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How to use ExitCode method of js Package

Best K6 code snippet using js.ExitCode

go-horse_test.go

Source:go-horse_test.go

...40func TestRun(t *testing.T) {41	Convey("docker run --name e2e-test-container -d redis", t, func() {42		result := icmd.RunCommand("docker", "-H", "tcp://localhost:8080", "run", "--name", "e2e-test-container", "-d", "redis")43		So(len(strings.TrimSpace(result.Stdout())), ShouldEqual, 64)44		So(result.ExitCode, ShouldEqual, 0)45	})46}47func TestRemove(t *testing.T) {48	Convey("docker run -f e2e-test-container", t, func() {49		result := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", "e2e-test-container")50		So(strings.TrimSpace(result.Stdout()), ShouldEqual, "e2e-test-container")51		So(result.ExitCode, ShouldEqual, 0)52	})53}54func TestAttach(t *testing.T) {55	Convey("docker run --name attach -d redis", t, func(c C) {56		var resultRun *icmd.Result57		var resultAttach *icmd.Result58		var resultStop *icmd.Result59		done := make(chan bool)60		resultRun = icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "--name", "attach", "-d", "redis")61		go func() {62			resultAttach = icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "attach", "attach")63		}()64		go func() {65			resultStop = icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "container", "stop", "attach")66			time.Sleep(1 * time.Second)67			done <- true68		}()69		<-done70		So(resultAttach.ExitCode, ShouldEqual, 1)71		So(resultRun.ExitCode, ShouldEqual, 0)72		So(resultStop.ExitCode, ShouldEqual, 0)73		// So(resultAttach.Stdout(), ShouldEndWith, "# Redis is now ready to exit, bye bye...\n")74		resultStop = icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", "attach")75	})76}77func TestBuild(t *testing.T) {78	Convey("docker build -t image-teste-build ./buildtest", t, func() {79		resultBuild := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "build", "-t", "image-teste-build", "build/")80		So(resultBuild.ExitCode, ShouldEqual, 0)81		So(resultBuild.Stdout(), ShouldContainSubstring, "Successfully built")82		resultRun := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "-d", "image-teste-build")83		resultLogs := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "logs", strings.TrimSpace(resultRun.Stdout()))84		So(resultLogs.Stdout(), ShouldEqual, "GO-HORSE build command test\n")85		resultRm := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", strings.TrimSpace(resultRun.Stdout()))86		So(resultRm.ExitCode, ShouldEqual, 0)87	})88}89func TestCommit(t *testing.T) {90	Convey("docker commit", t, func() {91		resultRun := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "-d", "redis")92		So(resultRun.ExitCode, ShouldEqual, 0)93		containerID := strings.TrimSpace(resultRun.Stdout())94		resultExec := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "exec", containerID, "bash", "-c", "echo go-horse_commit_test > /test.test")95		So(resultExec.ExitCode, ShouldEqual, 0)96		resultCommit := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "commit", containerID, "commit_test")97		So(resultCommit.ExitCode, ShouldEqual, 0)98		resultRunCommit := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "-d", "commit_test")99		containerCommitID := strings.TrimSpace(resultRunCommit.Stdout())100		So(resultRunCommit.ExitCode, ShouldEqual, 0)101		resultExecCommit := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "exec", containerCommitID, "bash", "-c", "cat /test.test")102		So(resultExecCommit.ExitCode, ShouldEqual, 0)103		So(strings.TrimSpace(resultExecCommit.Stdout()), ShouldEqual, "go-horse_commit_test")104		resultRMs := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", containerCommitID, containerID)105		So(resultRMs.ExitCode, ShouldEqual, 0)106	})107}108func TestCP(t *testing.T) {109	Convey("docker cp", t, func() {110		resultRun := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "--name", "cp_test", "-d", "redis")111		So(resultRun.ExitCode, ShouldEqual, 0)112		resultCp := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "cp", "build/Dockerfile", "cp_test:/data")113		