed out service "+"http://localhost:8080/sword",r)296	}297	// clean up toxic later298	defer proxySmelter.RemoveToxic("latency_downstream")299}300func Test_Integration_BulkGetSword_SmelterBandwidth(t *testing.T) {301	if testing.Short() {302		t.Skip("skipping Resilience Test: TestSmelterConnectionSlow")303	}304	var err error305	toxiClient, err = InitToxiProxy()306	if err != nil {307		logrus.Error("Could not create proxy listen on smelter connection")308		t.Fatal(err)309	}310	_, err = proxySmelter.AddToxic("low_bandwidth_smelter", "bandwidth", "", 1, toxiproxy.Attributes{311		"rate": 0,312	})313	if err != nil{314		logrus.Error("Could not add toxic to smelter proxy")315		t.Fatal(err)316	}317	logrus.Debug("NOW TOXIC ACTIVE: low_bandwidth_smelter")318	// simulate a temporary latency with high jittering319	for i := 0; i < 2; i++ {320		r, err :=  application.ForgeService.GetSword()321		if err != nil {322			logrus.Debug("Service Timeout HTTP Status: "+err.Error())323		}324		logrus.Debug("Response from slow service "+"http://localhost:8080/sword",r)325	}326	// clean up toxic later327	defer proxySmelter.RemoveToxic("low_bandwidth_smelter")328}329func Test_Integration_BulkGetSword_Smelter_limit_data(t *testing.T) {330	if testing.Short() {331		t.Skip("skipping Resilience Test: TestSmelterConnectionSlow")332	}333	var err error334	toxiClient, err = InitToxiProxy()335	if err != nil {336		logrus.Error("Could not create proxy listen on smelter connection")337		t.Fatal(err)338	}339	_, err = proxySmelter.AddToxic("limit_data_smelter", "limit_data", "", 1, toxiproxy.Attributes{340		"bytes": 100,341	})342	if err != nil{343		logrus.Error("Could not add toxic to smelter proxy")344		t.Fatal(err)345	}346	logrus.Debug("NOW TOXIC ACTIVE: limit_data_smelter")347	for i := 0; i < 2; i++ {348		r, err :=  application.ForgeService.GetSword()349		if err != nil {350			logrus.Debug("Service Timeout HTTP Status: "+err.Error())351		}352		logrus.Debug("Response from limited service "+"http://localhost:8080/sword",r)353	}354	// clean up toxic later355	defer proxySmelter.RemoveToxic("limit_data_smelter")356}357func workerGetIron(id int, wg *sync.WaitGroup) {358	defer wg.Done()359	fmt.Printf("Worker %d starting\n", id)360	sword, err := application.ForgeService.GetSword()361	logrus.Debugln(sword, err)362	fmt.Printf("Worker %d done\n", id)363}364// makes a bunch of concurrent requests to GetIron that wait for each other to finish365// Success: No errors366func Test_Integration_ConcurrentRequests_GetIron(t *testing.T) {367	if testing.Short() {368		t.Skip("skipping Resilience Test: Test_Integration_ConcurrentRequests_GetIron")369	}370	var err error371	toxiClient, err = InitToxiProxy()372	if err != nil {373		logrus.Error("Could not create proxy listen on smelter connection")374		t.Fatal(err)375	}376	var wg sync.WaitGroup377	for i := 1; i <= 100; i++ {378		wg.Add(1)379		go workerGetIron(i, &wg)380	}381	wg.Wait()382}...

updateToxic

Using AI Code Generation

1import (2func main() {3	client, err := toxiproxy.NewClient("localhost:8474")4	if err != nil {5		fmt.Println("Error in creating client", err)6	}7	latencyToxic := client.NewToxic("latency", "downstream", "latency", 1.0)8	err = client.AddToxic("proxy", latencyToxic)9	if err != nil {10		fmt.Println("Error in adding toxic", err)11	}12}13import (14func main() {15	client, err := toxiproxy.NewClient("localhost:8474")16	if err != nil {17		fmt.Println("Error in creating client", err)18	}19	latencyToxic := client.NewToxic("latency", "downstream", "latency", 1.0)20	err = client.UpdateToxic("proxy", latencyToxic)21	if err != nil {22		fmt.Println("Error in adding toxic", err)23	}24}25import (26func main() {27	client, err := toxiproxy.NewClient("localhost:8474")28	if err != nil {29		fmt.Println("Error in creating client", err)30	}31	latencyToxic := client.NewToxic("latency", "downstream", "latency", 1.0)

updateToxic

Using AI Code Generation

1import (2func main() {3    toxiproxyClient := toxiproxy.NewClient("localhost:8474")4    toxic := toxiproxy.Toxic{5        Attributes: map[string]string{6        },7    }8    toxiproxyClient.UpdateToxic("redis", "latency", toxic)9}10import (11func main() {12    toxiproxyClient := toxiproxy.NewClient("localhost:8474")13    toxiproxyClient.DeleteToxic("redis", "latency")14}15import (16func main() {17    toxiproxyClient := toxiproxy.NewClient("localhost:8474")18    toxiproxyClient.DeleteProxy("redis")19}20import (21func main() {22    toxiproxyClient := toxiproxy.NewClient("localhost:8474")23    toxiproxyClient.DeleteAll()24}25import (26func main() {27    toxiproxyClient := toxiproxy.NewClient("localhost:8474")28    proxy, err := toxiproxyClient.CreateProxy("redis", "

