func newMetricStepPayload(step core.Step) *metricStepPayload {
return &metricStepPayload{
Owner: step.Owner(),
Name: step.Name(),
Version: step.Version(),
FullName: fmt.Sprintf("%s/%s", step.Owner(), step.Name()),
UniqueName: formatUniqueStepName(step),
}
}
func executePipeline(cmdCtx context.Context, options *core.PipelineOptions, dockerOptions *dockerlocal.DockerOptions, getter pipelineGetter) (*RunnerShared, error) {
// Boilerplate
soft := NewSoftExit(options.GlobalOptions)
logger := util.RootLogger().WithField("Logger", "Main")
e, err := core.EmitterFromContext(cmdCtx)
if err != nil {
return nil, err
}
f := &util.Formatter{options.GlobalOptions.ShowColors}
// Set up the runner
r, err := NewRunner(cmdCtx, options, dockerOptions, getter)
if err != nil {
return nil, err
}
// Main timer
mainTimer := util.NewTimer()
timer := util.NewTimer()
// These will be emitted at the end of the execution, we're going to be
// pessimistic and report that we failed, unless overridden at the end of the
// execution.
fullPipelineFinisher := r.StartFullPipeline(options)
pipelineArgs := &core.FullPipelineFinishedArgs{}
defer fullPipelineFinisher.Finish(pipelineArgs)
buildFinisher := r.StartBuild(options)
buildFinishedArgs := &core.BuildFinishedArgs{Box: nil, Result: "failed"}
defer buildFinisher.Finish(buildFinishedArgs)
// Debug information
DumpOptions(options)
// Do some sanity checks before starting
err = dockerlocal.RequireDockerEndpoint(dockerOptions)
if err != nil {
return nil, soft.Exit(err)
}
// Start copying code
logger.Println(f.Info("Executing pipeline"))
timer.Reset()
_, err = r.EnsureCode()
if err != nil {
e.Emit(core.Logs, &core.LogsArgs{
Stream: "stderr",
Logs: err.Error() + "\n",
})
return nil, soft.Exit(err)
}
err = r.CleanupOldBuilds()
if err != nil {
e.Emit(core.Logs, &core.LogsArgs{
Stream: "stderr",
Logs: err.Error() + "\n",
})
}
if options.Verbose {
logger.Printf(f.Success("Copied working dir", timer.String()))
}
// Setup environment is still a fairly special step, it needs
// to start our boxes and get everything set up
logger.Println(f.Info("Running step", "setup environment"))
timer.Reset()
shared, err := r.SetupEnvironment(cmdCtx)
if shared.box != nil {
if options.ShouldRemove {
defer shared.box.Clean()
}
defer shared.box.Stop()
}
if err != nil {
logger.Errorln(f.Fail("Step failed", "setup environment", timer.String()))
e.Emit(core.Logs, &core.LogsArgs{
Stream: "stderr",
Logs: err.Error() + "\n",
})
return nil, soft.Exit(err)
}
if options.Verbose {
logger.Printf(f.Success("Step passed", "setup environment", timer.String()))
}
// Expand our context object
box := shared.box
buildFinishedArgs.Box = box
pipeline := shared.pipeline
repoName := pipeline.DockerRepo()
tag := pipeline.DockerTag()
message := pipeline.DockerMessage()
shouldStore := options.ShouldArtifacts
// TODO(termie): hack for now, probably can be made into a naive class
var storeStep core.Step
if shouldStore {
storeStep = &core.ExternalStep{
BaseStep: core.NewBaseStep(core.BaseStepOptions{
Name: "store",
Owner: "wercker",
Version: util.Version(),
}),
}
}
e.Emit(core.BuildStepsAdded, &core.BuildStepsAddedArgs{
Build: pipeline,
Steps: pipeline.Steps(),
StoreStep: storeStep,
AfterSteps: pipeline.AfterSteps(),
})
pr := &core.PipelineResult{
Success: true,
FailedStepName: "",
FailedStepMessage: "",
}
// stepCounter starts at 3, step 1 is "get code", step 2 is "setup
// environment".
