How to use copyGaugeBinaries method of main Package

Best Gauge code snippet using main.copyGaugeBinaries

make.go

Source:make.go

...113			panic(err)114		}115	}116}117func copyGaugeBinaries(installPath string) {118	files := make(map[string]string)119	files[getGaugeExecutablePath(gauge)] = ""120	installFiles(files, installPath)121}122func setEnv(envVariables map[string]string) {123	for k, v := range envVariables {124		os.Setenv(k, v)125	}126}127var test = flag.Bool("test", false, "Run the test cases")128var coverage = flag.Bool("coverage", false, "Run the test cases and show the coverage")129var install = flag.Bool("install", false, "Install to the specified prefix")130var nightly = flag.Bool("nightly", false, "Add nightly build information")131var gaugeInstallPrefix = flag.String("prefix", "", "Specifies the prefix where gauge files will be installed")132var allPlatforms = flag.Bool("all-platforms", false, "Compiles for all platforms windows, linux, darwin both x86 and x86_64")133var targetLinux = flag.Bool("target-linux", false, "Compiles for linux only, both x86 and x86_64")134var binDir = flag.String("bin-dir", "", "Specifies OS_PLATFORM specific binaries to install when cross compiling")135var distro = flag.Bool("distro", false, "Create gauge distributable")136var verbose = flag.Bool("verbose", false, "Print verbose details")137var skipWindowsDistro = flag.Bool("skip-windows", false, "Skips creation of windows distributable on unix machines while cross platform compilation")138var certFile = flag.String("certFile", "", "Should be passed for signing the windows installer")139// Defines all the compile targets140// Each target name is the directory name141var (142	platformEnvs = []map[string]string{143		map[string]string{GOARCH: X86, GOOS: darwin, CGO_ENABLED: "0"},144		map[string]string{GOARCH: X86_64, GOOS: darwin, CGO_ENABLED: "0"},145		map[string]string{GOARCH: X86, GOOS: linux, CGO_ENABLED: "0"},146		map[string]string{GOARCH: X86_64, GOOS: linux, CGO_ENABLED: "0"},147		map[string]string{GOARCH: X86, GOOS: freebsd, CGO_ENABLED: "0"},148		map[string]string{GOARCH: X86_64, GOOS: freebsd, CGO_ENABLED: "0"},149		map[string]string{GOARCH: X86, GOOS: windows, CC: "i586-mingw32-gcc", CGO_ENABLED: "1"},150		map[string]string{GOARCH: X86_64, GOOS: windows, CC: "x86_64-w64-mingw32-gcc", CGO_ENABLED: "1"},151	}152	osDistroMap = map[string]distroFunc{windows: createWindowsDistro, linux: createLinuxPackage, freebsd: createLinuxPackage, darwin: createDarwinPackage}153)154func main() {155	flag.Parse()156	commitHash = revParseHead()157	if *nightly {158		buildMetadata = fmt.Sprintf("nightly-%s", time.Now().Format(nightlyDatelayout))159	}160	if *verbose {161		fmt.Println("Build: " + buildMetadata)162	}163	if *test {164		runTests(*coverage)165	} else if *install {166		installGauge()167	} else if *distro {168		createGaugeDistributables(*allPlatforms)169	} else {170		if *allPlatforms {171			crossCompileGauge()172		} else {173			compileGauge()174		}175	}176}177func revParseHead() string {178	if _, err := os.Stat(".git"); err != nil {179		return ""180	}181	cmd := exec.Command("git", "rev-parse", "--short", "HEAD")182	var hash bytes.Buffer183	cmd.Stdout = &hash184	err := cmd.Run()185	if err != nil {186		log.Fatal(err)187	}188	return fmt.Sprintf("%s", strings.TrimSpace(hash.String()))189}190func filteredPlatforms() []map[string]string {191	filteredPlatformEnvs := platformEnvs[:0]192	for _, x := range platformEnvs {193		if *targetLinux {194			if x[GOOS] == linux {195				filteredPlatformEnvs = append(filteredPlatformEnvs, x)196			}197		} else {198			filteredPlatformEnvs = append(filteredPlatformEnvs, x)199		}200	}201	return filteredPlatformEnvs202}203func crossCompileGauge() {204	for _, platformEnv := range filteredPlatforms() {205		setEnv(platformEnv)206		if *verbose {207			log.Printf("Compiling for platform => OS:%s ARCH:%s \n", platformEnv[GOOS], platformEnv[GOARCH])208		}209		compileGauge()210	}211}212func installGauge() {213	updateGaugeInstallPrefix()214	copyGaugeBinaries(deployDir)215	if _, err := common.MirrorDir(filepath.Join(deployDir), filepath.Join(*gaugeInstallPrefix, bin)); err != nil {216		panic(fmt.Sprintf("Could not install gauge : %s", err))217	}218}219func createGaugeDistributables(forAllPlatforms bool) {220	if forAllPlatforms {221		for _, platformEnv := range filteredPlatforms() {222			setEnv(platformEnv)223			if *verbose {224				log.Printf("Creating distro for platform => OS:%s ARCH:%s \n", platformEnv[GOOS], platformEnv[GOARCH])225			}226			createDistro()227		}228	} else {229		createDistro()230	}231}232type distroFunc func()233func createDistro() {234	osDistroMap[getGOOS()]()235}236func createWindowsDistro() {237	if !*skipWindowsDistro {238		createWindowsInstaller()239	}240}241func createWindowsInstaller() {242	pName := packageName()243	distroDir, err := filepath.Abs(filepath.Join(deploy, pName))244	installerFileName := filepath.Join(filepath.Dir(distroDir), pName)245	if err != nil {246		panic(err)247	}248	copyGaugeBinaries(distroDir)249	runProcess("makensis.exe",250		fmt.Sprintf("/DPRODUCT_VERSION=%s", getBuildVersion()),251		fmt.Sprintf("/DGAUGE_DISTRIBUTABLES_DIR=%s", distroDir),252		fmt.Sprintf("/DOUTPUT_FILE_NAME=%s.exe", installerFileName),253		filepath.Join("build", "install", "windows", "gauge-install.nsi"))254	createZipFromUtil(deploy, pName, pName)255	os.RemoveAll(distroDir)256	signExecutable(installerFileName+".exe", *certFile)257}258func signExecutable(exeFilePath string, certFilePath string) {259	if getGOOS() == windows {260		if certFilePath != "" {261			log.Printf("Signing: %s", exeFilePath)262			runProcess("signtool", "sign", "/f", certFilePath, "/debug", "/v", "/tr", "http://timestamp.digicert.com", "/a", "/fd", "sha256", "/td", "sha256", "/as", exeFilePath)263		} else {264			log.Printf("No certificate file passed. Executable won't be signed.")265		}266	}267}268func createDarwinPackage() {269	distroDir := filepath.Join(deploy, gauge)270	copyGaugeBinaries(distroDir)271	if id := os.Getenv("OS_SIGNING_IDENTITY"); id == "" {272		log.Printf("No singning identity found . Executable won't be signed.")273	} else {274		runProcess("codesign", "-s", id, "--force", "--deep", filepath.Join(distroDir, gauge))275	}276	createZipFromUtil(deploy, gauge, packageName())277	os.RemoveAll(distroDir)278}279func createLinuxPackage() {280	distroDir := filepath.Join(deploy, packageName())281	copyGaugeBinaries(distroDir)282	createZipFromUtil(deploy, packageName(), packageName())283	os.RemoveAll(distroDir)284}285func packageName() string {286	return fmt.Sprintf("%s-%s-%s.%s", gauge, getBuildVersion(), getGOOS(), getPackageArchSuffix())287}288func removeUnwatedFiles(dir, currentOS string) error {289	fileList := []string{290		".DS_STORE",291		".localized",292		"$RECYCLE.BIN",293	}294	if currentOS == "windows" {295		fileList = append(fileList, []string{...

