How to use Unlock method of toxiproxy Package

Best Toxiproxy code snippet using toxiproxy.Unlock

loadbot.go

Source:loadbot.go

...172		// also mining. https://github.com/zcash/zcash/issues/6045173		zecSendMtx.Lock()174		defer func() {175			time.Sleep(time.Second)176			zecSendMtx.Unlock()177		}()178	}179	return harnessCtl(ctx, symbol, fmt.Sprintf("./mine-%s", node), fmt.Sprintf("%d", n))180}181// harnessResult is the result of a harnessCtl command.182type harnessResult struct {183	err    error184	output string185	cmd    string186}187// String returns a result string for the harnessResult.188func (res *harnessResult) String() string {189	if res.err != nil {190		return fmt.Sprintf("error running harness command %q: %v", res.cmd, res.err)191	}192	return fmt.Sprintf("response from harness command %q: %s", res.cmd, res.output)193}194func harnessSymbol(symbol string) string {195	switch symbol {196	case dextt:197		return eth198	}199	return symbol200}201// harnessCtl will run the command from the harness-ctl directory for the202// specified symbol. ctx shadows the global context. The global context is not203// used because stopping some nodes will occur after it is canceled.204func harnessCtl(ctx context.Context, symbol, cmd string, args ...string) <-chan *harnessResult {205	dir := filepath.Join(dextestDir, harnessSymbol(symbol), "harness-ctl")206	c := make(chan *harnessResult)207	go func() {208		fullCmd := strings.Join(append([]string{cmd}, args...), " ")209		command := exec.CommandContext(ctx, cmd, args...)210		command.Dir = dir211		output, err := command.Output()212		if err != nil {213			var exitErr *exec.ExitError214			if errors.As(err, &exitErr) {215				log.Errorf("exec error (%s) %q: %v: %s", symbol, cmd, err, string(exitErr.Stderr))216			} else {217				log.Errorf("%s harnessCtl error running %q: %v", symbol, cmd, err)218			}219		}220		c <- &harnessResult{221			err:    err,222			output: strings.TrimSpace(string(output)),223			cmd:    fullCmd,224		}225	}()226	return c227}228// harnessProcessCtl will run the long running command from the harness-ctl229// directory for the specified symbol. The command and stop function are saved230// to a global slice for stopping later.231func harnessProcessCtl(symbol string, stopFn func(context.Context), cmd string, args ...string) error {232	processesMtx.Lock()233	defer processesMtx.Unlock()234	if err := ctx.Err(); err != nil {235		return err236	}237	dir := filepath.Join(dextestDir, harnessSymbol(symbol), "harness-ctl")238	// Killing the process with ctx or process.Kill *sometimes* does not239	// seem to stop the coin daemon. Kill later with an rpc "stop" command240	// contained in the stop function.241	command := exec.Command(cmd, args...)242	command.Dir = dir243	p := &process{244		cmd:    command,245		stopFn: stopFn,246	}247	if err := command.Start(); err != nil {248		return fmt.Errorf("unable to start process: %v", err)249	}250	processes = append(processes, p)251	return nil252}253// nextAddr returns a new address, as well as the selected port, both as254// strings.255func nextAddr() (addrPort, port string, err error) {256	addrs, err := findOpenAddrs(1)257	if err != nil {258		return "", "", err259	}260	addrPort = addrs[0].String()261	_, port, err = net.SplitHostPort(addrPort)262	if err != nil {263		return "", "", err264	}265	return addrPort, port, nil266}267// shutdown stops some long running processes.268func shutdown() {269	processesMtx.Lock()270	defer processesMtx.Unlock()271	for _, p := range processes {272		ctx, cancel := context.WithTimeout(context.Background(), time.Second*5)273		defer cancel()274		p.stopFn(ctx)275		if err := p.cmd.Wait(); err != nil {276			fmt.Printf("failed to wait for stopped process: %v\n", err)277		}278	}279}280func main() {281	// Catch ctrl+c for a clean