So(resultCp.ExitCode, ShouldEqual, 0)114		resultExec := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "exec", "cp_test", "ls")115		So(resultExec.ExitCode, ShouldEqual, 0)116		So(strings.TrimSpace(resultExec.Stdout()), ShouldEqual, "Dockerfile")117		resultRM := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", strings.TrimSpace(resultRun.Stdout()))118		So(resultRM.ExitCode, ShouldEqual, 0)119	})120}121func TestContainerStats(t *testing.T) {122	Convey("docker container stats", t, func() {123		resultRun := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "--name", "stats_container", "-d", "redis")124		So(resultRun.ExitCode, ShouldEqual, 0)125		var resultStats *icmd.Result126		done := make(chan string)127		go func() {128			command := icmd.Cmd{Command: append([]string{"docker", "-H", "tcp://localhost:7070", "stats", "stats_container"}), Timeout: 5 * time.Second}129			resultStats = icmd.StartCmd(command)130			time.Sleep(5 * time.Second)131			resultStats.Cmd.Process.Signal(os.Interrupt)132			done <- resultStats.Combined()133		}()134		msg := <-done135		So(msg, ShouldContainSubstring, "CONTAINER ID")136		So(msg, ShouldContainSubstring, "CPU %")137		So(msg, ShouldContainSubstring, "MEM USAGE / LIMIT")138		So(msg, ShouldContainSubstring, "NET I/O")139		So(msg, ShouldContainSubstring, "stats_container")140		So(resultStats.ExitCode, ShouldEqual, 0)141		resultRM := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", strings.TrimSpace(resultRun.Stdout()))142		So(resultRM.ExitCode, ShouldEqual, 0)143	})144}145// func TestStackDeploy(t *testing.T) {146// 	Convey("docker swarm all-in-one test suite", t, func() {147// 		resultSwarmInit := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "swarm", "init")148// 		So(resultSwarmInit.ExitCode, ShouldEqual, 0)149// 		So(strings.TrimSpace(resultSwarmInit.Stdout()), ShouldStartWith, "Swarm initialized")150// 		// fmt.Println("swarm init :: ", resultSwarmInit.Combined())151// 		resultStackDeploy := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "stack", "deploy", "--compose-file", "stack-deploy/docker-compose.yml", "stack-test")152// 		So(resultStackDeploy.ExitCode, ShouldEqual, 0)153// 		// fmt.Println("stack deploy :: ", resultStackDeploy.Combined())154// 		resultStackLs := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "stack", "ls")155// 		So(resultStackLs.ExitCode, ShouldEqual, 0)156// 		// fmt.Println("stack ls :: ", resultStackLs.Combined())157// 		resultServiceLs := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "service", "ls")158// 		So(resultServiceLs.ExitCode, ShouldEqual, 0)159// 		// fmt.Println("service ls :: ", resultServiceLs.Combined())160// 		var resultServiceLogs *icmd.Result161// 		done := make(chan string)162// 		go func() {163// 			command := icmd.Cmd{Command: append([]string{"docker", "-H", "tcp://localhost:7070", "service", "logs", "stack-test_redis"})}164// 			resultServiceLogs = icmd.StartCmd(command)165// 			time.Sleep(3 * time.Second)166// 			resultServiceLogs.Cmd.Process.Signal(os.Interrupt)167// 			done <- resultServiceLogs.Stdout()168// 		}()169// 		logs := <-done170// 		So(resultServiceLogs.ExitCode, ShouldEqual, 0)171// 		So(logs, ShouldContainSubstring, "Redis version")172// 		So(logs, ShouldContainSubstring, "Server initialized")173// 		So(logs, ShouldContainSubstring, "Ready to accept connections")174// 		// fmt.Println("service logs :: ", logs)175// 		resultStackRm := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "stack", "rm", "stack-test")176// 		So(resultStackRm.ExitCode, ShouldEqual, 0)177// 		// fmt.Println("stack rm :: ", resultStackRm.Combined())178// 		resultSwarmLeave := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "swarm", "leave", "--force")179// 		So(resultSwarmLeave.ExitCode, ShouldEqual, 0)180// 		So(strings.TrimSpace(resultSwarmLeave.Stdout()), ShouldEqual, "Node left the swarm.")181// 		// fmt.Println("swarm leave :: ", resultSwarmLeave.Combined())182// 	})183// }184func TestGoHorseNoFilters(t *testing.T) {185	