package metrics import ( "context" "time" "go.opencensus.io/stats" "go.opencensus.io/stats/view" "go.opencensus.io/tag" rpcmetrics "github.com/filecoin-project/go-jsonrpc/metrics" "github.com/filecoin-project/lotus/blockstore" ) // Distribution var defaultMillisecondsDistribution = view.Distribution(0.01, 0.05, 0.1, 0.3, 0.6, 0.8, 1, 2, 3, 4, 5, 6, 8, 10, 13, 16, 20, 25, 30, 40, 50, 65, 80, 100, 130, 160, 200, 250, 300, 400, 500, 650, 800, 1000, 2000, 3000, 4000, 5000, 7500, 10000, 20000, 50000, 100000) var workMillisecondsDistribution = view.Distribution( 250, 500, 1000, 2000, 5000, 10_000, 30_000, 60_000, 2*60_000, 5*60_000, 10*60_000, 15*60_000, 30*60_000, // short sealing tasks 40*60_000, 45*60_000, 50*60_000, 55*60_000, 60*60_000, 65*60_000, 70*60_000, 75*60_000, 80*60_000, 85*60_000, 100*60_000, 120*60_000, // PC2 / C2 range 130*60_000, 140*60_000, 150*60_000, 160*60_000, 180*60_000, 200*60_000, 220*60_000, 260*60_000, 300*60_000, // PC1 range 350*60_000, 400*60_000, 600*60_000, 800*60_000, 1000*60_000, 1300*60_000, 1800*60_000, 4000*60_000, 10000*60_000, // intel PC1 range ) // Global Tags var ( // common Version, _ = tag.NewKey("version") Commit, _ = tag.NewKey("commit") NodeType, _ = tag.NewKey("node_type") PeerID, _ = tag.NewKey("peer_id") MinerID, _ = tag.NewKey("miner_id") FailureType, _ = tag.NewKey("failure_type") // chain Local, _ = tag.NewKey("local") MessageFrom, _ = tag.NewKey("message_from") MessageTo, _ = tag.NewKey("message_to") MessageNonce, _ = tag.NewKey("message_nonce") ReceivedFrom, _ = tag.NewKey("received_from") MsgValid, _ = tag.NewKey("message_valid") Endpoint, _ = tag.NewKey("endpoint") APIInterface, _ = tag.NewKey("api") // to distinguish between gateway api and full node api endpoint calls // miner TaskType, _ = tag.NewKey("task_type") WorkerHostname, _ = tag.NewKey("worker_hostname") StorageID, _ = tag.NewKey("storage_id") SectorState, _ = tag.NewKey("sector_state") ) // Measures var ( // common LotusInfo = stats.Int64("info", "Arbitrary counter to tag lotus info to", stats.UnitDimensionless) PeerCount = stats.Int64("peer/count", "Current number of FIL peers", stats.UnitDimensionless) APIRequestDuration = stats.Float64("api/request_duration_ms", "Duration of API requests", stats.UnitMilliseconds) // graphsync GraphsyncReceivingPeersCount = stats.Int64("graphsync/receiving_peers", "number of peers we are receiving graphsync data from", stats.UnitDimensionless) GraphsyncReceivingActiveCount = stats.Int64("graphsync/receiving_active", "number of active receiving graphsync transfers", stats.UnitDimensionless) GraphsyncReceivingCountCount = stats.Int64("graphsync/receiving_pending", "number of pending receiving graphsync transfers", stats.UnitDimensionless) GraphsyncReceivingTotalMemoryAllocated = stats.Int64("graphsync/receiving_total_allocated", "amount of block memory allocated for receiving graphsync data", stats.UnitBytes) GraphsyncReceivingTotalPendingAllocations = stats.Int64("graphsync/receiving_pending_allocations", "amount of block memory on hold being received pending allocation", stats.UnitBytes) GraphsyncReceivingPeersPending = stats.Int64("graphsync/receiving_peers_pending", "number of peers we can't receive more data from cause of pending allocations", stats.UnitDimensionless) GraphsyncSendingPeersCount = stats.Int64("graphsync/sending_peers", "number of peers we are sending graphsync data to", stats.UnitDimensionless) GraphsyncSendingActiveCount = stats.Int64("graphsync/sending_active", "number of active sending graphsync transfers", stats.UnitDimensionless) GraphsyncSendingCountCount = stats.Int64("graphsync/sending_pending", "number