updateToxic

Using AI Code Generation

1import (2func main() {3	client := toxiproxy.NewClient("localhost:8474")4	proxy, err := client.Proxy("my_proxy")5	if err != nil {6		panic(err)7	}8	toxic, err := proxy.CreateToxic("latency", "downstream", "latency", 1, toxiproxy.Attributes{9	})10	if err != nil {11		panic(err)12	}13	fmt.Println("Latency toxic created:", toxic.Name)14	toxic, err = proxy.UpdateToxic("latency", toxiproxy.Attributes{15	})16	if err != nil {17		panic(err)18	}19	fmt.Println("Latency toxic updated:", toxic.Name)20}21import (22func main() {23	client := toxiproxy.NewClient("localhost:8474")24	proxy, err := client.Proxy("my_proxy")25	if err != nil {26		panic(err)27	}28	toxic, err := proxy.CreateToxic("latency", "downstream", "latency", 1, toxiproxy.Attributes{29	})30	if err != nil {31		panic(err)32	}33	fmt.Println("Latency toxic created:", toxic.Name)34	toxic, err = proxy.UpdateToxic("latency", toxiproxy.Attributes{35	})36	if err != nil {37		panic(err)38	}39	fmt.Println("Latency toxic updated:", toxic.Name)40}41import (

updateToxic

Using AI Code Generation

1import (2func main() {3    client := toxiproxy.NewClient("localhost:8474")4    client.UpdateToxic("proxy", "latency", "downstream", toxiproxy.Toxic{5        Attributes: toxiproxy.Attributes{6        },7    })8}9import (10func main() {11    client := toxiproxy.NewClient("localhost:8474")12    client.UpdateToxic("proxy", "latency", "downstream", toxiproxy.Toxic{13        Attributes: toxiproxy.Attributes{14        },15    })16}17import (18func main() {19    client := toxiproxy.NewClient("localhost:8474")20    client.UpdateToxic("proxy", "latency", "downstream", toxiproxy.Toxic{21        Attributes: toxiproxy.Attributes{22        },23    })24}25import (26func main() {27    client := toxiproxy.NewClient("localhost:8474")28    client.UpdateToxic("proxy", "latency", "downstream", toxiproxy.Toxic{29        Attributes: toxiproxy.Attributes{

updateToxic

Using AI Code Generation

1import (2func main() {3	toxic := &Toxic{4		Attributes: ToxicAttributes{5		},6	}7	proxy := &Proxy{8	}9	test := &Test{10		Requests: []*Request{11			{12				Headers: map[string]string{13				},14			},15		},16	}17	toxicList := &ToxicList{18		Upstream: []*Toxic{19		},20	}21	proxyToxicList := &ToxicList{22		Downstream: []*Toxic{23		},24	}25	result := &TestResult{26	}27	proxyTest := &Test{28		Requests: []*Request{29			{30				Headers: map[string]string{31				},32			},33		},34	}35	proxyResult := &TestResult{36	}37	proxyToxicList2 := &ToxicList{38		Downstream: []*Toxic{39			{

updateToxic

Using AI Code Generation

1func main() {2    client := main.NewClient("localhost:80")3    client.UpdateToxic("toxic1", "latency", "downstream", 0, toxic.Toxic{4    })5}6func main() {7    client := main.NewClient("localhost:80")8    client.UpdateToxic("toxic2", "latency", "downstream", 0, toxic.Toxic{9    })10}11func main() {12    client := main.NewClient("localhost:80")13    client.UpdateToxic("toxic3", "latency", "downstream", 0, toxic.Toxic{14    })15}16func main() {17    client := main.NewClient("localhost:80")18    client.UpdateToxic("toxic4", "latency", "downstream", 0, toxic.Toxic{19    })20}21func main() {22    client := main.NewClient("localhost:80")23    client.UpdateToxic("toxic5", "latency", "downstream", 0, toxic.Toxic{24    })25}26func main() {27    client := main.NewClient("localhost:80")28    client.UpdateToxic("toxic6", "latency", "downstream", 0, toxic.Toxic{29    })30}31func main() {32    client := main.NewClient("localhost:80")33    client.UpdateToxic("toxic7", "latency", "

updateToxic

Using AI Code Generation

1import (2func main() {3	var toxic = toxic.NewToxic()4	err := toxic.UpdateToxic("toxic1", "latency", "upstream", 1)5	if err != nil {6		fmt.Println(err)7	}8}9import (10func main() {11	var toxic = toxic.NewToxic()12	err := toxic.UpdateToxic("toxic1", "latency", "downstream", 1)13	if err != nil {14		fmt.Println(err)15	}16}17import (18func main() {19	var toxic = toxic.NewToxic()20	err := toxic.UpdateToxic("toxic1", "latency", "both", 1)21	if err != nil {22		fmt.Println(err)23	}24}25import (26func main() {27	var toxic = toxic.NewToxic()28	err := toxic.UpdateToxic("toxic1", "latency", "downstream", 1)29	if err != nil {30		fmt.Println(err)31	}32}33import (34func main() {35	var toxic = toxic.NewToxic()36	err := toxic.UpdateToxic("toxic1", "latency", "upstream", 1)37	if err != nil {38		fmt.Println(err)39	}40}41import (42func main() {43	var toxic = toxic.NewToxic()44	err := toxic.UpdateToxic("toxic1", "latency", "upstream", 1)45	if err != nil {46		fmt.Println(err

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