metrics

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 Go to latest Published: Jun 25, 2024 License: Apache-2.0, MIT Imports: 12 Imported by: 42

README

Setting Up Prometheus and Grafana

Lotus supports exporting a wide range of metrics, enabling users to gain insights into its behavior and effectively analyze performance issues. These metrics can be conveniently utilized with aggregation and visualization tools for in-depth analysis. In this document, we show how you can set up Prometheus and Grafana for monitoring and visualizing these metrics:

  • Prometheus: Prometheus is an open-source monitoring and alerting toolkit designed for collecting and storing time-series data from various systems and applications. It provides a robust querying language (PromQL) and a web-based interface for analyzing and visualizing metrics.

  • Grafana: Grafana is an open-source platform for creating, sharing, and visualizing interactive dashboards and graphs. It integrates with various data sources, including Prometheus, to help users create meaningful visual representations of their data and set up alerting based on specific conditions.

Prerequisites

  • You have a Linux or Mac based system.
  • You have root access to install software
  • You have lotus node already running

Note: These instructions have been tested on Ubuntu 23.04 and on Mac M1.

Install and start Prometheus

On Ubuntu:
# install prometheus
sudo apt-get install prometheus

# copy the prometheus.yml config to the correct directory
sudo cp metrics/prometheus.yml /etc/prometheus/prometheus.yml

# start prometheus
sudo systemctl start prometheus

# enable prometheus on boot (optional)
sudo systemctl enable prometheus
On Mac:
# install prometheus
brew install prometheus

# start prometheus
prometheus --config.file=lotus/metrics/prometheus.yml

Install and start Grafana

On Ubuntu:
# download the Grafana GPG key in our keyring
wget -q -O - https://packages.grafana.com/gpg.key | gpg --dearmor | sudo tee /usr/share/keyrings/grafana.gpg > /dev/null

# add the Grafana repository to our APT sources
echo "deb [signed-by=/usr/share/keyrings/grafana.gpg] https://packages.grafana.com/oss/deb stable main" | sudo tee -a /etc/apt/sources.list.d/grafana.list

# update our APT cache
sudo apt-get update

# now we can install grafana
sudo apt-get install grafana

# start grafana
sudo systemctl start grafana-server

# start grafana on boot (optional)
sudo systemctl enable grafana-server
On Mac:
brew install grafana
brew services start grafana

You should now have Prometheus and Grafana running on your machine where Prometheus is already collecting metrics from your Lotus node (if its running) and saving it to a database.

You can confirm everything is setup correctly by visiting:

  • Prometheus (http://localhost:9090): You can open the metric explorer and view any of the aggregated metrics scraped from Lotus
  • Grafana (http://localhost:3000): Default username/password is admin/admin, remember to change it after login.

Add Prometheus as datasource in Grafana

  1. Log in to Grafana using the web interface.
  2. Navigate to "Home" > "Connections" > "Data Sources."
  3. Click "Add data source."
  4. Choose "Prometheus."
  5. In the "HTTP" section, set the URL to http://localhost:9090.
  6. Click "Save & Test" to verify the connection.

Import one of the existing dashboards in lotus/metrics/grafana

  1. Log in to Grafana using the web interface.
  2. Navigate to "Home" > "Dashboards" > Click the drop down menu in the "New" button and select "Import"
  3. Paste any of the existing dashboards in lotus/metrics/grafana into the "Import via panel json" panel.
  4. Click "Load"
  5. Select the Prometheus datasource you created earlier
  6. Click "Import"

Collect system metrics using node_exporter

Although Lotus includes many useful metrics it does not include system metrics, such as information about cpu, memory, disk, network, etc. If you are investigating an issue and have Lotus metrics available, its often very useful to correlate certain events or behaviour with general system metrics.

Install node_exporter

If you have followed this guide so far and have Prometheus and Grafana already running, you can run the following commands to also aggregate the system metrics:

Ubuntu:


# download the newest release by https://github.com/prometheus/node_exporter/releases (it was 1.6.1 as of writing this doc)
wget https://github.com/prometheus/node_exporter/releases/download/v1.6.1/node_exporter-1.6.1.linux-amd64.tar.gz

# extract the release (it contains a single binary plus some docs)
tar -xf node_exporter-1.6.1.linux-amd64.tar.gz

# move it to /usr/local/bin
sudo mv node_exporter-1.6.1.linux-amd64/node_exporter /usr/local/bin

# run node_exporter
node_exporter

Mac:

# install node_exporter
brew install node_exporter

# run node_exporter
node_exporter

Import system dashboard

Since our prometheus.yml config already has configuration for node_exporter, we can go straight away and import a Grafana dashboard for viewing:

  1. Download the most recent dashboard from https://grafana.com/grafana/dashboards/1860-node-exporter-full/
  2. Log in to Grafana (http://localhost:3000) using the web interface.
  3. Navigate to "Home" > "Dashboards" > Click the drop down menu in the "New" button and select "Import"
  4. Paste any of the existing dashboards in lotus/metrics/grafana into the "Import via panel json" panel.
  5. Click "Load"
  6. Select the Prometheus datasource you created earlier
  7. Click "Import"

Documentation

Index

Constants

This section is empty.

Variables

View Source 
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")

	PathSeal, _    = tag.NewKey("path_seal")
	PathStorage, _ = tag.NewKey("path_storage")

	// rcmgr
	ServiceID, _  = tag.NewKey("svc")
	ProtocolID, _ = tag.NewKey("proto")
	Direction, _  = tag.NewKey("direction")
	UseFD, _      = tag.NewKey("use_fd")

	// vm execution
	ExecutionLane, _ = tag.NewKey("lane")

	// piecereader
	PRReadType, _ = tag.NewKey("pr_type") // seq / rand
	PRReadSize, _ = tag.NewKey("pr_size") // small / big
)

Global Tags

View Source 
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)

	// 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)
	IndexerMessageValidationFailure     = stats.Int64("indexer/failure", "Counter for indexer message validation failures", stats.UnitDimensionless)
	IndexerMessageValidationSuccess     = stats.Int64("indexer/success", "Counter for indexer message validation successes", 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)
	MpoolMessageCount                   = stats.Int64("mpool/message_count", "Number of messages in the mpool", stats.UnitDimensionless)
	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)
	PubsubPruneMessage                  = stats.Int64("pubsub/prune", "Counter for total prune 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)
	VMExecutionWaiting                  = stats.Int64("vm/execution_waiting", "Counter for VM executions waiting to be assigned to a lane", stats.UnitDimensionless)
	VMExecutionRunning                  = stats.Int64("vm/execution_running", "Counter for running VM executions", 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)

	SchedAssignerCycleDuration           = stats.Float64("sched/assigner_cycle_ms", "Duration of scheduler assigner cycle", stats.UnitMilliseconds)
	SchedAssignerCandidatesDuration      = stats.Float64("sched/assigner_cycle_candidates_ms", "Duration of scheduler assigner candidate matching step", stats.UnitMilliseconds)
	SchedAssignerWindowSelectionDuration = stats.Float64("sched/assigner_cycle_window_select_ms", "Duration of scheduler window selection step", stats.UnitMilliseconds)
	SchedAssignerSubmitDuration          = stats.Float64("sched/assigner_cycle_submit_ms", "Duration of scheduler window submit step", stats.UnitMilliseconds)
	SchedCycleOpenWindows                = stats.Int64("sched/assigner_cycle_open_window", "Number of open windows in scheduling cycles", stats.UnitDimensionless)
	SchedCycleQueueSize                  = stats.Int64("sched/assigner_cycle_task_queue_entry", "Number of task queue entries in scheduling cycles", stats.UnitDimensionless)

	DagStorePRInitCount      = stats.Int64("dagstore/pr_init_count", "PieceReader init count", stats.UnitDimensionless)
	DagStorePRBytesRequested = stats.Int64("dagstore/pr_requested_bytes", "PieceReader requested bytes", stats.UnitBytes)

	DagStorePRBytesDiscarded   = stats.Int64("dagstore/pr_discarded_bytes", "PieceReader discarded bytes", stats.UnitBytes)
	DagStorePRDiscardCount     = stats.Int64("dagstore/pr_discard_count", "PieceReader discard count", stats.UnitDimensionless)
	DagStorePRSeekBackCount    = stats.Int64("dagstore/pr_seek_back_count", "PieceReader seek back count", stats.UnitDimensionless)
	DagStorePRSeekForwardCount = stats.Int64("dagstore/pr_seek_forward_count", "PieceReader seek forward count", stats.UnitDimensionless)
	DagStorePRSeekBackBytes    = stats.Int64("dagstore/pr_seek_back_bytes", "PieceReader seek back bytes", stats.UnitBytes)
	DagStorePRSeekForwardBytes = stats.Int64("dagstore/pr_seek_forward_bytes", "PieceReader seek forward bytes", stats.UnitBytes)