Convey("go horse : no active filters", t, func() {186		removeContents(config.JsFiltersPath)187		time.Sleep(time.Second) // see list.go line 140188		response, err := http.Get("http://localhost:7070/active-filters")189		So(err, ShouldBeNil)190		So(response, ShouldNotBeNil)191		defer response.Body.Close()192		bodyBytes, er := ioutil.ReadAll(response.Body)193		So(er, ShouldBeNil)194		So(bodyBytes, ShouldNotBeNil)195		json := string(bodyBytes)196		requestFilters := gjson.Get(json, "request")197		responseFilters := gjson.Get(json, "response")198		resultPS := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "ps")199		So(requestFilters.Raw, ShouldBeIn, []string{"null", "[]"})200		So(responseFilters.Raw, ShouldBeIn, []string{"null", "[]"})201		So(resultPS.ExitCode, ShouldEqual, 0)202		So(strings.TrimSpace(resultPS.Stdout()), ShouldEndWith, "NAMES")203	})204}205func TestGoHorseOneResponseFilterRewritePsCommandBody(t *testing.T) {206	Convey("go horse : one active filter -> rewriting docker ps daemon response body", t, func() {207		er := removeContents(config.JsFiltersPath)208		So(er, ShouldBeNil)209		er = copy("jsFilters/000.response.rewrite_body_ps_command.js", config.JsFiltersPath+"/000.response.rewrite_body_ps_command.js")210		So(er, ShouldBeNil)211		time.Sleep(time.Second) // DirWatcher interval : 1 second loop212		response, err := http.Get("http://localhost:7070/active-filters")213		So(err, ShouldBeNil)214		So(response, ShouldNotBeNil)215		defer response.Body.Close()216		bodyBytes, er := ioutil.ReadAll(response.Body)217		So(er, ShouldBeNil)218		So(bodyBytes, ShouldNotBeNil)219		json := string(bodyBytes)220		requestFilters := gjson.Get(json, "request")221		responseFilters := gjson.Get(json, "response")222		resultPS := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "ps")223		So(requestFilters.Raw, ShouldBeIn, []string{"null", "[]"})224		So(responseFilters.Raw, ShouldStartWith, "[{\"Name\":\"rewrite_body_ps_command\",\"Order\":0,\"PathPattern\":\"containers/json")225		So(resultPS.ExitCode, ShouldEqual, 0)226		So(strings.TrimSpace(resultPS.Stdout()), ShouldContainSubstring, "go-horse")227		So(strings.TrimSpace(resultPS.Stdout()), ShouldContainSubstring, "go-horse.sh")228		So(strings.TrimSpace(resultPS.Stdout()), ShouldContainSubstring, "go-horse-image")229		So(strings.TrimSpace(resultPS.Stdout()), ShouldContainSubstring, "go-horse-name")230		So(strings.TrimSpace(resultPS.Stdout()), ShouldContainSubstring, "About a go-horse ago")231		removeContents(config.JsFiltersPath)232	})233}234func TestGoHorseFilterScope(t *testing.T) {235	Convey("go horse : 2 active filters -> one filter sets a variable and change a container label, another filter reads and verify that variable stored in request scope", t, func() {236		er := removeContents(config.JsFiltersPath)237		So(er, ShouldBeNil)238		er = copy("jsFilters/000.request.setVar.js", config.JsFiltersPath+"/000.request.setVar.js")239		er = copy("jsFilters/000.response.getVar.js", config.JsFiltersPath+"/000.response.getVar.js")240		time.Sleep(time.Second)241		resultRun := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "run", "-d", "--label", "test_label=go-horse-label", "redis")242		So(resultRun.ExitCode, ShouldEqual, 0)243		containerID := strings.TrimSpace(resultRun.Stdout())244		resultInspect := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "inspect", containerID)245		So(resultInspect.ExitCode, ShouldEqual, 0)246		So(resultInspect.Stdout(), ShouldContainSubstring, "go-horse-label_edited_by_filter_set_var")247		resultRM := icmd.RunCommand("docker", "-H", "tcp://localhost:7070", "rm", "-f", containerID)248		So(strings.TrimSpace(resultRM.Stdout()), ShouldEqual, containerID)249		So(resultRM.ExitCode, ShouldEqual, 0)250		removeContents(config.JsFiltersPath)251	})252}253func TestGoHorseGolangFilter(t *testing.T) {254	Convey("go horse : Golang filter", t, func() {255	})256}257func removeContents(dir string) error {258	d, err := os.Open(dir)259	if err != nil {260		return err261	}262	defer d.Close()263	names, err := d.Readdirnames(-1)...