shutdown.282	killChan := make(chan os.Signal, 1)283	signal.Notify(killChan, os.Interrupt)284	go func() {285		<-killChan286		quit()287	}()288	if err := run(); err != nil {289		println(err.Error())290		quit()291		os.Exit(1)292	}293	quit()294	os.Exit(0)295}296func run() error {297	defer shutdown()298	var programName string299	var debug, trace, latency500, shaky500, slow100, spotty20, registerWithQuote bool300	var m, n int301	flag.StringVar(&programName, "p", "", "the bot program to run")302	flag.StringVar(&market, "mkt", "dcr_btc", "the market to run on")303	flag.BoolVar(&registerWithQuote, "rwq", false, "pay the register fee with the quote asset (default is base)")304	flag.BoolVar(&keepMidGap, "kmg", false, "disallow mid gap drift")305	flag.BoolVar(&latency500, "latency500", false, "add 500 ms of latency to downstream comms for wallets and server")306	flag.BoolVar(&shaky500, "shaky500", false, "add 500 ms +/- 500ms of latency to downstream comms for wallets and server")307	flag.BoolVar(&slow100, "slow100", false, "limit bandwidth on all server and wallet connections to 100 kB/s")308	flag.BoolVar(&spotty20, "spotty20", false, "drop all connections every 20 seconds")309	flag.BoolVar(&debug, "debug", false, "use debug logging")310	flag.BoolVar(&trace, "trace", false, "use trace logging")311	flag.IntVar(&m, "m", 0, "for compound and sidestacker, m is the number of makers to stack before placing takers")312	flag.IntVar(&n, "n", 0, "for compound and sidestacker, n is the number of orders to place per epoch (default 3)")313	flag.Parse()314	if programName == "" {315		return errors.New("no program set. use `-p program-name` to set the bot's program")316	}317	// Parse the default log level and create initialize logging.318	logLevel := "info"319	if debug {320		logLevel = "debug"321	}322	if trace {323		logLevel = "trace"324	}325	symbols := strings.Split(market, "_")326	if len(symbols) != 2 {327		return fmt.Errorf("invalid market %q", market)328	}329	baseSymbol = strings.ToLower(symbols[0])330	quoteSymbol = strings.ToLower(symbols[1])331	var found bool332	baseID, found = dex.BipSymbolID(baseSymbol)333	if !found {334		return fmt.Errorf("base asset %q not found", baseSymbol)335	}336	quoteID, found = dex.BipSymbolID(quoteSymbol)337	if !found {338		return fmt.Errorf("quote asset %q not found", quoteSymbol)339	}340	regAsset = baseID341	if registerWithQuote {342		regAsset = quoteID343	}344	ui, err := asset.UnitInfo(baseID)345	if err != nil {346		return fmt.Errorf("cannot get base %q unit info: %v", baseSymbol, err)347	}348	conversionFactors[baseSymbol] = ui.Conventional.ConversionFactor349	ui, err = asset.UnitInfo(quoteID)350	if err != nil {351		return fmt.Errorf("cannot get quote %q unit info: %v", quoteSymbol, err)352	}353	conversionFactors[quoteSymbol] = ui.Conventional.ConversionFactor354	f, err := os.ReadFile(filepath.Join(dextestDir, "dcrdex", "markets.json"))355	if err != nil {356		return fmt.Errorf("error reading simnet dcrdex markets.json file: %v", err)357	}358	var mktsCfg marketsDotJSON359	err = json.Unmarshal(f, &mktsCfg)360	if err != nil {361		return fmt.Errorf("error unmarshaling markets.json: %v", err)362	}363	markets := make([]string, len(mktsCfg.Markets))364	for i, mkt := range mktsCfg.Markets {365		getSymbol := func(name string) (string, error) {366			asset, ok := mktsCfg.Assets[name]367			if !ok {368				return "", fmt.Errorf("config does not have an asset that matches %s", name)369			}370			return strings.ToLower(asset.Symbol), nil371		}372		bs, err := getSymbol(mkt.Base)373		if err != nil {374			return err375		}376		qs, err := getSymbol(mkt.Quote)377		if err != nil {378			return err379		}380		markets[i] = fmt.Sprintf("%s_%s", bs, qs)381		if qs != quoteSymbol || bs != baseSymbol {382			continue383		}384		lotSize = mkt.LotSize385		