How to use GetTags method of executor Package

Best K6 code snippet using executor.GetTags

worker.go

Source:worker.go Github

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...172 return w.psb.Print(fmt.Sprintf("%v Executing command %v\n", tags, cmdArgs), true, w.stripansicolor)173}174//runCommand runs cmd on ex the Executor in the workDir and returns success and error175func (w *Worker) runCommand(oldsuccess bool, ex executor.Executor, workDir string, cmd []string) (bool, error) {176 ctags := ex.GetTags()177 var errList []error178 success := true179 w.printAndStreamCommand(ctags, cmd)180 if oldsuccess {181 klog.V(4).Infof("injected env vars look like %#v", w.envVars)182 retryBackOff := w.retryLoopBackOff183 //keep retrying for ever incrementing retry (internal break conditions present)184 for retry := 1; ; retry++ {185 // if retry > 1 then we probably failed the last attempt186 if retry > 1 {187 success = false188 w.printAndStreamInfo(ctags, "attempt failed due to executor error")189 // we want to do retry loop backoff for all attempts greater than one until the last attempt190 if retry <= w.retryLoopCount {191 retryBackOff = retryBackOff + w.retryLoopBackOff192 w.printAndStreamInfo(ctags, fmt.Sprintf("backing of for %s before retrying", retryBackOff))193 time.Sleep(retryBackOff)194 }195 }196 // if the last attempt was done and was not successful, then we have failed197 // Note: this handles case where retry loop count was given as 1 as well as 1 >= 1 but success is true (see initialization above)198 if retry > w.retryLoopCount && !success {199 w.printAndStreamErrors(ctags, errList)200 return false, fmt.Errorf("failed due to errors, aborting %v", errList)201 }202 w.printAndStreamInfo(ctags, fmt.Sprintf("Attempt %d", retry))203 rdr, err := ex.InitCommand(workDir, cmd, util.EnvMapCopy(w.envVars), w.tags)204 if err != nil {205 errList = append(errList, fmt.Errorf("failed to initialize executor %w", err))206 continue207 }208 defer ex.Close()209 done := make(chan error)210 go func(done chan error) {211 for {212 data, err := rdr.ReadString('\n')213 if err != nil {214 if err != io.EOF {215 done <- fmt.Errorf("error while reading from buffer %w", err)216 }217 if len(data) > 0 {218 w.printAndStreamLog(ctags, data)219 }220 break221 }222 w.printAndStreamLog(ctags, data)223 time.Sleep(25*time.Millisecond)224 }225 done <- nil226 }(done)227 // if start or wait error out, then we record the error and move on to next attempt228 err = ex.Start()229 if err != nil {230 errList = append(errList, fmt.Errorf("failed to start executing command %w", err))231 continue232 }233 err = <-done234 if err != nil {235 errList = append(errList, err)236 continue237 }238 success, err = ex.Wait()239 if err != nil {240 errList = append(errList, fmt.Errorf("failed to wait for command completion %w", err))241 continue242 }243 err = w.psb.FlushToQueue()244 if err != nil {245 return false, fmt.Errorf("failed to flush %w", err)246 }247 // if we have reached this point, then we do not have any executor errors, so return success status248 return success, nil249 }250 }251 w.printAndStreamInfo(ex.GetTags(), "previous command failed or skipped, skipping")252 return false, nil253}254func (w *Worker) setupGit(oldstatus bool, ex executor.Executor, repoDir string) (bool, error) {255 if oldstatus {256 var status bool257 var err error258 if w.gitUser != "" && w.gitEmail != "" {259 klog.V(2).Infof("configuring git user and git email")260 