Golang Manager.ReadingWriter方法代码示例

func BytesPerDevicePipeline(levelDbManager store.Manager, bytesPerDevicePostgresStore store.Writer) transformer.Pipeline {
	tracesStore := levelDbManager.Seeker("traces")
	availabilityIntervalsStore := levelDbManager.Seeker("consistent-ranges")
	sessionsStore := levelDbManager.ReadingDeleter("bytesperdevice-session")
	addressTableStore := levelDbManager.SeekingWriter("bytesperdevice-address-table")
	flowTableStore := levelDbManager.SeekingWriter("bytesperdevice-flow-table")
	packetsStore := levelDbManager.SeekingWriter("bytesperdevice-packets")
	flowIdToMacStore := levelDbManager.SeekingWriter("bytesperdevice-flow-id-to-mac")
	flowIdToMacsStore := levelDbManager.SeekingWriter("bytesperdevice-flow-id-to-macs")
	bytesPerDeviceUnreducedStore := levelDbManager.SeekingWriter("bytesperdevice-unreduced")
	bytesPerDeviceSessionStore := levelDbManager.ReadingWriter("bytesperdevice-reduced-sessions")
	bytesPerDeviceStore := levelDbManager.ReadingWriter("bytesperdevice")
	traceKeyRangesStore := levelDbManager.ReadingDeleter("bytesperdevice-trace-key-ranges")
	consolidatedTraceKeyRangesStore := levelDbManager.ReadingDeleter("bytesperdevice-consolidated-trace-key-ranges")
	newTracesStore := store.NewRangeExcludingReader(store.NewRangeIncludingReader(tracesStore, availabilityIntervalsStore), traceKeyRangesStore)
	return append([]transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "BytesPerDeviceMapper",
			Reader:      newTracesStore,
			Transformer: transformer.MakeMultipleOutputsDoFunc(bytesPerDeviceMapper, 3),
			Writer:      store.NewMuxingWriter(addressTableStore, flowTableStore, packetsStore),
		},
		SessionPipelineStage(newTracesStore, sessionsStore),
		transformer.PipelineStage{
			Name:        "JoinMacAndFlowId",
			Reader:      store.NewPrefixIncludingReader(store.NewDemuxingSeeker(addressTableStore, flowTableStore), sessionsStore),
			Transformer: transformer.TransformFunc(joinMacAndFlowId),
			Writer:      flowIdToMacStore,
		},
		transformer.PipelineStage{
			Name:        "FlattenMacAddresses",
			Reader:      store.NewPrefixIncludingReader(flowIdToMacStore, sessionsStore),
			Transformer: transformer.TransformFunc(flattenMacAddresses),
			Writer:      flowIdToMacsStore,
		},
		transformer.PipelineStage{
			Name:        "JoinMacAndSizes",
			Reader:      store.NewPrefixIncludingReader(store.NewDemuxingSeeker(flowIdToMacsStore, packetsStore), sessionsStore),
			Transformer: transformer.TransformFunc(joinMacAndSizes),
			Writer:      bytesPerDeviceUnreducedStore,
		},
		transformer.PipelineStage{
			Name:        "ReduceBytesPerDeviceSession",
			Reader:      store.NewPrefixIncludingReader(bytesPerDeviceUnreducedStore, sessionsStore),
			Transformer: transformer.TransformFunc(reduceBytesPerDeviceSession),
			Writer:      bytesPerDeviceSessionStore,
		},
		transformer.PipelineStage{
			Name:        "ReduceBytesPerDevice",
			Reader:      bytesPerDeviceSessionStore,
			Transformer: transformer.TransformFunc(reduceBytesPerDevice),
			Writer:      bytesPerDeviceStore,
		},
		transformer.PipelineStage{
			Name:   "BytesPerDevicePostgres",
			Reader: bytesPerDeviceStore,
			Writer: bytesPerDevicePostgresStore,
		},
	}, TraceKeyRangesPipeline(newTracesStore, traceKeyRangesStore, consolidatedTraceKeyRangesStore)...)
}