of pending sending graphsync transfers", stats.UnitDimensionless) GraphsyncSendingTotalMemoryAllocated = stats.Int64("graphsync/sending_total_allocated", "amount of block memory allocated for sending graphsync data", stats.UnitBytes) GraphsyncSendingTotalPendingAllocations = stats.Int64("graphsync/sending_pending_allocations", "amount of block memory on hold from sending pending allocation", stats.UnitBytes) GraphsyncSendingPeersPending = stats.Int64("graphsync/sending_peers_pending", "number of peers we can't send more data to cause of pending allocations", stats.UnitDimensionless) // chain ChainNodeHeight = stats.Int64("chain/node_height", "Current Height of the node", stats.UnitDimensionless) ChainNodeHeightExpected = stats.Int64("chain/node_height_expected", "Expected Height of the node", stats.UnitDimensionless) ChainNodeWorkerHeight = stats.Int64("chain/node_worker_height", "Current Height of workers on the node", stats.UnitDimensionless) MessagePublished = stats.Int64("message/published", "Counter for total locally published messages", stats.UnitDimensionless) MessageReceived = stats.Int64("message/received", "Counter for total received messages", stats.UnitDimensionless) MessageValidationFailure = stats.Int64("message/failure", "Counter for message validation failures", stats.UnitDimensionless) MessageValidationSuccess = stats.Int64("message/success", "Counter for message validation successes", stats.UnitDimensionless) MessageValidationDuration = stats.Float64("message/validation_ms", "Duration of message validation", stats.UnitMilliseconds) MpoolGetNonceDuration = stats.Float64("mpool/getnonce_ms", "Duration of getStateNonce in mpool", stats.UnitMilliseconds) MpoolGetBalanceDuration = stats.Float64("mpool/getbalance_ms", "Duration of getStateBalance in mpool", stats.UnitMilliseconds) MpoolAddTsDuration = stats.Float64("mpool/addts_ms", "Duration of addTs in mpool", stats.UnitMilliseconds) MpoolAddDuration = stats.Float64("mpool/add_ms", "Duration of Add in mpool", stats.UnitMilliseconds) MpoolPushDuration = stats.Float64("mpool/push_ms", "Duration of Push in mpool", stats.UnitMilliseconds) BlockPublished = stats.Int64("block/published", "Counter for total locally published blocks", stats.UnitDimensionless) BlockReceived = stats.Int64("block/received", "Counter for total received blocks", stats.UnitDimensionless) BlockValidationFailure = stats.Int64("block/failure", "Counter for block validation failures", stats.UnitDimensionless) BlockValidationSuccess = stats.Int64("block/success", "Counter for block validation successes", stats.UnitDimensionless) BlockValidationDurationMilliseconds = stats.Float64("block/validation_ms", "Duration for Block Validation in ms", stats.UnitMilliseconds) BlockDelay = stats.Int64("block/delay", "Delay of accepted blocks, where delay is >5s", stats.UnitMilliseconds) PubsubPublishMessage = stats.Int64("pubsub/published", "Counter for total published messages", stats.UnitDimensionless) PubsubDeliverMessage = stats.Int64("pubsub/delivered", "Counter for total delivered messages", stats.UnitDimensionless) PubsubRejectMessage = stats.Int64("pubsub/rejected", "Counter for total rejected messages", stats.UnitDimensionless) PubsubDuplicateMessage = stats.Int64("pubsub/duplicate", "Counter for total duplicate messages", stats.UnitDimensionless) PubsubRecvRPC = stats.Int64("pubsub/recv_rpc", "Counter for total received RPCs", stats.UnitDimensionless) PubsubSendRPC = stats.Int64("pubsub/send_rpc", "Counter for total sent RPCs", stats.UnitDimensionless) PubsubDropRPC = stats.Int64("pubsub/drop_rpc", "Counter for total dropped RPCs", stats.UnitDimensionless) VMFlushCopyDuration = stats.Float64("vm/flush_copy_ms", "Time spent in VM Flush Copy", stats.UnitMilliseconds) VMFlushCopyCount = stats.Int64("vm/flush_copy_count", "Number of copied objects", stats.UnitDimensionless) VMApplyBlocksTotal = stats.Float64("vm/applyblocks_total_ms", "Time spent applying block state", stats.UnitMilliseconds) VMApplyMessages = stats.Float64("vm/applyblocks_messages", "Time spent applying block messages", stats.UnitMilliseconds) VMApplyEarly = stats.Float64("vm/applyblocks_early", "Time spent in early apply-blocks (null cron, upgrades)", stats.UnitMilliseconds) VMApplyCron = stats.Float64("vm/applyblocks_cron", "Time spent in cron", stats.UnitMilliseconds) VMApplyFlush = stats.Float64("vm/applyblocks_flush", "Time spent flushing vm state", stats.UnitMilliseconds) VMSends = stats.Int64("vm/sends", "Counter for sends processed by the VM", stats.UnitDimensionless) VMApplied = stats.Int64("vm/applied", "Counter for messages (including internal messages) processed by the VM", stats.UnitDimensionless) // miner WorkerCallsStarted = stats.Int64("sealing/worker_calls_started", "Counter of started worker tasks", stats.UnitDimensionless) WorkerCallsReturnedCount = stats.Int64("sealing/worker_calls_returned_count", "Counter of returned worker tasks", stats.UnitDimensionless) WorkerCallsReturnedDuration = stats.Float64("sealing/worker_calls_returned_ms", "Counter of returned worker tasks", stats.UnitMilliseconds) WorkerUntrackedCallsReturned = stats.Int64("sealing/worker_untracked_calls_returned", "Counter of returned untracked worker tasks", stats.UnitDimensionless) SectorStates = stats.Int64("sealing/states", "Number of sectors in each state", stats.UnitDimensionless) StorageFSAvailable = stats.Float64("storage/path_fs_available_frac", "Fraction of filesystem available storage", stats.UnitDimensionless) StorageAvailable = stats.Float64("storage/path_available_frac", "Fraction of available storage", stats.UnitDimensionless) StorageReserved = stats.Float64("storage/path_reserved_frac", "Fraction of reserved storage", stats.UnitDimensionless) StorageLimitUsed = stats.Float64("storage/path_limit_used_frac", "Fraction of used optional storage limit", stats.UnitDimensionless) StorageCapacityBytes = stats.Int64("storage/path_capacity_bytes", "storage path capacity", stats.UnitBytes) StorageFSAvailableBytes = stats.Int64("storage/path_fs_available_bytes", "filesystem available storage bytes", stats.UnitBytes) StorageAvailableBytes = stats.Int64("storage/path_available_bytes", "available storage bytes", stats.UnitBytes) StorageReservedBytes = stats.Int64("storage/path_reserved_bytes", "reserved storage bytes", stats.UnitBytes) StorageLimitUsedBytes = stats.Int64("storage/path_limit_used_bytes", "used optional storage limit bytes", stats.UnitBytes) StorageLimitMaxBytes = stats.Int64("storage/path_limit_max_bytes", "optional storage limit", stats.UnitBytes) // splitstore SplitstoreMiss = stats.Int64("splitstore/miss", "Number of misses in hotstre access", stats.UnitDimensionless) SplitstoreCompactionTimeSeconds = stats.Float64("splitstore/compaction_time", "Compaction time in seconds", stats.UnitSeconds) SplitstoreCompactionHot = stats.Int64("splitstore/hot", "Number of hot blocks in last compaction", stats.UnitDimensionless) SplitstoreCompactionCold = stats.Int64("splitstore/cold", "Number of cold blocks in last compaction", stats.UnitDimensionless) SplitstoreCompactionDead = stats.Int64("splitstore/dead", "Number of dead blocks in last compaction", stats.UnitDimensionless) ) var ( InfoView = &view.View{ Name: "info", Description: "Lotus node information", Measure: LotusInfo, Aggregation: view.LastValue(), TagKeys: []tag.Key{Version, Commit, NodeType}, } ChainNodeHeightView = &view.View{ Measure: ChainNodeHeight, Aggregation: view.LastValue(), } ChainNodeHeightExpectedView = &view.View{ Measure: ChainNodeHeightExpected, Aggregation: view.LastValue(), } ChainNodeWorkerHeightView = &view.View{ Measure: ChainNodeWorkerHeight, Aggregation: view.LastValue(), } BlockReceivedView = &view.View{ Measure: BlockReceived, Aggregation: view.Count(), } BlockValidationFailureView = &view.View{ Measure: BlockValidationFailure, Aggregation: view.Count(), TagKeys: []tag.Key{FailureType}, } BlockValidationSuccessView = &view.View{ Measure: BlockValidationSuccess, Aggregation: view.Count(), } BlockValidationDurationView = &view.View{ Measure: BlockValidationDurationMilliseconds, Aggregation: defaultMillisecondsDistribution, } BlockDelayView = &view.View{ Measure: BlockDelay, TagKeys: []tag.Key{MinerID}, Aggregation: func() *view.Aggregation { var bounds []float64 for i := 5; i < 29; i++ { // 5-29s, step 1s bounds = append(bounds, float64(i*1000)) } for i := 30; i < 60; i += 2 { // 30-58s, step 2s bounds = append(bounds, float64(i*1000)) } for i := 60; i <= 300; i += 10 { // 60-300s, step 10s bounds = append(bounds, float64(i*1000)) } bounds = append(bounds, 600*1000) // final cutoff at 10m return view.Distribution(bounds...) }(), } MessagePublishedView = &view.View{ Measure: MessagePublished, Aggregation: view.Count(), } MessageReceivedView = &view.View{ Measure: MessageReceived, Aggregation: view.Count(), } MessageValidationFailureView = &view.View{ Measure: MessageValidationFailure, Aggregation: view.Count(), TagKeys: []tag.Key{FailureType, Local}, } MessageValidationSuccessView = &view.View{ Measure: MessageValidationSuccess, Aggregation: view.Count(), } MessageValidationDurationView = &view.View{ Measure: MessageValidationDuration, Aggregation: defaultMillisecondsDistribution, TagKeys: []tag.Key{MsgValid, Local}, } MpoolGetNonceDurationView = &view.View{ Measure: MpoolGetNonceDuration, Aggregation: defaultMillisecondsDistribution, } MpoolGetBalanceDurationView = &view.View{ Measure: MpoolGetBalanceDuration, Aggregation: defaultMillisecondsDistribution, } MpoolAddTsDurationView = &view.View{ Measure: MpoolAddTsDuration, Aggregation: defaultMillisecondsDistribution, } MpoolAddDurationView = &view.View{ Measure: MpoolAddDuration, Aggregation: defaultMillisecondsDistribution, } MpoolPushDurationView = &view.View{ Measure: MpoolPushDuration, Aggregation: defaultMillisecondsDistribution, } PeerCountView = &view.View{ Measure: PeerCount, Aggregation: view.LastValue(), } PubsubPublishMessageView = &view.View{ Measure: PubsubPublishMessage, Aggregation: view.Count(), } PubsubDeliverMessageView = &view.View{ Measure: PubsubDeliverMessage, Aggregation: view.Count(), } PubsubRejectMessageView = &view.View{ Measure: PubsubRejectMessage, Aggregation: view.Count(), } PubsubDuplicateMessageView = &view.View{ Measure: PubsubDuplicateMessage, Aggregation: view.Count(), } PubsubRecvRPCView = &view.View{ Measure: PubsubRecvRPC, Aggregation: view.Count(), } PubsubSendRPCView = &view.View{ Measure: PubsubSendRPC, Aggregation: view.Count(), } PubsubDropRPCView = &view.View{ Measure: PubsubDropRPC, Aggregation: view.Count(), } APIRequestDurationView = &view.View{ Measure: APIRequestDuration, Aggregation: defaultMillisecondsDistribution, TagKeys: []tag.Key{APIInterface, Endpoint}, } VMFlushCopyDurationView = &view.View{ Measure: VMFlushCopyDuration, Aggregation: view.Sum(), } VMFlushCopyCountView = &view.View{ Measure: VMFlushCopyCount, Aggregation: view.Sum(), } VMApplyBlocksTotalView = &view.View{ Measure: VMApplyBlocksTotal, Aggregation: defaultMillisecondsDistribution, } VMApplyMessagesView = &view.View{ Measure: VMApplyMessages, Aggregation: defaultMillisecondsDistribution, } VMApplyEarlyView = &view.View{ Measure: VMApplyEarly, Aggregation: defaultMillisecondsDistribution, } VMApplyCronView = &view.View{ Measure: VMApplyCron, Aggregation: defaultMillisecondsDistribution, } VMApplyFlushView = &view.View{ Measure: VMApplyFlush, Aggregation: defaultMillisecondsDistribution, } VMSendsView = &view.View{ Measure: VMSends, Aggregation: view.LastValue(), } VMAppliedView = &view.View{ Measure: VMApplied, Aggregation: view.LastValue(), } // miner WorkerCallsStartedView = &view.View{ Measure: WorkerCallsStarted, Aggregation: view.Count(), TagKeys: []tag.Key{TaskType, WorkerHostname}, } WorkerCallsReturnedCountView = &view.View{ Measure: WorkerCallsReturnedCount, Aggregation: view.Count(), TagKeys: []tag.Key{TaskType, WorkerHostname}, } WorkerUntrackedCallsReturnedView = &view.View{ Measure: WorkerUntrackedCallsReturned, Aggregation: view.Count(), } WorkerCallsReturnedDurationView = &view.View{ Measure: WorkerCallsReturnedDuration, Aggregation: workMillisecondsDistribution, TagKeys: []tag.Key{TaskType, WorkerHostname}, } SectorStatesView = &view.View{ Measure: SectorStates, Aggregation: view.LastValue(), TagKeys: []tag.Key{SectorState}, } StorageFSAvailableView = &view.View{ Measure: StorageFSAvailable, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageAvailableView = &view.View{ Measure: StorageAvailable, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageReservedView = &view.View{ Measure: StorageReserved, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageLimitUsedView = &view.View{ Measure: StorageLimitUsed, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageCapacityBytesView = &view.View{ Measure: StorageCapacityBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageFSAvailableBytesView = &view.View{ Measure: StorageFSAvailableBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageAvailableBytesView = &view.View{ Measure: StorageAvailableBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageReservedBytesView = &view.View{ Measure: StorageReservedBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageLimitUsedBytesView = &view.View{ Measure: StorageLimitUsedBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } StorageLimitMaxBytesView = &view.View{ Measure: StorageLimitMaxBytes, Aggregation: view.LastValue(), TagKeys: []tag.Key{StorageID}, } // splitstore SplitstoreMissView = &view.View{ Measure: SplitstoreMiss, Aggregation: view.Count(), } SplitstoreCompactionTimeSecondsView = &view.View{ Measure: SplitstoreCompactionTimeSeconds, Aggregation: view.LastValue(), } SplitstoreCompactionHotView = &view.View{ Measure: SplitstoreCompactionHot, Aggregation: view.LastValue(), } SplitstoreCompactionColdView = &view.View{ Measure: SplitstoreCompactionCold, Aggregation: view.Sum(), } SplitstoreCompactionDeadView = &view.View{ Measure: SplitstoreCompactionDead, Aggregation: view.Sum(), } // graphsync GraphsyncReceivingPeersCountView = &view.View{ Measure: GraphsyncReceivingPeersCount, Aggregation: view.LastValue(), } GraphsyncReceivingActiveCountView = &view.View{ Measure: GraphsyncReceivingActiveCount, Aggregation: view.LastValue(), } GraphsyncReceivingCountCountView = &view.View{ Measure: GraphsyncReceivingCountCount, Aggregation: view.LastValue(), } GraphsyncReceivingTotalMemoryAllocatedView = &view.View{ Measure: GraphsyncReceivingTotalMemoryAllocated, Aggregation: view.LastValue(), } GraphsyncReceivingTotalPendingAllocationsView = &view.View{ Measure: GraphsyncReceivingTotalPendingAllocations, Aggregation: view.LastValue(), } GraphsyncReceivingPeersPendingView = &view.View{ Measure: GraphsyncReceivingPeersPending, Aggregation: view.LastValue(), } GraphsyncSendingPeersCountView = &view.View{ Measure: GraphsyncSendingPeersCount, Aggregation: view.LastValue(), } GraphsyncSendingActiveCountView = &view.View{ Measure: GraphsyncSendingActiveCount, Aggregation: view.LastValue(), } GraphsyncSendingCountCountView = &view.View{ Measure: GraphsyncSendingCountCount, Aggregation: view.LastValue(), } GraphsyncSendingTotalMemoryAllocatedView = &view.View{ Measure: GraphsyncSendingTotalMemoryAllocated, Aggregation: view.LastValue(), } GraphsyncSendingTotalPendingAllocationsView = &view.View{ Measure: GraphsyncSendingTotalPendingAllocations, Aggregation: view.LastValue(), } GraphsyncSendingPeersPendingView = &view.View{ Measure: GraphsyncSendingPeersPending, Aggregation: view.LastValue(), } ) // DefaultViews is an array of OpenCensus views for metric gathering purposes var DefaultViews = func() []*view.View { views := []*view.View{ InfoView, PeerCountView, APIRequestDurationView, GraphsyncReceivingPeersCountView, GraphsyncReceivingActiveCountView, GraphsyncReceivingCountCountView, GraphsyncReceivingTotalMemoryAllocatedView, GraphsyncReceivingTotalPendingAllocationsView, GraphsyncReceivingPeersPendingView, GraphsyncSendingPeersCountView, GraphsyncSendingActiveCountView, GraphsyncSendingCountCountView, GraphsyncSendingTotalMemoryAllocatedView, GraphsyncSendingTotalPendingAllocationsView, GraphsyncSendingPeersPendingView, } views = append(views, blockstore.DefaultViews...) views = append(views, rpcmetrics.DefaultViews...) return views }() var ChainNodeViews = append([]*view.View{ ChainNodeHeightView, ChainNodeHeightExpectedView, ChainNodeWorkerHeightView, BlockReceivedView, BlockValidationFailureView, BlockValidationSuccessView, BlockValidationDurationView, BlockDelayView, MessagePublishedView, MessageReceivedView, MessageValidationFailureView, MessageValidationSuccessView, MessageValidationDurationView, MpoolGetNonceDurationView, MpoolGetBalanceDurationView, MpoolAddTsDurationView, MpoolAddDurationView, MpoolPushDurationView, PubsubPublishMessageView, PubsubDeliverMessageView, PubsubRejectMessageView, PubsubDuplicateMessageView, PubsubRecvRPCView, PubsubSendRPCView, PubsubDropRPCView, VMFlushCopyCountView, VMFlushCopyDurationView, SplitstoreMissView, SplitstoreCompactionTimeSecondsView, SplitstoreCompactionHotView, SplitstoreCompactionColdView, SplitstoreCompactionDeadView, VMApplyBlocksTotalView, VMApplyMessagesView, VMApplyEarlyView, VMApplyCronView, VMApplyFlushView, VMSendsView, VMAppliedView, }, DefaultViews...) var MinerNodeViews = append([]*view.View{ WorkerCallsStartedView, WorkerCallsReturnedCountView, WorkerUntrackedCallsReturnedView, WorkerCallsReturnedDurationView, SectorStatesView, StorageFSAvailableView, StorageAvailableView, StorageReservedView, StorageLimitUsedView, StorageCapacityBytesView, StorageFSAvailableBytesView, StorageAvailableBytesView, StorageReservedBytesView, StorageLimitUsedBytesView, StorageLimitMaxBytesView, }, DefaultViews...) // SinceInMilliseconds returns the duration of time since the provide time as a float64. func SinceInMilliseconds(startTime time.Time) float64 { return float64(time.Since(startTime).Nanoseconds()) / 1e6 } // Timer is a function stopwatch, calling it starts the timer, // calling the returned function will record the duration. func Timer(ctx context.Context, m *stats.Float64Measure) func() { start := time.Now() return func() { stats.Record(ctx, m.M(SinceInMilliseconds(start))) } }