googlecloudlogk8snode_impl

var ClusterIdentityAliasTask = coretask.NewAliasTask(
	googlecloudlogk8snode_contract.ClusterIdentityTaskID,
	googlecloudk8scommon_contract.ClusterIdentityTaskID.Ref(),
)

var CommonFieldSetReaderTask = inspectiontaskbase.NewFieldSetReadTask(googlecloudlogk8snode_contract.CommonFieldsetReaderTaskID, googlecloudlogk8snode_contract.ListLogEntriesTaskID.Ref(), []log.FieldSetReader{
	&googlecloudlogk8snode_contract.K8sNodeLogCommonFieldSetReader{
		StructuredLogParser: logutil.NewMultiTextLogParser(
			logutil.NewJsonlTextParser(),
			logutil.NewKLogTextParser(true),
			logutil.NewLogfmtTextParser(),
			&logutil.FallbackRawTextLogParser{},
		),
	},
})

var ContainerIDDiscoveryTask = commonlogk8saudit_contract.ContainerIDInventoryBuilder.DiscoveryTask(googlecloudlogk8snode_contract.ContainerIDDiscoveryTaskID,
	[]taskid.UntypedTaskReference{
		googlecloudlogk8snode_contract.ContainerdLogFilterTaskID.Ref(),
	},
	func(ctx context.Context, taskMode inspectioncore_contract.InspectionTaskModeType, progress *inspectionmetadata.TaskProgressMetadata) (commonlogk8saudit_contract.ContainerIDToContainerIdentity, error) {
		if taskMode == inspectioncore_contract.TaskModeDryRun {
			return nil, nil
		}

		logs := coretask.GetTaskResult(ctx, googlecloudlogk8snode_contract.ContainerdLogFilterTaskID.Ref())

		doneLogCount := atomic.Int32{}
		updator := progressutil.NewProgressUpdator(progress, time.Second, func(tp *inspectionmetadata.TaskProgressMetadata) {
			current := doneLogCount.Load()
			if len(logs) > 0 {
				tp.Percentage = float32(current) / float32(len(logs))
			}
			tp.Message = fmt.Sprintf("%d/%d", current, len(logs))
		})
		updator.Start(ctx)
		defer updator.Done()

		result := commonlogk8saudit_contract.ContainerIDToContainerIdentity{}
		logChan := make(chan *log.Log)
		errGrp, childRoutineCtx := errgroup.WithContext(ctx)
		containerIdentitiesChan := make(chan *commonlogk8saudit_contract.ContainerIdentity, runtime.GOMAXPROCS(0))
		for i := 0; i < runtime.GOMAXPROCS(0); i++ {
			errGrp.Go(func() error {
				for {
					select {
					case <-childRoutineCtx.Done():
						return childRoutineCtx.Err()
					case l, ok := <-logChan:
						if !ok {
							return nil
						}
						processContainerIDDiscoveryForLog(ctx, l, containerIdentitiesChan)
						doneLogCount.Add(1)
					}
				}
			})
		}
		consumerGrp, childConsumerRoutineCtx := errgroup.WithContext(ctx)
		consumerGrp.Go(func() error {
			for {
				select {
				case <-childConsumerRoutineCtx.Done():
					return childConsumerRoutineCtx.Err()
				case c, ok := <-containerIdentitiesChan:
					if !ok {
						return nil
					}
					result[c.ContainerID] = c
				}
			}
		})

		for _, l := range logs {
			logChan <- l
		}
		close(logChan)
		err := errGrp.Wait()
		close(containerIdentitiesChan)
		consumerErr := consumerGrp.Wait()
		if err != nil {
			return nil, err
		}
		if consumerErr != nil {
			return nil, consumerErr
		}

		return result, nil
	},
)

var ContainerdLogFilterTask = newParserTypeFilterTask(googlecloudlogk8snode_contract.ContainerdLogFilterTaskID, googlecloudlogk8snode_contract.CommonFieldsetReaderTaskID.Ref(), googlecloudlogk8snode_contract.Containerd)

var ContainerdLogGroupTask = newNodeAndComponentNameGrouperTask(googlecloudlogk8snode_contract.ContainerdLogGroupTaskID, googlecloudlogk8snode_contract.ContainerdLogFilterTaskID.Ref())

var ContainerdNodeLogLogToTimelineMapperTask = inspectiontaskbase.NewLogToTimelineMapperTaskV2(
	googlecloudlogk8snode_contract.ContainerdLogLogToTimelineMapperTaskID,
	&containerdNodeLogLogToTimelineMapperSetting{},
)

var KubeletLogFilterTask = newParserTypeFilterTask(googlecloudlogk8snode_contract.KubeletLogFilterTaskID, googlecloudlogk8snode_contract.CommonFieldsetReaderTaskID.Ref(), googlecloudlogk8snode_contract.Kubelet)

var KubeletLogGroupTask = newNodeAndComponentNameGrouperTask(googlecloudlogk8snode_contract.KubeletLogGroupTaskID, googlecloudlogk8snode_contract.KubeletLogFilterTaskID.Ref())