emergency.go

Source:emergency.go

1package cli2import (3	"encoding/base64"4	"encoding/json"5	"fmt"6	"io/ioutil"7	"os"8	"strings"9	"path/filepath"10	"os/exec"11	"github.com/declan94/cfcryptfs/cffuse"12	"github.com/declan94/cfcryptfs/internal/exitcode"13	"github.com/declan94/cfcryptfs/internal/tlog"14	"github.com/declan94/cfcryptfs/keycrypter"15)16// EmergencyConfig is the content of a emergency file.17type EmergencyConfig struct {18	CipherConfig19	EmergencyKey string20}21// ExportEmergencyFile read information and key of a cipher directory22// 	save them to an outer file specified by user23func ExportEmergencyFile(cipherDir, outpath string) {24	conf := LoadConf(cipherDir)25	key := LoadKey(cipherDir, "", "")26	cipherKey, err := keycrypter.EncryptKey(key, emergencyPassword)27	if err != nil {28		tlog.Fatal.Printf("Encryption key faild: %v", err)29	}30	encKey := base64.StdEncoding.EncodeToString(cipherKey)31	econf := EmergencyConfig{32		CipherConfig: conf,33		EmergencyKey: encKey,34	}35	js, err := json.MarshalIndent(econf, "", "\t")36	if err != nil {37		tlog.Fatal.Printf("Failed to marshal emergency configs")38		os.Exit(exitcode.Config)39	}40	js = append(js, '\n')41	if outpath == "" {42		for true {43			outpath = ""44			fmt.Printf("path to store emergency file: ")45			fmt.Scanln(&outpath)46			outpath = strings.Trim(outpath, " \t")47			outpath = expandPath(outpath)48			if strings.HasPrefix(outpath, cipherDir) {49				tlog.Warn.Println("You shouldn't save your emergency file in the cipher directory!")50				tlog.Warn.Println("You must keep it SAFE and SECRET.")51				continue52			}53			if _, err := os.Stat(outpath); err == nil {54				fmt.Printf("file exists, overwirte? (y/N)")55				var input string56				fmt.Scanln(&input)57				if strings.ToUpper(strings.Trim(input, " \t")) != "Y" {58					continue59				}60			}61			break62		}63	}64	fd, err := os.OpenFile(outpath, os.O_WRONLY|os.O_CREATE|os.O_TRUNC, 0600)65	if err != nil {66		tlog.Fatal.Printf("Error open file [%s]: %v", outpath, err)67		os.Exit(exitcode.Config)68	}69	_, err = fd.Write(js)70	if err != nil {71		tlog.Fatal.Printf("Error write file [%s]: %v", outpath, err)72		os.Exit(exitcode.Config)73	}74	fmt.Printf("Emergency file exported: %s\n", outpath)75	fmt.Println("Make sure you keep it SAFE and SECRET")76	fmt.Printf("Use `%scfcryptfs -emergency_file THIS_FILE CIPHERDIR MOUNTPOINT%s`"+77		" when config or keyfile are damaged or you forget passowrd.\n", tlog.ColorGreen, tlog.ColorReset)78}79// LoadEmergencyFile load conf and key from a emergency file80func LoadEmergencyFile(path string) (CipherConfig, []byte) {81	// Read from disk82	js, err := ioutil.ReadFile(path)83	if err != nil {84		tlog.Fatal.Printf("Read from config file error: %v", err)85		os.Exit(exitcode.Config)86	}87	// Unmarshal88	var ecf EmergencyConfig89	err = json.Unmarshal(js, &ecf)90	if err != nil {91		tlog.Fatal.Printf("Failed to parse emergency file")92		os.Exit(exitcode.Config)93	}94	cf := ecf.CipherConfig95	cf.CryptType = str2CryptType(cf.CryptTypeStr)96	if cf.CryptType == 0 {97		tlog.Fatal.Printf("Wrong crypt type: %s", cf.CryptTypeStr)98		os.Exit(exitcode.Config)99	}100	cipherKey, err := base64.StdEncoding.DecodeString(ecf.EmergencyKey)101	if err != nil {102		tlog.Fatal.Printf("Decode emergency key failed: %v", err)103		os.Exit(exitcode.Config)104	}105	key, err := keycrypter.DecrytKey(cipherKey, emergencyPassword)106	if err != nil {107		tlog.Fatal.Printf("Decrypt emergency key failed.")108		os.Exit(exitcode.Config)109	}110	return cf, key111}112// RecoverCipherDir recovers the cipher dir using emergency file113func RecoverCipherDir(cipherDir, emerFile string) {114	if emerFile == "" {115		for true {116			emerFile = ""117			fmt.Printf("path of emergency file: ")118			fmt.Scanln(&emerFile)119			emerFile = strings.Trim(emerFile, " \t")120			emerFile = expandPath(emerFile)121			if _, err := os.Stat(emerFile); err != nil {122				tlog.Warn.Println("File dose not exist.")123				continue124			}125			break126		}127	}128	conf, key := LoadEmergencyFile(emerFile)129	fmt.Printf("You'd better use `%scfcryptfs -emergency_file %s %s MOUNTPOINT%s`"+130		" to check if everything works well.\n", tlog.ColorGreen, emerFile, cipherDir, tlog.ColorReset)131	fmt.Printf("Are you sure to recover [%s] with the emergency file [%s]? (y/N)", cipherDir, emerFile)132	var input string133	fmt.Scanln(&input)134	input = strings.Trim(input, " \t")135	if strings.ToUpper(input) != "Y" {136		return137	}138	exec.Command("cp", filepath.Join(cipherDir, cffuse.ConfFile), "/tmp/.cfcryptfs.cfg.bk").Run()139	exec.Command("cp", filepath.Join(cipherDir, cffuse.KeyFile), "/tmp/.cfcryptfs.key.bk").Run()140	err := SaveConf(filepath.Join(cipherDir, cffuse.ConfFile), conf)141	if err != nil {142		tlog.Fatal.Printf("Save config file failed: %v", err)143		os.Exit(exitcode.Config)144	}145	fmt.Println("Set new password")146	SaveKey(cipherDir, key)147	fmt.Printf("\nCipher directory recovered: %s\n", cipherDir)148}...

