googlecloudlogcsm_impl

var CSMClusterIdentifierTask = coretask.NewTask(
	googlecloudlogcsm_contract.CSMClusterIdentifierTaskID,
	[]taskid.UntypedTaskReference{googlecloudk8scommon_contract.NEGToBackendServiceInventoryTaskID.Ref()},
	func(ctx context.Context) ([]string, error) {
		inventory := coretask.GetTaskResult(ctx, googlecloudk8scommon_contract.NEGToBackendServiceInventoryTaskID.Ref())

		uniqueIds := make(map[string]struct{})

		for _, bsName := range inventory {
			if strings.HasPrefix(bsName, "gsmrsvd-") {

				parts := strings.Split(bsName, "-")
				if len(parts) >= 3 {
					uniqueIds[parts[1]] = struct{}{}
				}
			}
		}

		result := make([]string, 0, len(uniqueIds))
		for id := range uniqueIds {
			result = append(result, id)
		}
		return result, nil
	},
)

var CSMTrafficDirectorFieldSetReaderTask = inspectiontaskbase.NewFieldSetReadTask(
	googlecloudlogcsm_contract.CSMTrafficDirectorFieldSetReaderTaskID,
	googlecloudlogcsm_contract.ListCSMTrafficDirectorLogEntriesTaskID.Ref(),
	[]log.FieldSetReader{
		&googlecloudcommon_contract.GCPOperationAuditLogFieldSetReader{},
		&googlecloudcommon_contract.GCPDefaultSeverityFieldSetReader{},
	},
)

var CSMTrafficDirectorLogGrouperTask = inspectiontaskbase.NewLogGrouperTask(
	googlecloudlogcsm_contract.CSMTrafficDirectorLogGrouperTaskID,
	googlecloudlogcsm_contract.CSMTrafficDirectorFieldSetReaderTaskID.Ref(),
	func(ctx context.Context, l *log.Log) string {
		audit, err := log.GetFieldSet(l, &googlecloudcommon_contract.GCPAuditLogFieldSet{})
		if err != nil {
			return "unknown"
		}
		return audit.ResourceName
	},
)

var CSMTrafficDirectorLogIngesterTask = googlecloudcommon_contract.NewGCPOperationLogIngesterTask(
	googlecloudlogcsm_contract.CSMTrafficDirectorLogIngesterTaskID,
	googlecloudlogcsm_contract.CSMTrafficDirectorFieldSetReaderTaskID.Ref(),
	googlecloudlogcsm_contract.LogTypeCSMAccessLog,
)

var CSMTrafficDirectorLogToTimelineMapperTask = inspectiontaskbase.NewLogToTimelineMapperTaskV2(
	googlecloudlogcsm_contract.CSMTrafficDirectorLogToTimelineMapperTaskID,
	&CSMTrafficDirectorLogToTimelineMapper{},
	inspectioncore_contract.FeatureTaskLabelV2(
		"CSM Resource Audit Logs",
		"Gather audit logs for Traffic Director resources created by the TD-based CSM to map them to timelines alongside associated Kubernetes resource logs.",
		10100,
		false,
	),
)

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

var FieldSetReaderTask = inspectiontaskbase.NewFieldSetReadTask(googlecloudlogcsm_contract.FieldSetReaderTaskID, googlecloudlogcsm_contract.ListLogEntriesTaskID.Ref(), []log.FieldSetReader{
	&googlecloudcommon_contract.GCPAccessLogFieldSetReader{},
	&googlecloudlogcsm_contract.IstioAccessLogFieldSetReader{},
	&googlecloudcommon_contract.GCPDefaultSeverityFieldSetReader{},
})