klog.V(3).Infof("user %s with email %s", w.gitUser, w.gitEmail)261 status, err = w.runCommand(true, ex, repoDir, []string{"git", "config", "user.name", fmt.Sprintf("\"%s\"", w.gitUser)})262 if err != nil {263 return false, fmt.Errorf("failed to set git user %w", err)264 }265 status, err = w.runCommand(status, ex, repoDir, []string{"git", "config", "user.email", fmt.Sprintf("\"%s\"", w.gitEmail)})266 }267 } else {268 return false, nil269 }270 return true, nil271}272//setupTests sets up testing using Executor ex, in workDir the workdirectory and repoDir the repo clone location. Returns success and error.273func (w *Worker) setupTests(ex executor.Executor, workDir, repoDir string) (bool, error) {274 var err error275 var chkout string276 klog.V(2).Infof("setting up tests")277 //Remove any existing workdir of same name, ussually due to termination of jobs278 status, err := w.runCommand(true, ex, "", []string{"rm", "-rf", workDir})279 if err != nil {280 w.handleCommandError(ex.GetTags(), err)281 }282 //create new workdir and repodir283 status, err = w.runCommand(status, ex, "", []string{"mkdir", "-p", repoDir})284 if err != nil {285 return false, fmt.Errorf("failed to create workdir %w", err)286 }287 klog.V(2).Infof("cloning repo and checking out the target")288 status, err = w.runCommand(status, ex, "", []string{"git", "clone", w.cimsg.RepoURL, repoDir})289 if err != nil {290 return false, fmt.Errorf("git clone failed %w", err)291 }292 status, err = w.setupGit(status, ex, repoDir)293 if err != nil {294 return false, fmt.Errorf("failed to setup git %w", err)295 }296 if w.cimsg.Kind == messages.RequestTypePR {297 klog.V(2).Infof("checking out PR and merging it with the main branch")298 klog.V(3).Infof("PR %s and main branch %s", w.cimsg.Target, w.cimsg.MainBranch)299 chkout = fmt.Sprintf("pr%s", w.cimsg.Target)300 pulltgt := fmt.Sprintf("pull/%s/head:%s", w.cimsg.Target, chkout)301 status1, err := w.runCommand(status, ex, repoDir, []string{"git", "fetch", "-v", "origin", pulltgt})302 if err != nil {303 return false, fmt.Errorf("failed to fetch pr no %s, are you sure it exists in repo %s %w", w.cimsg.Target, w.cimsg.RepoURL, err)304 }305 if !status1 {306 fmt.Printf("couldn't find remote ref for pr no %s, running tests on main branch", w.cimsg.Target)307 }308 status, err = w.runCommand(true, ex, repoDir, []string{"git", "checkout", w.cimsg.MainBranch})309 if err != nil {310 return false, fmt.Errorf("failed to switch to main branch %w", err)311 }312 if status1 {313 status, err = w.runCommand(status, ex, repoDir, []string{"git", "merge", chkout, "--no-edit"})314 if err != nil {315 return false, fmt.Errorf("failed to fast forward merge %w", err)316 }317 }318 } else if w.cimsg.Kind == messages.RequestTypeBranch {319 klog.V(2).Infof("checkout out branch")320 chkout = w.cimsg.Target321 //4 checkout322 status, err = w.runCommand(status, ex, repoDir, []string{"git", "checkout", chkout})323 if err != nil {324 return false, fmt.Errorf("failed to checkout %w", err)325 }326 } else if w.cimsg.Kind == messages.RequestTypeTag {327 klog.V(2).Infof("checking out git tag")328 chkout = fmt.Sprintf("tags/%s", w.cimsg.Target)329 //4 checkout330 status, err = w.runCommand(status, ex, repoDir, []string{"git", "checkout", chkout})331 if err != nil {332 return false, fmt.Errorf("failed to checkout %w", err)333 }334 } else {335 return false, fmt.Errorf("invalid kind parameter %s. Must be one of %s, %s or %s", w.cimsg.Kind, messages.RequestTypePR, messages.RequestTypeBranch, messages.RequestTypeTag)336 }337 return status, nil338}339//runTests runs tests using executor ex and repoDir the repo clone location. If oldstatus is false, it is skipped340func (w *Worker) runTests(oldstatus bool, ex executor.Executor, repoDir string) (bool, error) {341 var err error342 if oldstatus {343 status := true344 klog.V(2).Infof("setting up test command")345 //1 Setup the runCmd based on if setup script and run script346 var runCmd string347 if w.cimsg.SetupScript != "" {348 klog.Infof("setup script detected, adding to command")349 runCmd = fmt.Sprint(". ", w.cimsg.SetupScript, " && ")350 }351 klog.V(2).Infof("adding run script to command")352 runCmd = fmt.Sprint(runCmd, ". ", w.cimsg.RunScript)353 runCmd = fmt.Sprintf("\"%s\"", runCmd)354 //2 Download runscript, if provided355 if w.cimsg.RunScriptURL != "" {356 klog.V(2).Infof("downloading run script for a url")357 status, err = w.runCommand(status, ex, repoDir, []string{"curl", "-kLo", w.cimsg.RunScript, w.cimsg.RunScriptURL})358 if err != nil {359 return false, fmt.Errorf("failed to download run script")360 }361 }362 //3 run run cmd363 status, err = w.runCommand(status, ex, repoDir, []string{"sh", "-c", runCmd})364 if err != nil {365 return false, fmt.Errorf("failed to run run script")366 }367 return status, nil368 }369 w.printAndStreamInfo(ex.GetTags(), "setup failed, skipping")370 return false, nil371}372//tearDownTests cleanups up using Executor ex in workDir the workDirectory and returns success and error373//if oldsuccess is false, then this is skipped374func (w *Worker) tearDownTests(oldsuccess bool, ex executor.Executor, workDir string) (bool, error) {375 klog.V(2).Infof("tearing down test env")376 if oldsuccess {377 status, err := w.runCommand(oldsuccess, ex, "", []string{"rm", "-rf", workDir})378 if err != nil {379 return false, fmt.Errorf("failed to remove workdir %w", err)380 }381 return status, nil382 }383 w.printAndStreamInfo(ex.GetTags(), "run failed, skipping")384 return false, nil385}386//test runs the tests on a node. If node is nill LocalExecutor is used, otherwise SSHExecutor is used.387//returns success and error388func (w *Worker) test(nd *node.Node) (bool, error) {389 var err error390 var ex executor.Executor391 baseWorkDir := util.GetBaseWorkDir(w.cimsg.RcvIdent)392 instanceWorkDir := filepath.Join(baseWorkDir, util.GetInstanceWorkdirName())393 repoDir := filepath.Join(instanceWorkDir, w.repoDir)394 if nd != nil {395 klog.V(2).Infof("no node specified, creating LocalExecutor")396 ex, err = executor.NewNodeSSHExecutor(nd)397 if err != nil {398 return false, fmt.Errorf("failed to setup ssh executor %w", err)399 }400 w.printAndStreamInfo(ex.GetTags(), fmt.Sprintf("running tests on node %s via ssh", nd.Name))401 } else {402 klog.V(2).Infof("node specified, creating node executor")403 klog.V(4).Infof("node information looks like %#v", nd)404 ex = executor.NewLocalExecutor()405 w.printAndStreamInfo(ex.GetTags(), "running tests locally")406 }407 status, err := w.setupTests(ex, baseWorkDir, repoDir)408 if err != nil {409 return false, fmt.Errorf("setup failed %w", err)410 }411 status, err = w.runTests(status, ex, repoDir)412 if err != nil {413 return false, fmt.Errorf("failed to run the tests %w", err)414 }415 status, err = w.tearDownTests(status, ex, baseWorkDir)416 if err != nil {417 return false, fmt.Errorf("failed cleanup %w", err)418 }419 return status, nil...