func UptimePipeline(levelDbManager, csvManager, sqliteManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	uptimeStore := levelDbManager.ReadingWriter("uptime")
	var node string
	var timestamp, uptime int64
	csvStore := csvManager.Writer("uptime.csv", []string{"node", "timestamp"}, []string{"uptime"}, &node, &timestamp, &uptime)
	sqliteStore := sqliteManager.Writer("uptime", []string{"node", "timestamp"}, []string{"uptime"}, &node, &timestamp, &uptime)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "Uptime",
			Reader:      ReadOnlySomeLogs(logsStore, "uptime"),
			Transformer: transformer.MakeMapFunc(extractUptime),
			Writer:      uptimeStore,
		},
		transformer.PipelineStage{
			Name:   "WriteUptimeCsv",
			Reader: uptimeStore,
			Writer: csvStore,
		},
		transformer.PipelineStage{
			Name:   "WriteUptimeSqlite",
			Reader: uptimeStore,
			Writer: sqliteStore,
		},
	}
}

func PackagesPipeline(levelDbManager, csvManager, sqliteManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	installedPackagesStore := levelDbManager.ReadingWriter("installed-packages")
	versionChangesStore := levelDbManager.ReadingWriter("version-changes")
	var node, packageName string
	var timestamp int64
	var version string
	csvStore := csvManager.Writer("packages.csv", []string{"node", "package", "timestamp"}, []string{"version"}, &node, &packageName, &timestamp, &version)
	sqliteStore := sqliteManager.Writer("packages", []string{"node", "package", "timestamp"}, []string{"version"}, &node, &packageName, &timestamp, &version)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "OpkgListInstalled",
			Reader:      ReadOnlySomeLogs(logsStore, "opkg_list-installed"),
			Transformer: transformer.MakeDoFunc(extractInstalledPackages),
			Writer:      installedPackagesStore,
		},
		transformer.PipelineStage{
			Name:        "DetectVersionChanges",
			Reader:      installedPackagesStore,
			Transformer: transformer.TransformFunc(detectChangedPackageVersions),
			Writer:      versionChangesStore,
		},
		transformer.PipelineStage{
			Name:   "WriteVersionChangesSqlite",
			Reader: versionChangesStore,
			Writer: sqliteStore,
		},
		transformer.PipelineStage{
			Name:   "WriteVersionChangesCsv",
			Reader: versionChangesStore,
			Writer: csvStore,
		},
	}
}

func IndexTarballsPipeline(tarballsPath string, levelDbManager store.Manager) transformer.Pipeline {
	allTarballsPattern := filepath.Join(tarballsPath, "all", "health", "*", "*", "health_*.tar.gz")
	dailyTarballsPattern := filepath.Join(tarballsPath, "by-date", "*", "health", "*", "health_*.tar.gz")
	tarnamesStore := levelDbManager.ReadingWriter("tarnames")
	tarnamesIndexedStore := levelDbManager.ReadingWriter("tarnames-indexed")
	logsStore := levelDbManager.Writer("logs")
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:   "ScanLogTarballs",
			Reader: store.NewGlobReader(allTarballsPattern),
			Writer: tarnamesStore,
		},
		transformer.PipelineStage{
			Name:   "ScanDailyLogTarballs",
			Reader: store.NewGlobReader(dailyTarballsPattern),
			Writer: tarnamesStore,
		},
		transformer.PipelineStage{
			Name:        "ReadLogTarballs",
			Reader:      store.NewDemuxingReader(tarnamesStore, tarnamesIndexedStore),
			Transformer: transformer.MakeMultipleOutputsGroupDoFunc(IndexTarballs, 2),
			Writer:      store.NewMuxingWriter(logsStore, tarnamesIndexedStore),
		},
	}
}