var InputCSMResponseFlagsTask = formtask.NewSetFormTaskBuilder(googlecloudlogcsm_contract.InputCSMResponseFlagsTaskID, priorityForCSMGroup+1000, "Envoy response flags").
	WithDefaultValueConstant([]string{"@any", "-OK"}, true).
	WithAllowAddAll(false).
	WithAllowRemoveAll(false).
	WithAllowCustomValue(true).
	WithDescription("Response flags used for filtering CSM access logs. Note '-' in response flags is corresponded to 'OK' in this form.").
	WithOptionsFunc(func(ctx context.Context, previousValues []string) ([]inspectionmetadata.SetParameterFormFieldOptionItem, error) {
		result := []inspectionmetadata.SetParameterFormFieldOptionItem{
			{ID: "@any", Description: "[Alias] Matches any response flag"},
		}
		ids := make([]string, 0, len(googlecloudlogcsm_contract.HumanReadableErrorMessage))
		for flag := range googlecloudlogcsm_contract.HumanReadableErrorMessage {
			ids = append(ids, string(flag))
		}
		sort.Strings(ids)
		for _, id := range ids {
			message := googlecloudlogcsm_contract.HumanReadableErrorMessage[googlecloudlogcsm_contract.ResponseFlag(id)]
			if id == "-" {
				id = "OK"
				message = "It's '-' in the response flag field because '-' means subtracting operator in this form."
			}
			result = append(result, inspectionmetadata.SetParameterFormFieldOptionItem{ID: id, Description: message})
		}
		return result, nil
	}).
	WithValidator(func(ctx context.Context, value []string) (string, error) {
		strFilter := strings.Join(value, " ")
		result, err := gcpqueryutil.ParseSetFilter(strFilter, inputCSMAliasMap, true, true, true)
		if err != nil {
			return "", err
		}
		if result.ValidationError == "" {
			err = verifyResponseFlags(convertInputOnlyResponseFlagToActualFlag(result.Additives))
			if err != nil {
				return err.Error(), nil
			}
			err = verifyResponseFlags(convertInputOnlyResponseFlagToActualFlag(result.Subtractives))
			if err != nil {
				return err.Error(), nil
			}
		}
		return result.ValidationError, nil
	}).
	WithConverter(func(ctx context.Context, value []string) (*gcpqueryutil.SetFilterParseResult, error) {
		strFilter := strings.Join(value, " ")
		result, err := gcpqueryutil.ParseSetFilter(strFilter, inputCSMAliasMap, true, true, true)
		if err != nil {
			return nil, err
		}
		result.Additives = convertInputOnlyResponseFlagToActualFlag(result.Additives)
		result.Subtractives = convertInputOnlyResponseFlagToActualFlag(result.Subtractives)
		return result, nil
	}).
	Build()

var InputFleetProjectIDTask = formtask.NewTextFormTaskBuilder(googlecloudlogcsm_contract.InputFleetProjectIDTaskID, priorityForCSMGroup+500, "Fleet project ID").
	WithDependencies([]taskid.UntypedTaskReference{
		googlecloudlogcsm_contract.ClusterIdentityTaskID.Ref(),
	}).
	WithDescription("The project ID where the Fleet is hosted and CSM control plane logs are stored. Default is the cluster's project ID.").
	WithDefaultValueFunc(func(ctx context.Context, previousValues []string) (string, error) {
		if len(previousValues) > 0 {
			return previousValues[0], nil
		}
		cluster := coretask.GetTaskResult(ctx, googlecloudlogcsm_contract.ClusterIdentityTaskID.Ref())
		return cluster.ProjectID, nil
	}).
	Build()

var ListCSMTrafficDirectorLogEntriesTask = googlecloudcommon_contract.NewListLogEntriesTask(&CSMTrafficDirectorListLogEntryTaskSetting{})

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

var LogGrouperTask = inspectiontaskbase.NewLogGrouperTask(googlecloudlogcsm_contract.LogGrouperTaskID, googlecloudlogcsm_contract.FieldSetReaderTaskID.Ref(),
	func(ctx context.Context, l *log.Log) string {
		istioAccessLogFieldSet := log.MustGetFieldSet(l, &googlecloudlogcsm_contract.IstioAccessLogFieldSet{})
		return fmt.Sprintf("%s-%s", istioAccessLogFieldSet.ReporterPodNamespace, istioAccessLogFieldSet.ReporterPodName)
	},
)

var LogIngesterTask = inspectiontaskbase.NewLogIngesterTaskV2(
	googlecloudlogcsm_contract.LogIngesterTaskID,
	&CSMAccessLogLogIngester{},
)

var LogToTimelineMapperTask = inspectiontaskbase.NewLogToTimelineMapperTaskV2(
	googlecloudlogcsm_contract.LogToTimelineMapperTaskID,
	&CSMAccessLogLogToTimelineMapper{},
	inspectioncore_contract.FeatureTaskLabelV2(
		"CSM Access Logs",
		"Gather CSM access logs to visualize network traffic flows and latency under client or server Pod timelines.",
		10000,
		false,
	),
)