stepCounter := &util.Counter{Current: 3}
checkpoint := false
for _, step := range pipeline.Steps() {
// we always want to run the wercker-init step to provide some functions
if !checkpoint && stepCounter.Current > 3 {
if options.EnableDevSteps && options.Checkpoint != "" {
logger.Printf(f.Info("Skipping step", step.DisplayName()))
// start at the one after the checkpoint
if step.Checkpoint() == options.Checkpoint {
logger.Printf(f.Info("Found checkpoint", options.Checkpoint))
checkpoint = true
}
stepCounter.Increment()
continue
}
}
logger.Printf(f.Info("Running step", step.DisplayName()))
timer.Reset()
sr, err := r.RunStep(shared, step, stepCounter.Increment())
if err != nil {
pr.Success = false
pr.FailedStepName = step.DisplayName()
pr.FailedStepMessage = sr.Message
logger.Printf(f.Fail("Step failed", step.DisplayName(), timer.String()))
break
}
if options.EnableDevSteps && step.Checkpoint() != "" {
logger.Printf(f.Info("Checkpointing", step.Checkpoint()))
box.Commit(box.Repository(), fmt.Sprintf("w-%s", step.Checkpoint()), "checkpoint", false)
}
if options.Verbose {
logger.Printf(f.Success("Step passed", step.DisplayName(), timer.String()))
}
}
if options.ShouldCommit {
_, err = box.Commit(repoName, tag, message, true)
if err != nil {
logger.Errorln("Failed to commit:", err.Error())
}
}
// We need to wind the counter to where it should be if we failed a step
// so that is the number of steps + get code + setup environment + store
// TODO(termie): remove all the this "order" stuff completely
stepCounter.Current = len(pipeline.Steps()) + 3
if pr.Success && options.ShouldArtifacts {
// At this point the build has effectively passed but we can still mess it
// up by being unable to deliver the artifacts
err = func() error {
sr := &StepResult{
Success: false,
Artifact: nil,
Message: "",
PackageURL: "",
ExitCode: 1,
}
finisher := r.StartStep(shared, storeStep, stepCounter.Increment())
defer finisher.Finish(sr)
pr.FailedStepName = storeStep.Name()
pr.FailedStepMessage = "Unable to store pipeline output"
e.Emit(core.Logs, &core.LogsArgs{
Logs: "Storing artifacts\n",
})
artifact, err := pipeline.CollectArtifact(shared.containerID)
// Ignore ErrEmptyTarball errors
if err != util.ErrEmptyTarball {
if err != nil {
sr.Message = err.Error()
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Storing artifacts failed: %s\n", sr.Message),
})
return err
}
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Collecting files from %s\n", artifact.GuestPath),
})
ignoredDirectories := []string{".git", "node_modules", "vendor", "site-packages"}
nameEmit := func(path string, info os.FileInfo, err error) error {
relativePath := strings.TrimPrefix(path, artifact.HostPath)
if info.IsDir() {
if util.ContainsString(ignoredDirectories, info.Name()) {
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf(".%s/ (content omitted)\n", relativePath),
})
return filepath.SkipDir
}
return nil
}
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf(".%s\n", relativePath),
})
return nil
}
err = filepath.Walk(artifact.HostPath, nameEmit)
if err != nil {
sr.Message = err.Error()
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Storing artifacts failed: %s\n", sr.Message),
})
return err
}
tarInfo, err := os.Stat(artifact.HostTarPath)
if err != nil {
if os.IsNotExist(err) {
e.Emit(core.Logs, &core.LogsArgs{
Logs: "No artifacts stored",
})
} else {
sr.Message = err.Error()
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Storing artifacts failed: %s\n", sr.Message),
})
return err
}
} else {
size, unit := util.ConvertUnit(tarInfo.Size())
