How to use checkRemainingChunks method of toxics_test Package

Best Toxiproxy code snippet using toxics_test.checkRemainingChunks

limit_data_test.go

Source:limit_data_test.go

...17	if !bytes.Equal(chunk.Data, expected) {18		t.Error("Data in outgoing chunk doesn't match expected values")19	}20}21func checkRemainingChunks(t *testing.T, output chan *stream.StreamChunk) {22	if len(output) != 0 {23		t.Error(fmt.Sprintf("There is %d chunks in output channel. 0 is expected.", len(output)))24	}25}26func check(t *testing.T, toxic *toxics.LimitDataToxic, chunks [][]byte, expectedChunks [][]byte) {27	input := make(chan *stream.StreamChunk)28	output := make(chan *stream.StreamChunk, 100)29	stub := toxics.NewToxicStub(input, output)30	stub.State = toxic.NewState()31	go toxic.Pipe(stub)32	for _, buf := range chunks {33		input <- &stream.StreamChunk{Data: buf}34	}35	for _, expected := range expectedChunks {36		checkOutgoingChunk(t, output, expected)37	}38	checkRemainingChunks(t, output)39}40func TestLimitDataToxicMayBeRestarted(t *testing.T) {41	toxic := &toxics.LimitDataToxic{Bytes: 100}42	input := make(chan *stream.StreamChunk)43	output := make(chan *stream.StreamChunk, 100)44	stub := toxics.NewToxicStub(input, output)45	stub.State = toxic.NewState()46	buf := buffer(90)47	buf2 := buffer(20)48	// Send chunk with data not exceeding limit and interrupt49	go func() {50		input <- &stream.StreamChunk{Data: buf}51		stub.Interrupt <- struct{}{}52	}()53	toxic.Pipe(stub)54	checkOutgoingChunk(t, output, buf)55	// Send 2nd chunk to exceed limit56	go func() {57		input <- &stream.StreamChunk{Data: buf2}58	}()59	toxic.Pipe(stub)60	checkOutgoingChunk(t, output, buf2[0:10])61	checkRemainingChunks(t, output)62}63func TestLimitDataToxicMayBeInterrupted(t *testing.T) {64	toxic := &toxics.LimitDataToxic{Bytes: 100}65	input := make(chan *stream.StreamChunk)66	output := make(chan *stream.StreamChunk)67	stub := toxics.NewToxicStub(input, output)68	stub.State = toxic.NewState()69	go func() {70		stub.Interrupt <- struct{}{}71	}()72	toxic.Pipe(stub)73}74func TestLimitDataToxicNilShouldClosePipe(t *testing.T) {75	toxic := &toxics.LimitDataToxic{Bytes: 100}...

checkRemainingChunks

Using AI Code Generation

1func main() {2	test := toxics_test{}3	test.checkRemainingChunks()4}5func main() {6	test := toxics_test{}7	test.checkRemainingChunks()8}9func main() {10	test := toxics_test{}11	test.checkRemainingChunks()12}13func main() {14	test := toxics_test{}15	test.checkRemainingChunks()16}17func main() {18	test := toxics_test{}19	test.checkRemainingChunks()20}21func main() {22	test := toxics_test{}23	test.checkRemainingChunks()24}25func main() {26	test := toxics_test{}27	test.checkRemainingChunks()28}29func main() {30	test := toxics_test{}31	test.checkRemainingChunks()32}33func main() {34	test := toxics_test{}35	test.checkRemainingChunks()36}37func main() {38	test := toxics_test{}39	test.checkRemainingChunks()40}41func main() {42	test := toxics_test{}43	test.checkRemainingChunks()44}45func main() {46	test := toxics_test{}47	test.checkRemainingChunks()48}49func main() {50	test := toxics_test{}51	test.checkRemainingChunks()52}53func main() {54	test := toxics_test{}55	test.checkRemainingChunks()56}

checkRemainingChunks

Using AI Code Generation

1import (2func main() {3    wg.Add(1)4    go func() {5        defer wg.Done()6        fmt.Println("Executing toxics_test")7        cmd := exec.Command("go", "test", "-run", "TestToxics", "-v")8        err := cmd.Run()9        if err != nil {10            fmt.Printf("Command finished with error: %v", err)11        }12    }()13    wg.Wait()14    fmt.Println("Done")15}

checkRemainingChunks

Using AI Code Generation

1import (2func main() {3    toxics := toxiproxy.Toxics{}4    toxics.AddToxic("test", "test", "test", "test", "test", 0)5    toxics.AddToxic("test", "test", "test", "test", "test", 0)6    toxics.AddToxic("test", "test", "test", "test", "test", 0)7    toxics.AddToxic("test", "test", "test", "test", "test", 0)8    toxics.AddToxic("test", "test", "test", "test", "test", 0)9    toxics.AddToxic("test", "test", "test", "test", "test", 0)10    toxics.AddToxic("test", "test", "test", "test", "test", 0)11    toxics.AddToxic("test", "test", "test", "test", "test", 0)12    toxics.AddToxic("test", "test", "test", "test", "test", 0)13    toxics.AddToxic("test", "test", "test", "test", "test", 0)14    toxics.AddToxic("test", "test", "test", "test", "test", 0)15    toxics.AddToxic("test", "test", "test", "test", "test", 0)16    toxics.AddToxic("test", "test", "test", "test", "test", 0)17    toxics.AddToxic("test", "test", "test", "test", "test", 0)18    log.Println(toxics.CheckRemainingChunks())19}20import (21func main() {22    toxics := toxiproxy.Toxics{}23    toxics.AddToxic("test", "test", "test", "test", "test", 0)24    toxics.AddToxic("test", "test", "test", "test", "test", 0)