	DagStorePRAtHitBytes       = stats.Int64("dagstore/pr_at_hit_bytes", "PieceReader ReadAt bytes from cache", stats.UnitBytes)
	DagStorePRAtHitCount       = stats.Int64("dagstore/pr_at_hit_count", "PieceReader ReadAt from cache hits", stats.UnitDimensionless)
	DagStorePRAtCacheFillCount = stats.Int64("dagstore/pr_at_cache_fill_count", "PieceReader ReadAt full cache fill count", stats.UnitDimensionless)
	DagStorePRAtReadBytes      = stats.Int64("dagstore/pr_at_read_bytes", "PieceReader ReadAt bytes read from source", stats.UnitBytes)    // PRReadSize tag
	DagStorePRAtReadCount      = stats.Int64("dagstore/pr_at_read_count", "PieceReader ReadAt reads from source", stats.UnitDimensionless) // PRReadSize tag

	// 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)

	// rcmgr
	RcmgrAllowConn      = stats.Int64("rcmgr/allow_conn", "Number of allowed connections", stats.UnitDimensionless)
	RcmgrBlockConn      = stats.Int64("rcmgr/block_conn", "Number of blocked connections", stats.UnitDimensionless)
	RcmgrAllowStream    = stats.Int64("rcmgr/allow_stream", "Number of allowed streams", stats.UnitDimensionless)
	RcmgrBlockStream    = stats.Int64("rcmgr/block_stream", "Number of blocked streams", stats.UnitDimensionless)
	RcmgrAllowPeer      = stats.Int64("rcmgr/allow_peer", "Number of allowed peer connections", stats.UnitDimensionless)
	RcmgrBlockPeer      = stats.Int64("rcmgr/block_peer", "Number of blocked peer connections", stats.UnitDimensionless)
	RcmgrAllowProto     = stats.Int64("rcmgr/allow_proto", "Number of allowed streams attached to a protocol", stats.UnitDimensionless)
	RcmgrBlockProto     = stats.Int64("rcmgr/block_proto", "Number of blocked streams attached to a protocol", stats.UnitDimensionless)
	RcmgrBlockProtoPeer = stats.Int64("rcmgr/block_proto", "Number of blocked streams attached to a protocol for a specific peer", stats.UnitDimensionless)
	RcmgrAllowSvc       = stats.Int64("rcmgr/allow_svc", "Number of allowed streams attached to a service", stats.UnitDimensionless)
	RcmgrBlockSvc       = stats.Int64("rcmgr/block_svc", "Number of blocked streams attached to a service", stats.UnitDimensionless)
	RcmgrBlockSvcPeer   = stats.Int64("rcmgr/block_svc", "Number of blocked streams attached to a service for a specific peer", stats.UnitDimensionless)
	RcmgrAllowMem       = stats.Int64("rcmgr/allow_mem", "Number of allowed memory reservations", stats.UnitDimensionless)
	RcmgrBlockMem       = stats.Int64("rcmgr/block_mem", "Number of blocked memory reservations", stats.UnitDimensionless)

	// gateway rate limit
	RateLimitCount = stats.Int64("ratelimit/limited", "rate limited connections", stats.UnitDimensionless)
)

Measures

View Source 
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++ {
				bounds = append(bounds, float64(i*1000))
			}
			for i := 30; i < 60; i += 2 {
				bounds = append(bounds, float64(i*1000))
			}
			for i := 60; i <= 300; i += 10 {
				bounds = append(bounds, float64(i*1000))
			}
			bounds = append(bounds, 600*1000)
			return view.Distribution(bounds...)
		}(),
	}
	IndexerMessageValidationFailureView = &view.View{
		Measure:     IndexerMessageValidationFailure,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{FailureType, Local},
	}
	IndexerMessageValidationSuccessView = &view.View{
		Measure:     IndexerMessageValidationSuccess,
		Aggregation: view.Count(),
	}
	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,
	}
	MpoolMessageCountView = &view.View{
		Measure:     MpoolMessageCount,
		Aggregation: view.LastValue(),
	}
	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(),
	}
	PubsubPruneMessageView = &view.View{
		Measure:     PubsubPruneMessage,
		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(),
	}
	VMExecutionWaitingView = &view.View{
		Measure:     VMExecutionWaiting,
		Aggregation: view.Sum(),
		TagKeys:     []tag.Key{ExecutionLane},
	}
	VMExecutionRunningView = &view.View{
		Measure:     VMExecutionRunning,
		Aggregation: view.Sum(),
		TagKeys:     []tag.Key{ExecutionLane},
	}