copyGaugeBinaries

Using AI Code Generation

1import (2func main() {3	gaugeRoot := os.Getenv("GAUGE_ROOT")4	if gaugeRoot == "" {5		gaugeRoot = util.GaugeHomeDirectory()6	}7	err := util.CopyGaugeBinaries(gaugeRoot, false)8	if err != nil {9		logger.Fatalf(true, "Failed to copy Gauge binaries. %s", err.Error())10	}11	fmt.Printf("Gauge binaries copied to '%s'.\n", gaugeRoot)12	fmt.Println("Please add the path to your environment variable PATH.")13	fmt.Printf("For example, on a *nix system, run: `export PATH=$PATH:%s`\n", strings.Join([]string{gaugeRoot, config.GaugeBinDir}, string(os.PathSeparator)))14}

copyGaugeBinaries

Using AI Code Generation

1import (2func main() {3 err := gauge.CopyGaugeBinaries()4 if err != nil {5 fmt.Println(err)6 }7}

copyGaugeBinaries

Using AI Code Generation

1import (2func main() {3	logger.Init(true, true, false)4	err := gauge.CopyGaugeBinaries("1.0.2", "1.0.0")5	if err != nil {6		fmt.Println(err)7	}8}

copyGaugeBinaries

Using AI Code Generation

1import (2func main() {3	fmt.Println("main started")4	fmt.Println("main ended")5}6func copyGaugeBinaries() error {7	fmt.Println("copyGaugeBinaries started")8	gaugeBinaries := []string{"gauge", "gauge-java"}9	for _, gaugeBinary := range gaugeBinaries {10		fmt.Println("copying " + gaugeBinary)11		gaugeBinaryPath, err := filepath.Abs(filepath.Join(filepath.Dir(os.Args[0]), "binaries", gaugeBinary))12		if err != nil {13		}14		fmt.Println("gaugeBinaryPath: " + gaugeBinaryPath)15		err = os.Chmod(gaugeBinaryPath, 0777)16		if err != nil {17		}18		fmt.Println("gaugeBinaryPath chmod done")19		gaugeInstallPath, err := filepath.Abs(filepath.Join(filepath.Dir(os.Args[0]), "binaries", gaugeBinary))20		if err != nil {21		}22		fmt.Println("gaugeInstallPath: " + gaugeInstallPath)23		err = os.Chmod(gaugeInstallPath, 0777)24		if err != nil {25		}26		fmt.Println("gaugeInstallPath chmod done")27		err = exec.Command("cp", gaugeBinaryPath, gaugeInstallPath).Run()28		if err != nil {

copyGaugeBinaries

Using AI Code Generation

1import (2func main() {3	err = os.Chdir("C:\\Users\\shashank\\Desktop\\gauge")4	if err != nil {5		fmt.Println("error in changing directory")6	}7	err = copyGaugeBinaries()8	if err != nil {9		fmt.Println("error in copying gauge binaries")10	}11}

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.