func MemoryUsagePipeline(levelDbManager, csvManager, sqliteManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	memoryUsageStore := levelDbManager.ReadingWriter("memory")
	var node string
	var timestamp, used, free int64
	csvStore := csvManager.Writer("memory.csv", []string{"node", "timestamp"}, []string{"used", "free"}, &node, &timestamp, &used, &free)
	sqliteStore := sqliteManager.Writer("memory", []string{"node", "timestamp"}, []string{"used", "free"}, &node, &timestamp, &used, &free)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "Memory",
			Reader:      ReadOnlySomeLogs(logsStore, "top"),
			Transformer: transformer.MakeDoFunc(extractMemoryUsage),
			Writer:      memoryUsageStore,
		},
		transformer.PipelineStage{
			Name:   "WriteMemoryUsageCsv",
			Reader: memoryUsageStore,
			Writer: csvStore,
		},
		transformer.PipelineStage{
			Name:   "WriteMemoryUsageSqlite",
			Reader: memoryUsageStore,
			Writer: sqliteStore,
		},
	}
}

func RebootsPipeline(levelDbManager, csvManager, sqliteManager store.Manager) transformer.Pipeline {
	uptimeStore := levelDbManager.Seeker("uptime")
	rebootsStore := levelDbManager.ReadingWriter("reboots")
	var node string
	var timestamp int64
	rebootsCsvStore := csvManager.Writer("reboots.csv", []string{"node", "boot_timestamp"}, []string{}, &node, &timestamp)
	rebootsSqliteStore := sqliteManager.Writer("reboots", []string{"node", "boot_timestamp"}, []string{}, &node, &timestamp)

	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "InferReboots",
			Reader:      uptimeStore,
			Transformer: transformer.TransformFunc(inferReboots),
			Writer:      rebootsStore,
		},
		transformer.PipelineStage{
			Name:   "WriteRebootsCsv",
			Reader: rebootsStore,
			Writer: rebootsCsvStore,
		},
		transformer.PipelineStage{
			Name:   "WriteRebootsSqlite",
			Reader: rebootsStore,
			Writer: rebootsSqliteStore,
		},
	}
}

func AvailabilityPipeline(levelDbManager store.Manager, jsonWriter io.Writer, timestamp int64) transformer.Pipeline {
	tracesStore := levelDbManager.Seeker("traces")
	intervalsStore := levelDbManager.ReadingWriter("availability-intervals")
	consolidatedStore := levelDbManager.ReadingDeleter("availability-consolidated")
	nodesStore := levelDbManager.ReadingDeleter("availability-nodes")
	excludeRangesStore := levelDbManager.ReadingDeleter("availability-done")
	consistentRangesStore := levelDbManager.ReadingDeleter("consistent-ranges")
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "AvailabilityIntervals",
			Reader:      store.NewRangeExcludingReader(tracesStore, excludeRangesStore),
			Transformer: transformer.TransformFunc(availabilityIntervals),
			Writer:      intervalsStore,
		},
		transformer.PipelineStage{
			Name:        "ConsolidateAvailabilityIntervals",
			Reader:      intervalsStore,
			Transformer: transformer.TransformFunc(consolidateAvailabilityIntervals),
			Writer:      store.NewTruncatingWriter(consolidatedStore),
		},
		transformer.PipelineStage{
			Name:        "AvailabilityReducer",
			Reader:      consolidatedStore,
			Transformer: transformer.TransformFunc(availabilityReducer),
			Writer:      store.NewTruncatingWriter(nodesStore),
		},
		transformer.PipelineStage{
			Name:   "AvailabilityJson",
			Reader: nodesStore,
			Writer: &availabilityJsonStore{writer: jsonWriter, timestamp: timestamp},
		},
		transformer.PipelineStage{
			Name:        "GenerateExcludedRanges",
			Reader:      consolidatedStore,
			Transformer: transformer.MakeMapFunc(generateExcludedRanges),
			Writer:      store.NewTruncatingWriter(excludeRangesStore),
		},
		transformer.PipelineStage{
			Name:        "GenerateConsistentRanges",
			Reader:      excludeRangesStore,
			Transformer: transformer.MakeDoFunc(generateConsistentRanges),
			Writer:      store.NewTruncatingWriter(consistentRangesStore),
		},
	}
}