	// 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, PathStorage, PathSeal},
	}
	StorageAvailableView = &view.View{
		Measure:     StorageAvailable,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageReservedView = &view.View{
		Measure:     StorageReserved,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageLimitUsedView = &view.View{
		Measure:     StorageLimitUsed,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageCapacityBytesView = &view.View{
		Measure:     StorageCapacityBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageFSAvailableBytesView = &view.View{
		Measure:     StorageFSAvailableBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageAvailableBytesView = &view.View{
		Measure:     StorageAvailableBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageReservedBytesView = &view.View{
		Measure:     StorageReservedBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageLimitUsedBytesView = &view.View{
		Measure:     StorageLimitUsedBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}
	StorageLimitMaxBytesView = &view.View{
		Measure:     StorageLimitMaxBytes,
		Aggregation: view.LastValue(),
		TagKeys:     []tag.Key{StorageID, PathStorage, PathSeal},
	}

	SchedAssignerCycleDurationView = &view.View{
		Measure:     SchedAssignerCycleDuration,
		Aggregation: defaultMillisecondsDistribution,
	}
	SchedAssignerCandidatesDurationView = &view.View{
		Measure:     SchedAssignerCandidatesDuration,
		Aggregation: defaultMillisecondsDistribution,
	}
	SchedAssignerWindowSelectionDurationView = &view.View{
		Measure:     SchedAssignerWindowSelectionDuration,
		Aggregation: defaultMillisecondsDistribution,
	}
	SchedAssignerSubmitDurationView = &view.View{
		Measure:     SchedAssignerSubmitDuration,
		Aggregation: defaultMillisecondsDistribution,
	}
	SchedCycleOpenWindowsView = &view.View{
		Measure:     SchedCycleOpenWindows,
		Aggregation: queueSizeDistribution,
	}
	SchedCycleQueueSizeView = &view.View{
		Measure:     SchedCycleQueueSize,
		Aggregation: queueSizeDistribution,
	}

	DagStorePRInitCountView = &view.View{
		Measure:     DagStorePRInitCount,
		Aggregation: view.Count(),
	}
	DagStorePRBytesRequestedView = &view.View{
		Measure:     DagStorePRBytesRequested,
		Aggregation: view.Sum(),
		TagKeys:     []tag.Key{PRReadType},
	}
	DagStorePRBytesDiscardedView = &view.View{
		Measure:     DagStorePRBytesDiscarded,
		Aggregation: view.Sum(),
	}
	DagStorePRDiscardCountView = &view.View{
		Measure:     DagStorePRDiscardCount,
		Aggregation: view.Count(),
	}
	DagStorePRSeekBackCountView = &view.View{
		Measure:     DagStorePRSeekBackCount,
		Aggregation: view.Count(),
	}
	DagStorePRSeekForwardCountView = &view.View{
		Measure:     DagStorePRSeekForwardCount,
		Aggregation: view.Count(),
	}
	DagStorePRSeekBackBytesView = &view.View{
		Measure:     DagStorePRSeekBackBytes,
		Aggregation: view.Sum(),
	}
	DagStorePRSeekForwardBytesView = &view.View{
		Measure:     DagStorePRSeekForwardBytes,
		Aggregation: view.Sum(),
	}

	DagStorePRAtHitBytesView = &view.View{
		Measure:     DagStorePRAtHitBytes,
		Aggregation: view.Sum(),
	}
	DagStorePRAtHitCountView = &view.View{
		Measure:     DagStorePRAtHitCount,
		Aggregation: view.Count(),
	}
	DagStorePRAtCacheFillCountView = &view.View{
		Measure:     DagStorePRAtCacheFillCount,
		Aggregation: view.Count(),
	}
	DagStorePRAtReadBytesView = &view.View{
		Measure:     DagStorePRAtReadBytes,
		Aggregation: view.Sum(),
		TagKeys:     []tag.Key{PRReadSize},
	}
	DagStorePRAtReadCountView = &view.View{
		Measure:     DagStorePRAtReadCount,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{PRReadSize},
	}