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build.go

Source:build.go Github

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1package main2import (3 "fmt"4 "os"5 "path/filepath"6 . "github.com/g2a-com/cicd/internal/blueprint"7 "github.com/g2a-com/cicd/internal/flags"8 "github.com/g2a-com/cicd/internal/object"9 "github.com/g2a-com/cicd/internal/schema"10 "github.com/g2a-com/cicd/internal/script"11 "github.com/g2a-com/cicd/internal/utils"12 log "github.com/g2a-com/klio-logger-go/v2"13)14func main() {15 var err error16 // Exit nicely on panics17 defer utils.HandlePanics()18 // Parse options19 opts := options{20 ResultFile: "build-result.json",21 ProjectFile: utils.FindProjectFile(),22 }23 flags.ParseArgs(&opts, os.Args)24 // Prepare logger25 l := log.StandardLogger()26 // Handle results27 result := &Result{}28 defer utils.SaveResult(opts.ResultFile, result)29 // Check if project file exists30 if !utils.FileExists(opts.ProjectFile) {31 panic("cannot find project.yaml")32 }33 // Load blueprint34 blueprint := Blueprint{35 Mode: BuildMode,36 Params: opts.Params,37 Services: opts.Services,38 Preprocessors: []Preprocessor{39 schema.Validate,40 schema.Migrate,41 },42 }43 err = blueprint.Load(filepath.Join(utils.FindCommandDirectory(), "assets", "executors", "*", "*.yaml"))44 assert(err == nil, err)45 err = blueprint.Load(opts.ProjectFile)46 assert(err == nil, err)47 err = blueprint.AddDocuments(opts)48 assert(err == nil, err)49 err = blueprint.Validate()50 assert(err == nil, err)51 // Change working directory52 err = os.Chdir(blueprint.GetProject().Directory())53 assert(err == nil, err)54 // Helper for getting executors55 getExecutor := func(kind object.Kind, name string) object.Executor {56 e, ok := blueprint.GetExecutor(kind, name)57 assert(ok, fmt.Errorf("%s %q does not exist", kind, name))58 return e59 }60 // Build61 for _, service := range blueprint.ListServices() {62 l := l.WithTags(service.Name())63 if len(service.Entries(object.BuildEntryType)) == 0 {64 l.WithLevel(log.VerboseLevel).Print("No artifacts to build")65 continue66 }67 // Generate tags68 for _, entry := range service.Entries(object.TagEntryType) {69 s := script.New(getExecutor(entry.ExecutorKind(), entry.ExecutorName()))70 s.Logger = l71 res, err := s.Run(TaggerInput{72 Spec: entry.Spec(&blueprint),73 Dirs: Dirs{74 Project: blueprint.GetProject().Directory(),75 Service: service.Directory(),76 },77 })78 assert(err == nil, err)79 result.addTags(service, entry, res)80 }81 if len(result.getTags(service)) == 0 {82 l.WithLevel(log.WarnLevel).Print("No tags to build")83 continue84 }85 // Build artifacts86 for _, entry := range service.Entries(object.BuildEntryType) {87 s := script.New(getExecutor(entry.ExecutorKind(), entry.ExecutorName()))88 s.Logger = l89 res, err := s.Run(BuilderInput{90 Spec: entry.Spec(&blueprint),91 Tags: result.getTags(service),92 Dirs: Dirs{93 Project: blueprint.GetProject().Directory(),94 Service: service.Directory(),95 },96 })97 assert(err == nil, err)98 result.addArtifacts(service, entry, res)99 }100 }101 // Push artifacts102 if opts.Push {103 for _, service := range blueprint.ListServices() {104 l := l.WithTags("push", service.Name())105 for _, entry := range service.Entries(object.PushEntryType) {106 s := script.New(getExecutor(entry.ExecutorKind(), entry.ExecutorName()))107 s.Logger = l108 res, err := s.Run(PusherInput{109 Spec: entry.Spec(&blueprint),110 Tags: result.getTags(service),111 Artifacts: result.getArtifacts(service, entry),112 Dirs: Dirs{113 Project: blueprint.GetProject().Directory(),114 Service: service.Directory(),115 },116 })117 assert(err == nil, err)118 result.addPushedArtifacts(service, entry, res)119 }120 }121 }122 // Print success message123 switch count := len(blueprint.ListServices()); count {124 case 0:125 l.Print("There was nothing to build")126 case 1:127 l.Print("Successfully built 1 service")128 default:129 l.Printf("Successfully built %v services", count)130 }131}132func assert(condition bool, err interface{}) {133 if !condition {134 panic(err)135 }136}...