rateStep = mkt.RateStep386		epochDuration = mkt.Duration387		marketBuyBuffer = mkt.MBBuffer388		break389	}390	// Adjust to be comparable to the dcr_btc market.391	defaultMidGap = defaultBtcPerDcr * float64(rateStep) / 100392	if epochDuration == 0 {393		return fmt.Errorf("failed to find %q market in harness config. Available markets: %s", market, strings.Join(markets, ", "))394	}395	shortSymbol := func(s string) string {396		parts := strings.Split(s, ".")397		return parts[0]398	}399	baseAssetCfg = mktsCfg.Assets[fmt.Sprintf("%s_simnet", strings.ToUpper(shortSymbol(baseSymbol)))]400	quoteAssetCfg = mktsCfg.Assets[fmt.Sprintf("%s_simnet", strings.ToUpper(shortSymbol(quoteSymbol)))]401	if baseAssetCfg == nil || quoteAssetCfg == nil {402		return errors.New("asset configuration missing from markets.json")403	}404	// Load the asset node configs. We'll need the wallet RPC addresses.405	// Note that the RPC address may be modified if toxiproxy is used below.406	alphaCfgBase = loadNodeConfig(baseSymbol, alpha)407	betaCfgBase = loadNodeConfig(baseSymbol, beta)408	alphaCfgQuote = loadNodeConfig(quoteSymbol, alpha)409	betaCfgQuote = loadNodeConfig(quoteSymbol, beta)410	loggerMaker, err = dex.NewLoggerMaker(os.Stdout, logLevel)411	if err != nil {412		return fmt.Errorf("error creating LoggerMaker: %v", err)413	}414	log /* global */ = loggerMaker.NewLogger("LOADBOT", dex.LevelInfo)415	log.Infof("Running program %s", programName)416	getAddress := func(symbol, node string) (string, error) {417		var args []string418		switch symbol {419		case btc, ltc:420			args = []string{"getnewaddress", "''", "bech32"}421		case doge, bch, zec:422			args = []string{"getnewaddress"}423		case dcr:424			args = []string{"getnewaddress", "default", "ignore"}425		case eth, dextt:426			args = []string{"attach", `--exec eth.accounts[1]`}427		default:428			return "", fmt.Errorf("getAddress: unknown symbol %q", symbol)429		}430		res := <-harnessCtl(ctx, symbol, fmt.Sprintf("./%s", node), args...)431		if res.err != nil {432			return "", fmt.Errorf("error getting %s address: %v", symbol, res.err)433		}434		return strings.Trim(res.output, `"`), nil435	}436	if alphaAddrBase, err = getAddress(baseSymbol, alpha); err != nil {437		return err438	}439	if betaAddrBase, err = getAddress(baseSymbol, beta); err != nil {440		return err441	}442	if alphaAddrQuote, err = getAddress(quoteSymbol, alpha); err != nil {443		return err444	}445	if betaAddrQuote, err = getAddress(quoteSymbol, beta); err != nil {446		return err447	}448	unlockWallets := func(symbol string) error {449		switch symbol {450		case btc, ltc, doge, bch:451			<-harnessCtl(ctx, symbol, "./alpha", "walletpassphrase", "abc", "4294967295")452			<-harnessCtl(ctx, symbol, "./beta", "walletpassphrase", "abc", "4294967295")453		case dcr:454			<-harnessCtl(ctx, dcr, "./alpha", "walletpassphrase", "abc", "0")455			<-harnessCtl(ctx, dcr, "./beta", "walletpassphrase", "abc", "0") // creating new accounts requires wallet unlocked456			<-harnessCtl(ctx, dcr, "./beta", "unlockaccount", "default", "abc")457		case eth, zec, dextt:458			// eth unlocking for send, so no need to here. Mining459			// accounts are always unlocked. zec is unlocked already.460		default:461			return fmt.Errorf("unlockWallets: unknown symbol %q", symbol)462		}463		return nil464	}465	// Unlock wallets, since they may have been locked on a previous shutdown.466	if err = unlockWallets(baseSymbol); err != nil {467		return err468	}469	if err = unlockWallets(quoteSymbol); err != nil {470		return err471	}472	// Clean up the directory.473	os.RemoveAll(botDir)474	err = os.MkdirAll(botDir, 0700)475	if err != nil {476		return fmt.Errorf("error creating loadbot directory: %v", err)477	}478	// Run any specified network conditions.479	var toxics toxiproxy.Toxics...

