Golang core.Step类代码示例

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),
	}
}

//RecoverInteractive restarts the box with a terminal attached
func (b *DockerBox) RecoverInteractive(cwd string, pipeline core.Pipeline, step core.Step) error {
	// TODO(termie): maybe move the container manipulation outside of here?
	client := b.client
	container, err := b.Restart()
	if err != nil {
		b.logger.Panicln("box restart failed")
		return err
	}

	env := []string{}
	env = append(env, pipeline.Env().Export()...)
	env = append(env, pipeline.Env().Hidden.Export()...)
	env = append(env, step.Env().Export()...)
	env = append(env, fmt.Sprintf("cd %s", cwd))
	cmd := []string{b.cmd}
	return client.AttachInteractive(container.ID, cmd, env)
}

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{
//.........这里部分代码省略.........

// RunStep runs a step and tosses error if it fails
func (p *Runner) RunStep(shared *RunnerShared, step core.Step, order int) (*StepResult, error) {
	finisher := p.StartStep(shared, step, order)
	sr := &StepResult{
		Success:  false,
		Artifact: nil,
		Message:  "",
		ExitCode: 1,
	}
	defer finisher.Finish(sr)

	if step.ShouldSyncEnv() {
		err := shared.pipeline.SyncEnvironment(shared.sessionCtx, shared.sess)
		if err != nil {
			// If an error occured, just log and ignore it
			p.logger.WithField("Error", err).Warn("Unable to sync environment")
		}
	}

	step.InitEnv(shared.pipeline.Env())
	p.logger.Debugln("Step Environment")
	for _, pair := range step.Env().Ordered() {
		p.logger.Debugln(" ", pair[0], pair[1])
	}

	exit, err := step.Execute(shared.sessionCtx, shared.sess)
	if exit != 0 {
		sr.ExitCode = exit
		if p.options.AttachOnError {
			shared.box.RecoverInteractive(
				p.options.SourcePath(),
				shared.pipeline,
				step,
			)
		}
	} else if err == nil {
		sr.Success = true
		sr.ExitCode = 0
	}

	// Grab the message
	var message bytes.Buffer
	messageErr := step.CollectFile(shared.containerID, step.ReportPath(), "message.txt", &message)
	if messageErr != nil {
		if messageErr != util.ErrEmptyTarball {
			return sr, messageErr
		}
	}
	sr.Message = message.String()

	// This is the error from the step.Execute above
	if err != nil {
		if sr.Message == "" {
			sr.Message = err.Error()
		}
		return sr, err
	}

	// Grab artifacts if we want them
	if p.options.ShouldArtifacts {
		artifact, err := step.CollectArtifact(shared.containerID)
		if err != nil {
			return sr, err
		}

		if artifact != nil {
			artificer := dockerlocal.NewArtificer(p.options, p.dockerOptions)
			err = artificer.Upload(artifact)
			if err != nil {
				return sr, err
			}
		}
		sr.Artifact = artifact
	}

	if !sr.Success {
		return sr, fmt.Errorf("Step failed with exit code: %d", sr.ExitCode)
	}
	return sr, nil
}

func formatUniqueStepName(step core.Step) string {
	return fmt.Sprintf("%s/%[email protected]%s", step.Owner(), step.Name(), step.Version())
}