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factory.go

Source:factory.go Github

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...22)23type AgentDeployExecutor interface {24 execute.Executor25 GetHost() string26 GetTags() *[]string27}28type facadeExecutor struct {29 isSystem bool30 exe execute.Executor31 agent rsc.Agent32 namespace string33 tags *[]string34}35func (facade *facadeExecutor) GetHost() string {36 return facade.agent.GetHost()37}38func (facade *facadeExecutor) GetTags() *[]string {39 return facade.tags40}41func (facade *facadeExecutor) Execute() (err error) {42 // Check the namespace exists43 ns, err := config.GetNamespace(facade.namespace)44 if err != nil {45 return err46 }47 controlPlane, err := ns.GetControlPlane()48 if err != nil {49 return err50 }51 // Check Controller exists52 if len(controlPlane.GetControllers()) == 0 {...

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GetTags

Using AI Code Generation

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1func main() {2 executor := executor.Executor{}3 tags := executor.GetTags()4 fmt.Println(tags)5}6func main() {7 executor := executor.Executor{}8 tags := executor.GetTags()9 fmt.Println(tags)10}11import (12type Executor struct {}13func (e *Executor) GetTags() []string {14 fmt.Println(def.GetTags())15 return def.GetTags()16}17We have two files in the same package (executor) and we want to use the same method from the same package. We want to use the GetTags method from def package. We have two files in the same package (executor) and we want to use the same method from the same

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GetTags

Using AI Code Generation

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1import (2func main() {3 executor := executor.NewExecutor()4 tags := executor.GetTags()5 fmt.Println(tags)6}7import (8func main() {9 executor := executor.NewExecutor()10 tags := executor.GetTags()11 fmt.Println(tags)12}13import (14func main() {15 executor := executor.NewExecutor()16 tags := executor.GetTags()17 fmt.Println(tags)18}19import (20func main() {21 executor := executor.NewExecutor()22 tags := executor.GetTags()23 fmt.Println(tags)24}

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GetTags

Using AI Code Generation

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1import (2func main() {3 ex := executor.NewExecutor()4 tags, err := ex.GetTags()5 if err != nil {6 fmt.Println(err)7 }8 fmt.Println(tags)9}

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GetTags

Using AI Code Generation

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1import (2func main() {3 executor := Executor{}4 tags := executor.GetTags()5 fmt.Println(tags)6}7import "reflect"8type Executor struct {9}10func (e Executor) GetTags() []string {11 executorType := reflect.TypeOf(e)12 numOfMethod := executorType.NumMethod()13 for i := 0; i < numOfMethod; i++ {14 method := executorType.Method(i)15 numOfIn := methodType.NumIn()16 numOfOut := methodType.NumOut()17 for j := 0; j < numOfIn; j++ {18 in := methodType.In(j)19 inName := in.Name()20 inKind := in.Kind()21 fmt.Printf("Method: %v, Parameter: %v, Name: %v, Kind: %v22 }23 for j := 0; j < numOfOut; j++ {24 out := methodType.Out(j)25 outName := out.Name()26 outKind := out.Kind()27 fmt.Printf("Method: %v, Return: %v, Name: %v, Kind: %v28 }29 }30}

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GetTags

Using AI Code Generation

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1import (2func main() {3 tags := executor.GetTags()4 fmt.Println(tags)5}6import (7func GetTags() string {8}9import (10func GetTags() string {11}12import (13func GetTags() string {14}15import (16func main() {17 tags := executor.GetTags()18 fmt.Println(tags)19}20import (21func GetTags() string {22}23import (

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GetTags

Using AI Code Generation

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1import (2func main() {3 tag := executor.GetTags()4 fmt.Println(tag)5}6import (7func GetTags() string {8}

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GetTags

Using AI Code Generation

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1import (2func main() {3 fmt.Println(executor.GetTags())4}5import (6func main() {7 fmt.Println(executor.GetTags())8}9import (10func main() {11 fmt.Println(executor.GetTags())12}13import (14func main() {15 fmt.Println(executor.GetTags())16}17import (18func main() {19 fmt.Println(executor.GetTags())20}21import (22func main() {23 fmt.Println(executor.GetTags())24}25import (26func main() {27 fmt.Println(executor.GetTags())28}29import (30func main() {31 fmt.Println(executor.GetTags())32}33import (

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