lock_test.go

Source:lock_test.go

...98		// Wait until we regain lock99		is = <-hasLockCh100		assert.True(t, is)101		assert.True(t, l.HasLock())102		// Unlock the key103		l.Unlock([]byte("this is a test"))104		printKeys("lock-test")105		// Ensure the key is NOT deleted106		list, _, err := c.KV().List("lock-test", nil)107		require.NoError(t, err)108		var found bool109		for _, i := range list {110			if i.Key == name {111				found = true112				assert.Equal(t, i.Value, []byte("this is a test"))113			}114		}115		assert.True(t, found)116		// Delete the key117		_, err = c.KV().Delete(name, nil)118		require.NoError(t, err)119	})120}121func TestBehaviorDeleteOnUnlock(t *testing.T) {122	logrus.SetLevel(logrus.DebugLevel)123	hasLockCh := make(chan bool, 5)124	defer cleanUp()125	WithToxiProxy(t, func(p *toxiproxy.Proxy, c *api.Client) {126		ctx, cancel := context.WithTimeout(context.Background(), time.Millisecond*500)127		defer cancel()128		name := fmt.Sprintf("lock-test-delete-%d", rand.Int())129		l, err := consul.SpawnLock(ctx, &consul.LockConfig{130			Client: c,131			LockOptions: &api.LockOptions{132				SessionOpts: &api.SessionEntry{133					Name:      name,134					LockDelay: time.Second * 10,135					// When SessionBehavior is Delete136					Behavior: api.SessionBehaviorDelete,137					TTL:      "10s",138				},139				Value:       []byte("lock-value"),140				SessionName: name,141				Key:         name,142			},143			OnChange: func(hasLock bool) {144				hasLockCh <- hasLock145			},146		})147		require.NoError(t, err)148		require.NotNil(t, l)149		// Should have lock150		require.True(t, l.HasLock())151		select {152		case is := <-hasLockCh:153			assert.True(t, is)154		default:155		}156		// Unlock the key157		l.Unlock(nil)158		printKeys("lock-test")159		// Ensure the key was deleted160		list, _, err := c.KV().List("lock-test", nil)161		require.NoError(t, err)162		var found bool163		for _, i := range list {164			if i.Key == name {165				found = true166			}167		}168		assert.False(t, found)169	})170}171func TestBehaviorDeleteOnDisconnect(t *testing.T) {172	logrus.SetLevel(logrus.DebugLevel)173	defer cleanUp()174	WithToxiProxy(t, func(p *toxiproxy.Proxy, c *api.Client) {175		printKeys("lock-test")176		ctx, cancel := context.WithTimeout(context.Background(), time.Millisecond*500)177		defer cancel()178		name := fmt.Sprintf("lock-test-disconnect%d", rand.Int())179		l, err := consul.SpawnLock(ctx, &consul.LockConfig{180			Client: c,181			LockOptions: &api.LockOptions{182				SessionOpts: &api.SessionEntry{183					Name: name,184					// When SessionBehavior is Delete185					Behavior: api.SessionBehaviorDelete,186					TTL:      "10s",187				},188				Value:       []byte("lock-value"),189				SessionName: name,190				Key:         name,191			},192		})193		require.NoError(t, err)194		require.NotNil(t, l)195		// Should have lock196		printKeys("lock-test")197		require.True(t, l.HasLock())198		// Interrupt connectivity to consul199		p.Stop()200		// Wait for the lock file to disappear201		client, err := api.NewClient(api.DefaultConfig())202		testutil.UntilPass(t, 50, time.Second, func(t testutil.TestingT) {203			kv, _, err := client.KV().Get(name, nil)204			assert.NoError(t, err)205			assert.Nil(t, kv)206		})207		// Resume connectivity208		err = p.Start()209		require.NoError(t, err)210		// Wait until we regain lock211		testutil.UntilPass(t, 50, time.Second, func(t testutil.TestingT) {212			assert.True(t, l.HasLock())213		})214		// Unlock the key215		l.Unlock(nil)216	})217}...