query.go

Source:query.go

...73		if js.SignalNum > 0 {74			sigStr = js.SignalNum.String()75		}76		exitCode := ""77		if js.ExitCode >= 0 {78			exitCode = strconv.FormatInt(int64(js.ExitCode), 10)79		}80		pid := ""81		if js.Pid > 0 {82			pid = strconv.FormatInt(int64(js.Pid), 10)83		}84		columns := make([]string, 0, 8)85		if isAdmin {86			columns = append(columns, js.Owner)87		}88		columns = append(columns, js.Name)89		columns = append(columns, js.ID)90		columns = append(columns, strconv.FormatBool(js.Running))91		columns = append(columns, pid)92		columns = append(columns, exitCode)...

ExitCode

Using AI Code Generation

1func main() {2    js.Global().Set("ExitCode", js.FuncOf(func(this js.Value, args []js.Value) interface{} {3        os.Exit(args[0].Int())4    }))5}6func main() {7    js.Global().Get("ExitCode").Invoke(1)8}9func main() {10    js.Global().Get("ExitCode").Invoke(1)11}12func main() {13    js.Global().Get("ExitCode").Invoke(1)14}15func main() {16    js.Global().Get("ExitCode").Invoke(1)17}18func main() {19    js.Global().Get("ExitCode").Invoke(1)20}21func main() {22    js.Global().Get("ExitCode").Invoke(1)23}24func main() {25    js.Global().Get("ExitCode").Invoke(1)26}27func main() {28    js.Global().Get("ExitCode").Invoke(1)29}30func main() {31    js.Global().Get("ExitCode").Invoke(1)32}33func main() {34    js.Global().Get("ExitCode").Invoke(1)35}36func main() {37    js.Global().Get("ExitCode").Invoke(1)38}39func main() {40    js.Global().Get("ExitCode").Invoke(1)41}42func main()

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