checkRemainingChunks

Using AI Code Generation

1import (2func main() {3    toxics_test := toxics.ToxicsTest{}4    toxics_test.Start()5    toxics_test.CheckRemainingChunks()6}7import (8type ToxicsTest struct {9}10func (t *ToxicsTest) Start() {11    t.ToxicTest.Start()12    t.ToxicTest.Server = t.ToxicTest.Proxy.Listen()13    t.ToxicTest.ToxicProxy = t.ToxicTest.Client.NewProxy("test", "localhost:0", t.ToxicTest.Server.Addr().String())14    t.ToxicTest.ToxicProxy.Start()15}16func (t *ToxicTest) CheckRemainingChunks() {17    toxic := t.ToxicTest.ToxicProxy.Toxics().Get("latency")18    toxic.SetAttribute("latency", 1000)19    toxic.SetAttribute("jitter", 0)20    toxic.SetEnabled(true)21    client := &http.Client{}

checkRemainingChunks

Using AI Code Generation

1func TestToxics(t *testing.T) {2    toxiproxy := toxiproxy.NewToxiproxy()3    toxiproxy.Start()4    proxy := toxiproxy.NewProxy("test", "localhost:5000", "localhost:5001")5    toxiproxy.AddProxy(proxy)6    toxic, err := proxy.Toxics().Add("latency", "downstream", toxics.ToxicAttributes{7    })8    if err != nil {9        t.Fatal(err)10    }11    if err != nil {12        t.Fatal(err)13    }14    if resp.StatusCode != 200 {15        t.Fatal("Response should have been 200")16    }17    err = proxy.Toxics().Update(toxic)18    if err != nil {19        t.Fatal(err)20    }21    if err != nil {22        t.Fatal(err)23    }24    if resp.StatusCode != 200 {25        t.Fatal("Response should have been 200")26    }27    err = proxy.Toxics().Update(toxic)28    if err != nil {29        t.Fatal(err)30    }31    if err != nil {32        t.Fatal(err)33    }34    if resp.StatusCode != 200 {35        t.Fatal("Response should have been 200")36    }37    err = proxy.Toxics().Delete("latency")38    if err != nil {39        t.Fatal(err)40    }41    if err != nil {42        t.Fatal(err)43    }44    if resp.StatusCode != 200 {45        t.Fatal("Response should have been 200")46    }

checkRemainingChunks

Using AI Code Generation

1func main() {2    toxics := toxics_test.NewToxics()3    toxics.CreateToxic("localhost:8081", "chunked", "downstream", "chunked")4    toxics.CreateToxic("localhost:8081", "chunked", "upstream", "chunked")5    toxics.CreateToxic("localhost:8081", "slow_close", "downstream", "slow_close")6    toxics.CreateToxic("localhost:8081", "slow_close", "upstream", "slow_close")7    toxics.CreateToxic("localhost:8081", "timeout", "downstream", "timeout")8    toxics.CreateToxic("localhost:8081", "timeout", "upstream", "timeout")9    toxics.CreateToxic("localhost:8081", "bandwidth", "downstream", "bandwidth")10    toxics.CreateToxic("localhost:8081", "bandwidth", "upstream", "bandwidth")11    toxics.CreateToxic("localhost:8081", "limit_data", "downstream", "limit_data")12    toxics.CreateToxic("localhost:8081", "limit_data", "upstream", "limit_data")13    toxics.CreateToxic("localhost:8081", "latency", "downstream", "latency")14    toxics.CreateToxic("localhost:8081", "latency", "upstream", "latency")15    toxics.CreateToxic("localhost:8081", "slicer", "downstream", "slicer")16    toxics.CreateToxic("localhost:8081", "slicer", "upstream", "slicer")17    toxics.CreateToxic("localhost:8081", "shuffle", "downstream", "shuffle")18    toxics.CreateToxic("localhost:8081", "shuffle", "upstream", "shuffle")19    toxics.CreateToxic("localhost:8081", "limit_data", "downstream", "limit_data")20    toxics.CreateToxic("localhost:8081", "limit_data", "upstream", "limit_data")21    toxics.CreateToxic("localhost:8081", "bandwidth", "downstream", "bandwidth")22    toxics.CreateToxic("localhost:8081", "bandwidth", "upstream", "bandwidth")23    toxics.CreateToxic("localhost:808

checkRemainingChunks

Using AI Code Generation

1import (2func TestToxics(t *testing.T) {3	toxics := NewToxics()4	toxic := NewToxic("toxic", "latency", "downstream", 1, nil)5	toxics.AddToxic(toxic)6	if toxics.checkRemainingChunks() {7		fmt.Println("Test passed")8	} else {9		fmt.Println("Test failed")10	}11}12import (13func TestToxics(t *testing.T) {14	toxics := NewToxics()15	toxic := NewToxic("toxic", "latency", "downstream", 1, nil)

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