func IndexTarballsPipeline(tarballsPath string, levelDbManager store.Manager) transformer.Pipeline {
	tarballsPattern := filepath.Join(tarballsPath, "*", "*", "*.tar.gz")
	tarnamesStore := levelDbManager.ReadingWriter("tarnames")
	tarnamesIndexedStore := levelDbManager.ReadingWriter("tarnames-indexed")
	tracesStore := levelDbManager.Writer("traces")
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:   "ScanTraceTarballs",
			Reader: store.NewGlobReader(tarballsPattern),
			Writer: tarnamesStore,
		},
		transformer.PipelineStage{
			Name:        "IndexTraces",
			Transformer: transformer.MakeMultipleOutputsGroupDoFunc(IndexTarballs, 2),
			Reader:      store.NewDemuxingReader(tarnamesStore, tarnamesIndexedStore),
			Writer:      store.NewMuxingWriter(tracesStore, tarnamesIndexedStore),
		},
	}
}

func DisjointPackagesPipeline(levelDbManager, csvManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	disjointPackagesStore := levelDbManager.ReadingWriter("disjoint-packages")
	var filename, node string
	var timestamp int64
	csvStore := csvManager.Writer("not-disjoint.csv", []string{"filename", "node", "timestamp"}, []string{}, &filename, &node, &timestamp)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "DisjointPackages",
			Reader:      logsStore,
			Transformer: transformer.MakeDoFunc(detectDisjointPackagesError),
			Writer:      disjointPackagesStore,
		},
		transformer.PipelineStage{
			Name:   "WriteDisjointPackagesCsv",
			Reader: disjointPackagesStore,
			Writer: csvStore,
		},
	}
}

func IpRoutePipeline(levelDbManager, sqliteManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	defaultRoutesStore := levelDbManager.ReadingWriter("default-routes")
	var node string
	var timestamp int64
	var gateway string
	sqliteStore := sqliteManager.Writer("defaultroutes", []string{"node", "timestamp"}, []string{"gateway"}, &node, &timestamp, &gateway)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "ExtractDefaultRoute",
			Reader:      ReadOnlySomeLogs(logsStore, "iproute"),
			Transformer: transformer.MakeDoFunc(extractDefaultRoute),
			Writer:      defaultRoutesStore,
		},
		transformer.PipelineStage{
			Name:   "WriteDefaultRoutesSqlite",
			Reader: defaultRoutesStore,
			Writer: sqliteStore,
		},
	}
}

func FilesystemUsagePipeline(levelDbManager, csvManager store.Manager) transformer.Pipeline {
	logsStore := levelDbManager.Seeker("logs")
	filesystemUsageStore := levelDbManager.ReadingWriter("filesystem")
	var mount, node string
	var timestamp, used, free int64
	csvStore := csvManager.Writer("filesystem.csv", []string{"mount", "node", "timestamp"}, []string{"used", "free"}, &mount, &node, &timestamp, &used, &free)

	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "Filesystem",
			Reader:      ReadOnlySomeLogs(logsStore, "df"),
			Transformer: transformer.MakeDoFunc(extractFilesystemUsage),
			Writer:      filesystemUsageStore,
		},
		transformer.PipelineStage{
			Name:   "WriteFilesystemUsageCsv",
			Reader: filesystemUsageStore,
			Writer: csvStore,
		},
	}
}

func SummarizeHealthPipeline(levelDbManager, csvManager store.Manager) transformer.Pipeline {
	memoryStore := levelDbManager.Reader("memory")
	memoryUsageByDayStore := levelDbManager.ReadingWriter("memory-usage-by-day")
	memoryUsageByDaySummarizedStore := levelDbManager.ReadingWriter("memory-usage-by-day-summarized")
	filesystemStore := levelDbManager.Reader("filesystem")
	filesystemUsageByDayStore := levelDbManager.ReadingWriter("filesystem-usage-by-day")
	filesystemUsageByDaySummarizedStore := levelDbManager.ReadingWriter("filesystem-usage-by-day-summarized")

	var timestamp, usage int64
	var filesystem, node string
	memoryUsageSummaryCsv := csvManager.Writer("memory-usage-summary.csv", []string{"timestamp", "node"}, []string{"usage"}, &timestamp, &node, &usage)
	filesystemUsageSummaryCsv := csvManager.Writer("filesystem-usage-summary.csv", []string{"filesystem", "timestamp", "node"}, []string{"usage"}, &filesystem, &timestamp, &node, &usage)