var KubeletLogLogToTimelineMapperTask = inspectiontaskbase.NewLogToTimelineMapperTaskV2(
	googlecloudlogk8snode_contract.KubeletLogLogToTimelineMapperTaskID,
	&kubeletNodeLogLogToTimelineMapperSetting{},
)

var ListLogEntriesTask = googlecloudcommon_contract.NewListLogEntriesTask(&k8snodeListLogEntriesTaskSetting{})

var LogIngesterTask = inspectiontaskbase.NewLogIngesterTaskV2(
	googlecloudlogk8snode_contract.LogIngesterTaskID,
	&K8sNodeLogIngester{},
)

var OtherLogFilterTask = newParserTypeFilterTask(googlecloudlogk8snode_contract.OtherLogFilterTaskID, googlecloudlogk8snode_contract.CommonFieldsetReaderTaskID.Ref(), googlecloudlogk8snode_contract.Other)

var OtherLogGroupTask = newNodeAndComponentNameGrouperTask(googlecloudlogk8snode_contract.OtherLogGroupTaskID, googlecloudlogk8snode_contract.OtherLogFilterTaskID.Ref())

var OtherLogLogToTimelineMapperTask = inspectiontaskbase.NewLogToTimelineMapperTaskV2(googlecloudlogk8snode_contract.OtherLogLogToTimelineMapperTaskID, &otherNodeLogLogToTimelineMapperSetting{
	StartingMessagesByComponent: map[string]string{
		"dockerd":             "Starting up",
		"configure.sh":        "Start to install kubernetes files",
		"configure-helper.sh": "Start to configure instance for kubernetes",
	},
	TerminatingMessagesByComponent: map[string]string{
		"dockerd":             "Daemon shutdown complete",
		"configure.sh":        "Done for installing kubernetes files",
		"configure-helper.sh": "Done for the configuration for kubernetes",
	},
})

var PodSandboxIDDiscoveryTask = inspectiontaskbase.NewProgressReportableInspectionTask(googlecloudlogk8snode_contract.PodSandboxIDDiscoveryTaskID,
	[]taskid.UntypedTaskReference{
		googlecloudlogk8snode_contract.ContainerdLogFilterTaskID.Ref(),
	},
	func(ctx context.Context, taskMode inspectioncore_contract.InspectionTaskModeType, progress *inspectionmetadata.TaskProgressMetadata) (patternfinder.PatternFinder[*googlecloudlogk8snode_contract.PodSandboxIDInfo], error) {
		if taskMode == inspectioncore_contract.TaskModeDryRun {
			return nil, nil
		}
		logs := coretask.GetTaskResult(ctx, googlecloudlogk8snode_contract.ContainerdLogFilterTaskID.Ref())

		doneLogCount := atomic.Int32{}
		updator := progressutil.NewProgressUpdator(progress, time.Second, func(tp *inspectionmetadata.TaskProgressMetadata) {
			current := doneLogCount.Load()
			if len(logs) > 0 {
				tp.Percentage = float32(current) / float32(len(logs))
			}
			tp.Message = fmt.Sprintf("%d/%d", current, len(logs))
		})
		updator.Start(ctx)
		defer updator.Done()

		logChan := make(chan *log.Log)
		errGrp, childCtx := errgroup.WithContext(ctx)
		podSandboxIDFinder := patternfinder.NewTriePatternFinder[*googlecloudlogk8snode_contract.PodSandboxIDInfo]()
		for i := 0; i < runtime.GOMAXPROCS(0); i++ {
			errGrp.Go(func() error {
				for {
					select {
					case <-childCtx.Done():
						return childCtx.Err()
					case l, ok := <-logChan:
						if !ok {
							return nil
						}
						processPodSandboxIDDiscoveryForLog(ctx, l, podSandboxIDFinder)
						doneLogCount.Add(1)
					}
				}
			})
		}

		for _, l := range logs {
			logChan <- l
		}
		close(logChan)
		errGrp.Wait()

		return podSandboxIDFinder, nil
	},
)

var TailTask = inspectiontaskbase.NewInspectionTask(googlecloudlogk8snode_contract.TailTaskID,
	[]taskid.UntypedTaskReference{
		googlecloudlogk8snode_contract.ContainerdLogLogToTimelineMapperTaskID.Ref(),
		googlecloudlogk8snode_contract.KubeletLogLogToTimelineMapperTaskID.Ref(),
		googlecloudlogk8snode_contract.OtherLogLogToTimelineMapperTaskID.Ref(),

		googlecloudlogk8snode_contract.ContainerIDDiscoveryTaskID.Ref(),
	},
	func(ctx context.Context, taskMode inspectioncore_contract.InspectionTaskModeType) (struct{}, error) {
		return struct{}{}, nil
	},
	inspectioncore_contract.FeatureTaskLabelV2(
		"Kubernetes Node Logs",
		"Gather logs from Kubernetes node components (e.g., Docker, containerd, or Kubelet) to troubleshoot node-level issues. Note: The log volume can be very large if the cluster contains many nodes.",
		3000,
		false,
	),
)