proxy.go

Source:proxy.go

...30}31func (c *ConnectionList) Lock() {32	c.lock.Lock()33}34func (c *ConnectionList) Unlock() {35	c.lock.Unlock()36}37var ErrProxyAlreadyStarted = errors.New("Proxy already started")38func NewProxy() *Proxy {39	proxy := &Proxy{40		started:     make(chan error),41		connections: ConnectionList{list: make(map[string]net.Conn)},42	}43	proxy.Toxics = NewToxicCollection(proxy)44	return proxy45}46func (proxy *Proxy) Start() error {47	proxy.Lock()48	defer proxy.Unlock()49	return start(proxy)50}51func (proxy *Proxy) Update(input *Proxy) error {52	proxy.Lock()53	defer proxy.Unlock()54	if input.Listen != proxy.Listen || input.Upstream != proxy.Upstream {55		stop(proxy)56		proxy.Listen = input.Listen57		proxy.Upstream = input.Upstream58	}59	if input.Enabled != proxy.Enabled {60		if input.Enabled {61			return start(proxy)62		}63		stop(proxy)64	}65	return nil66}67func (proxy *Proxy) Stop() {68	proxy.Lock()69	defer proxy.Unlock()70	stop(proxy)71}72// server runs the Proxy server, accepting new clients and creating Links to73// connect them to upstreams.74func (proxy *Proxy) server() {75	ln, err := net.Listen("tcp", proxy.Listen)76	if err != nil {77		proxy.started <- err78		return79	}80	proxy.Listen = ln.Addr().String()81	proxy.started <- nil82	logrus.WithFields(logrus.Fields{83		"name":     proxy.Name,84		"proxy":    proxy.Listen,85		"upstream": proxy.Upstream,86	}).Info("Started proxy")87	acceptTomb := tomb.Tomb{}88	defer acceptTomb.Done()89	// This channel is to kill the blocking Accept() call below by closing the90	// net.Listener.91	go func() {92		<-proxy.tomb.Dying()93		// Notify ln.Accept() that the shutdown was safe94		acceptTomb.Killf("Shutting down from stop()")95		// Unblock ln.Accept()96		err := ln.Close()97		if err != nil {98			logrus.WithFields(logrus.Fields{99				"proxy":  proxy.Name,100				"listen": proxy.Listen,101				"err":    err,102			}).Warn("Attempted to close an already closed proxy server")103		}104		// Wait for the accept loop to finish processing105		acceptTomb.Wait()106		proxy.tomb.Done()107	}()108	for {109		client, err := ln.Accept()110		if err != nil {111			// This is to confirm we're being shut down in a legit way. Unfortunately,112			// Go doesn't export the error when it's closed from Close() so we have to113			// sync up with a channel here.114			//115			// See http://zhen.org/blog/graceful-shutdown-of-go-net-dot-listeners/116			select {117			case <-acceptTomb.Dying():118			default:119				logrus.WithFields(logrus.Fields{120					"proxy":  proxy.Name,121					"listen": proxy.Listen,122					"err":    err,123				}).Warn("Error while accepting client")124			}125			return126		}127		logrus.WithFields(logrus.Fields{128			"name":     proxy.Name,129			"client":   client.RemoteAddr(),130			"proxy":    proxy.Listen,131			"upstream": proxy.Upstream,132		}).Info("Accepted client")133		upstream, err := net.Dial("tcp", proxy.Upstream)134		if err != nil {135			logrus.WithFields(logrus.Fields{136				"name":     proxy.Name,137				"client":   client.RemoteAddr(),138				"proxy":    proxy.Listen,139				"upstream": proxy.Upstream,140			}).Error("Unable to open connection to upstream")141			client.Close()142			continue143		}144		name := client.RemoteAddr().String()145		proxy.connections.Lock()146		proxy.connections.list[name+"upstream"] = upstream147		proxy.connections.list[name+"downstream"] = client148		proxy.connections.Unlock()149		proxy.Toxics.StartLink(name+"upstream", client, upstream, stream.Upstream)150		proxy.Toxics.StartLink(name+"downstream", upstream, client, stream.Downstream)151	}152}153func (proxy *Proxy) RemoveConnection(name string) {154	proxy.connections.Lock()155	defer proxy.connections.Unlock()156	delete(proxy.connections.list, name)157}158// Starts a proxy, assumes the lock has already been taken159func start(proxy *Proxy) error {160	if proxy.Enabled {161		return ErrProxyAlreadyStarted162	}163	proxy.tomb = tomb.Tomb{} // Reset tomb, from previous starts/stops164	go proxy.server()165	err := <-proxy.started166	// Only enable the proxy if it successfully started167	proxy.Enabled = err == nil168	return err169}170// Stops a proxy, assumes the lock has already been taken171func stop(proxy *Proxy) {172	if !proxy.Enabled {173		return174	}175	proxy.Enabled = false176	proxy.tomb.Killf("Shutting down from stop()")177	proxy.tomb.Wait() // Wait until we stop accepting new connections178	proxy.connections.Lock()179	defer proxy.connections.Unlock()180	for _, conn := range proxy.connections.list {181		conn.Close()182	}183	logrus.WithFields(logrus.Fields{184		"name":     proxy.Name,185		"proxy":    proxy.Listen,186		"upstream": proxy.Upstream,187	}).Info("Terminated proxy")188}...