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Total artifact size: %d %s\n", size, unit),
})
}
if options.ShouldStoreS3 {
artificer := dockerlocal.NewArtificer(options, dockerOptions)
err = artificer.Upload(artifact)
if err != nil {
sr.Message = err.Error()
e.Emit(core.Logs, &core.LogsArgs{
Logs: fmt.Sprintf("Storing artifacts failed: %s\n", sr.Message),
})
return err
}
}
sr.PackageURL = artifact.URL()
} else {
e.Emit(core.Logs, &core.LogsArgs{
Logs: "No artifacts found\n",
})
}
e.Emit(core.Logs, &core.LogsArgs{
Logs: "Storing artifacts complete\n",
})
sr.Success = true
sr.ExitCode = 0
return nil
}()
if err != nil {
pr.Success = false
logger.WithField("Error", err).Error("Unable to store pipeline output")
}
} else {
stepCounter.Increment()
}
// We're sending our build finished but we're not done yet,
// now is time to run after-steps if we have any
if pr.Success {
logger.Println(f.Success("Steps passed", mainTimer.String()))
buildFinishedArgs.Result = "passed"
}
buildFinisher.Finish(buildFinishedArgs)
pipelineArgs.MainSuccessful = pr.Success
if len(pipeline.AfterSteps()) == 0 {
// We're about to end the build, so pull the cache and explode it
// into the CacheDir
if !options.DirectMount {
timer.Reset()
err = pipeline.CollectCache(shared.containerID)
if err != nil {
logger.WithField("Error", err).Error("Unable to store cache")
}
if options.Verbose {
logger.Printf(f.Success("Exported Cache", timer.String()))
}
}
if pr.Success {
logger.Println(f.Success("Pipeline finished", mainTimer.String()))
} else {
logger.Println(f.Fail("Pipeline failed", mainTimer.String()))
}
if !pr.Success {
return nil, fmt.Errorf("Step failed: %s", pr.FailedStepName)
}
return shared, nil
}
pipelineArgs.RanAfterSteps = true
logger.Println(f.Info("Starting after-steps"))
// The container may have died, either way we'll have a fresh env
container, err := box.Restart()
if err != nil {
logger.Panicln(err)
}
newSessCtx, newSess, err := r.GetSession(cmdCtx, container.ID)
if err != nil {
logger.Panicln(err)
}
newShared := &RunnerShared{
box: shared.box,
pipeline: shared.pipeline,
sess: newSess,
sessionCtx: newSessCtx,
containerID: shared.containerID,
config: shared.config,
}
// Set up the base environment
err = pipeline.ExportEnvironment(newSessCtx, newSess)
if err != nil {
return nil, err
}
// Add the After-Step parts
err = pr.ExportEnvironment(newSessCtx, newSess)
if err != nil {
return nil, err
}
for _, step := range pipeline.AfterSteps() {
logger.Println(f.Info("Running after-step", step.DisplayName()))
timer.Reset()
_, err := r.RunStep(newShared, step, stepCounter.Increment())
if err != nil {
logger.Println(f.Fail("After-step failed", step.DisplayName(), timer.String()))
break
}
logger.Println(f.Success("After-step passed", step.DisplayName(), timer.String()))
}
// We're about to end the build, so pull the cache and explode it
// into the CacheDir
if !options.DirectMount {
timer.Reset()
err = pipeline.CollectCache(newShared.containerID)
if err != nil {
logger.WithField("Error", err).Error("Unable to store cache")
}
if options.Verbose {
logger.Printf(f.Success("Exported Cache", timer.String()))
}
}
if pr.Success {
logger.Println(f.Success("Pipeline finished", mainTimer.String()))
} else {
logger.Println(f.Fail("Pipeline failed", mainTimer.String()))
}
if !pr.Success {
return nil, fmt.Errorf("Step failed: %s", pr.FailedStepName)
}
pipelineArgs.AfterStepSuccessful = pr.Success
return shared, nil
}
func formatUniqueStepName(step core.Step) string {
return fmt.Sprintf("%s/%s@%s", step.Owner(), step.Name(), step.Version())
}