	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "OrderMemoryUsageByTimestamp",
			Reader:      memoryStore,
			Transformer: transformer.MakeMapFunc(orderRecordsByDay),
			Writer:      memoryUsageByDayStore,
		},
		transformer.PipelineStage{
			Name:        "SummarizeMemoryUsage",
			Reader:      memoryUsageByDayStore,
			Transformer: transformer.TransformFunc(summarizeMemoryUsage),
			Writer:      memoryUsageByDaySummarizedStore,
		},
		transformer.PipelineStage{
			Name:   "WriteMemoryUsageSummaryCsv",
			Reader: memoryUsageByDaySummarizedStore,
			Writer: memoryUsageSummaryCsv,
		},
		transformer.PipelineStage{
			Name:        "OrderFilesystemUsageByTimestamp",
			Reader:      filesystemStore,
			Transformer: transformer.MakeMapFunc(orderFilesystemRecordsByDay),
			Writer:      filesystemUsageByDayStore,
		},
		transformer.PipelineStage{
			Name:        "SummarizeFilesystemUsage",
			Reader:      filesystemUsageByDayStore,
			Transformer: transformer.TransformFunc(summarizeFilesystemUsage),
			Writer:      filesystemUsageByDaySummarizedStore,
		},
		transformer.PipelineStage{
			Name:   "WriteFilesystemUsageSummaryCsv",
			Reader: filesystemUsageByDaySummarizedStore,
			Writer: filesystemUsageSummaryCsv,
		},
	}
}

func BytesPerMinutePipeline(levelDbManager store.Manager, bytesPerHourPostgresStore store.Writer) transformer.Pipeline {
	tracesStore := levelDbManager.Seeker("traces")
	mappedStore := levelDbManager.ReadingWriter("bytesperminute-mapped")
	bytesPerMinuteStore := levelDbManager.ReadingWriter("bytesperminute")
	bytesPerHourStore := levelDbManager.ReadingWriter("bytesperhour")
	traceKeyRangesStore := levelDbManager.ReadingDeleter("bytesperminute-trace-key-ranges")
	consolidatedTraceKeyRangesStore := levelDbManager.ReadingDeleter("bytesperminute-consolidated-trace-key-ranges")
	return append([]transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "BytesPerMinuteMapper",
			Reader:      store.NewRangeExcludingReader(tracesStore, traceKeyRangesStore),
			Transformer: transformer.MakeDoTransformer(bytesPerMinuteMapper(transformer.NewNonce())),
			Writer:      mappedStore,
		},
		transformer.PipelineStage{
			Name:        "BytesPerMinuteReducer",
			Reader:      mappedStore,
			Transformer: transformer.TransformFunc(bytesPerMinuteReducer),
			Writer:      bytesPerMinuteStore,
		},
		transformer.PipelineStage{
			Name:        "BytesPerHourReducer",
			Reader:      bytesPerMinuteStore,
			Transformer: transformer.TransformFunc(bytesPerHourReducer),
			Writer:      bytesPerHourStore,
		},
		transformer.PipelineStage{
			Name:   "BytesPerHourPostgres",
			Reader: bytesPerHourStore,
			Writer: bytesPerHourPostgresStore,
		},
	}, TraceKeyRangesPipeline(store.NewRangeExcludingReader(tracesStore, traceKeyRangesStore), traceKeyRangesStore, consolidatedTraceKeyRangesStore)...)
}