Unlock

Using AI Code Generation

1import (2func main() {3    toxiproxyClient, err := toxiproxy.NewClient("localhost:8474")4    if err != nil {5        fmt.Println("Error in connecting to toxiproxy server")6    }7    toxiproxyClient.Disable("redis_slave")8    fmt.Println("Toxiproxy disabled")9}10import (11func main() {12    toxiproxyClient, err := toxiproxy.NewClient("localhost:8474")13    if err != nil {14        fmt.Println("Error in connecting to toxiproxy server")15    }16    toxiproxyClient.Enable("redis_slave")17    fmt.Println("Toxiproxy enabled")18}19import (20func main() {21    toxiproxyClient, err := toxiproxy.NewClient("localhost:8474")22    if err != nil {23        fmt.Println("Error in connecting to toxiproxy server")24    }25    toxiproxyClient.Reset("redis_slave")26    fmt.Println("Toxiproxy reset")27}28import (29func main() {30    toxiproxyClient, err := toxiproxy.NewClient("localhost:8474")31    if err != nil {32        fmt.Println("Error in connecting to toxiproxy server")33    }34    toxiproxyClient.Create(&toxiproxy.Proxy{35        Toxics:    toxiproxy.Toxics{},36        ToxicsMap: make(map[string]*toxiproxy.Toxic),37    })38    fmt.Println("Toxiproxy created")39}

Unlock

Using AI Code Generation

1import (2func main() {3    toxiproxyClient := toxiproxy.NewClient("localhost:8474")4    toxiproxyClient.CreateProxy("testProxy", "localhost:8000", "localhost:8001")5    toxiproxyClient.CreateToxic("testProxy", "latency", "downstream", 1, toxiproxy.Attributes{"latency": 1000})6    toxiproxyClient.CreateToxic("testProxy", "latency", "upstream", 1, toxiproxy.Attributes{"latency": 1000})7    toxiproxyClient.CreateToxic("testProxy", "bandwidth", "downstream", 1, toxiproxy.Attributes{"rate": 200000})8    toxiproxyClient.CreateToxic("testProxy", "bandwidth", "upstream", 1, toxiproxy.Attributes{"rate": 200000})9    toxiproxyClient.CreateToxic("testProxy", "slow_close", "downstream", 1, toxiproxy.Attributes{"delay": 1000})10    toxiproxyClient.CreateToxic("testProxy", "slow_close", "upstream", 1, toxiproxy.Attributes{"delay": 1000})11    toxiproxyClient.CreateToxic("testProxy", "timeout", "downstream", 1, toxiproxy.Attributes{"timeout": 1000})12    toxiproxyClient.CreateToxic("testProxy", "timeout", "upstream", 1, toxiproxy.Attributes{"timeout": 1000})13    toxiproxyClient.CreateToxic("testProxy", "slicer", "downstream", 1, toxiproxy.Attributes{"average_size": 100, "size_variation": 10, "delay": 10})14    toxiproxyClient.CreateToxic("testProxy", "slicer", "upstream", 1, toxiproxy.Attributes{"average_size": 100, "size_variation": 10, "delay": 10})15    toxiproxyClient.CreateToxic("testProxy", "limit_data", "downstream", 1, toxiproxy.Attributes

Unlock

Using AI Code Generation

1import (2func main() {3    if err != nil {4        log.Fatal(err)5    }6    proxy, err := client.Proxy("redis")7    if err != nil {8        log.Fatal(err)9    }10    toxics, err := proxy.Toxics()11    if err != nil {12        log.Fatal(err)13    }14    for _, toxic := range toxics {15        if toxic.Name == "latency" {16            err = toxic.Delete()17            if err != nil {18                log.Fatal(err)19            }20        }21    }22    toxic := stream.Toxic{23        Attributes: stream.Attributes{24        },25    }26    err = proxy.AddToxic(&toxic)27    if err != nil {28        log.Fatal(err)29    }30    time.Sleep(10 * time.Second)31    err = toxic.Delete()32    if err != nil {33        log.Fatal(err)34    }35}

Unlock

Using AI Code Generation

1toxiproxy.Unlock()2toxiproxy.Lock()3toxiproxy.IsLocked()4toxiproxy.Enable()5toxiproxy.Disable()6toxiproxy.IsEnabled()7toxiproxy.Delete()8toxiproxy.Reset()9toxiproxy.All()10toxiproxy.Create()11toxiproxy.Update()12toxiproxy.Get()13toxiproxy.Toxics()14toxiproxy.Toxic()15toxiproxy.CreateToxic()16toxiproxy.UpdateToxic()

Unlock

Using AI Code Generation

1import (2func main() {3	if err != nil {4		fmt.Println(err)5	}6	proxy, err := client.Proxy("redis")7	if err != nil {8		fmt.Println(err)9	}10	toxic, err := proxy.CreateToxic("latency", "downstream", "latency", 1, toxiproxy.Attributes{"latency": 1000, "jitter": 0})11	if err != nil {12		fmt.Println(err)13	}14	time.Sleep(2 * time.Second)15	toxic.Disable()16	time.Sleep(2 * time.Second)17	toxic.Enable()18	time.Sleep(2 * time.Second)19	toxic.Delete()20}

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