func AggregateStatisticsPipeline(levelDbManager store.Manager, jsonWriter io.Writer) transformer.Pipeline {
	tracesStore := levelDbManager.Seeker("traces")
	availabilityIntervalsStore := levelDbManager.Seeker("consistent-ranges")
	traceAggregatesStore := levelDbManager.SeekingWriter("statistics-trace-aggregates")
	sessionAggregatesStore := levelDbManager.ReadingWriter("statistics-session-aggregates")
	nodeAggregatesStore := levelDbManager.ReadingWriter("statistics-node-aggregates")
	sessionsStore := levelDbManager.ReadingDeleter("statistics-sessions")
	traceKeyRangesStore := levelDbManager.ReadingDeleter("statistics-trace-key-ranges")
	consolidatedTraceKeyRangesStore := levelDbManager.ReadingDeleter("statistics-consolidated-trace-key-ranges")
	newTracesStore := store.NewRangeExcludingReader(store.NewRangeIncludingReader(tracesStore, availabilityIntervalsStore), traceKeyRangesStore)
	return append([]transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "AggregateStatisticsMapper",
			Reader:      store.NewRangeExcludingReader(tracesStore, traceKeyRangesStore),
			Transformer: transformer.MakeMapFunc(aggregateStatisticsMapper),
			Writer:      traceAggregatesStore,
		},
		SessionPipelineStage(newTracesStore, sessionsStore),
		transformer.PipelineStage{
			Name:        "AggregateStatisticsReduceBySession",
			Reader:      store.NewPrefixIncludingReader(traceAggregatesStore, sessionsStore),
			Transformer: transformer.TransformFunc(aggregateStatisticsReduceBySession),
			Writer:      sessionAggregatesStore,
		},
		transformer.PipelineStage{
			Name:        "AggregateStatisticsReducer",
			Reader:      sessionAggregatesStore,
			Transformer: transformer.TransformFunc(aggregateStatisticsReducer),
			Writer:      nodeAggregatesStore,
		},
		transformer.PipelineStage{
			Name:   "AggregateStatisticsJson",
			Reader: nodeAggregatesStore,
			Writer: &aggregateStatisticsJsonStore{writer: jsonWriter},
		},
	}, TraceKeyRangesPipeline(newTracesStore, traceKeyRangesStore, consolidatedTraceKeyRangesStore)...)
}

func LookupsPerDevicePipeline(levelDbManager store.Manager) transformer.Pipeline {
	tracesStore := levelDbManager.Seeker("traces")
	availabilityIntervalsStore := levelDbManager.Seeker("consistent-ranges")
	addressIdStore := levelDbManager.Seeker("bytesperdomain-address-id-table")
	addressIdToDomainStore := levelDbManager.SeekingWriter("lookupsperdevice-address-id-to-domain")
	lookupsPerDeviceSharded := levelDbManager.ReadingWriter("lookupsperdevice-sharded")
	lookupsPerDeviceStore := levelDbManager.Writer("lookupsperdevice-lookups-per-device")
	lookupsPerDevicePerHourStore := levelDbManager.Writer("lookupsperdevice-lookups-per-device-per-hour")
	consistentTracesStore := store.NewRangeIncludingReader(tracesStore, availabilityIntervalsStore)
	return []transformer.PipelineStage{
		transformer.PipelineStage{
			Name:        "LookupsPerDeviceMapper",
			Reader:      consistentTracesStore,
			Transformer: transformer.MakeDoFunc(lookupsPerDeviceMapper),
			Writer:      addressIdToDomainStore,
		},
		transformer.PipelineStage{
			Name:        "JoinMacWithLookups",
			Reader:      store.NewDemuxingSeeker(addressIdStore, addressIdToDomainStore),
			Transformer: transformer.TransformFunc(joinMacWithLookups),
			Writer:      lookupsPerDeviceSharded,
		},
		transformer.PipelineStage{
			Name:        "FlattenLookupsToNodeAndMac",
			Reader:      lookupsPerDeviceSharded,
			Transformer: transformer.TransformFunc(flattenLookupsToNodeAndMac),
			Writer:      lookupsPerDeviceStore,
		},
		transformer.PipelineStage{
			Name:        "FlattenLookupsToNodeMacAndTimestamp",
			Reader:      lookupsPerDeviceSharded,
			Transformer: transformer.TransformFunc(flattenLookupsToNodeMacAndTimestamp),
			Writer:      lookupsPerDevicePerHourStore,
		},
	}
}