	// 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(),
	}

	// rcmgr
	RcmgrAllowConnView = &view.View{
		Measure:     RcmgrAllowConn,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{Direction, UseFD},
	}
	RcmgrBlockConnView = &view.View{
		Measure:     RcmgrBlockConn,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{Direction, UseFD},
	}
	RcmgrAllowStreamView = &view.View{
		Measure:     RcmgrAllowStream,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{PeerID, Direction},
	}
	RcmgrBlockStreamView = &view.View{
		Measure:     RcmgrBlockStream,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{PeerID, Direction},
	}
	RcmgrAllowPeerView = &view.View{
		Measure:     RcmgrAllowPeer,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{PeerID},
	}
	RcmgrBlockPeerView = &view.View{
		Measure:     RcmgrBlockPeer,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{PeerID},
	}
	RcmgrAllowProtoView = &view.View{
		Measure:     RcmgrAllowProto,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ProtocolID},
	}
	RcmgrBlockProtoView = &view.View{
		Measure:     RcmgrBlockProto,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ProtocolID},
	}
	RcmgrBlockProtoPeerView = &view.View{
		Measure:     RcmgrBlockProtoPeer,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ProtocolID, PeerID},
	}
	RcmgrAllowSvcView = &view.View{
		Measure:     RcmgrAllowSvc,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ServiceID},
	}
	RcmgrBlockSvcView = &view.View{
		Measure:     RcmgrBlockSvc,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ServiceID},
	}
	RcmgrBlockSvcPeerView = &view.View{
		Measure:     RcmgrBlockSvcPeer,
		Aggregation: view.Count(),
		TagKeys:     []tag.Key{ServiceID, PeerID},
	}
	RcmgrAllowMemView = &view.View{
		Measure:     RcmgrAllowMem,
		Aggregation: view.Count(),
	}
	RcmgrBlockMemView = &view.View{
		Measure:     RcmgrBlockMem,
		Aggregation: view.Count(),
	}
	RateLimitedView = &view.View{
		Measure:     RateLimitCount,
		Aggregation: view.Count(),
	}
)
View Source 
var ChainNodeViews = append([]*view.View{
	ChainNodeHeightView,
	ChainNodeHeightExpectedView,
	ChainNodeWorkerHeightView,
	BlockReceivedView,
	BlockValidationFailureView,
	BlockValidationSuccessView,
	BlockValidationDurationView,
	BlockDelayView,
	IndexerMessageValidationFailureView,
	IndexerMessageValidationSuccessView,
	MessagePublishedView,
	MessageReceivedView,
	MessageValidationFailureView,
	MessageValidationSuccessView,
	MessageValidationDurationView,
	MpoolGetNonceDurationView,
	MpoolGetBalanceDurationView,
	MpoolAddTsDurationView,
	MpoolAddDurationView,
	MpoolPushDurationView,
	MpoolMessageCountView,
	PubsubPublishMessageView,
	PubsubDeliverMessageView,
	PubsubRejectMessageView,
	PubsubDuplicateMessageView,
	PubsubPruneMessageView,
	PubsubRecvRPCView,
	PubsubSendRPCView,
	PubsubDropRPCView,
	VMFlushCopyCountView,
	VMFlushCopyDurationView,
	SplitstoreMissView,
	SplitstoreCompactionTimeSecondsView,
	SplitstoreCompactionHotView,
	SplitstoreCompactionColdView,
	SplitstoreCompactionDeadView,
	VMApplyBlocksTotalView,
	VMApplyMessagesView,
	VMApplyEarlyView,
	VMApplyCronView,
	VMApplyFlushView,
	VMSendsView,
	VMAppliedView,
	VMExecutionWaitingView,
	VMExecutionRunningView,
}, DefaultViews...)
View Source 
var DefaultViews = func() []*view.View {
	return views
}()

DefaultViews is an array of OpenCensus views for metric gathering purposes

View Source 
var GatewayNodeViews = append([]*view.View{
	RateLimitedView,
}, ChainNodeViews...)
View Source 
var MinerNodeViews = append([]*view.View{
	WorkerCallsStartedView,
	WorkerCallsReturnedCountView,
	WorkerUntrackedCallsReturnedView,
	WorkerCallsReturnedDurationView,

	SectorStatesView,
	StorageFSAvailableView,
	StorageAvailableView,
	StorageReservedView,
	StorageLimitUsedView,
	StorageCapacityBytesView,
	StorageFSAvailableBytesView,
	StorageAvailableBytesView,
	StorageReservedBytesView,
	StorageLimitUsedBytesView,
	StorageLimitMaxBytesView,

	SchedAssignerCycleDurationView,
	SchedAssignerCandidatesDurationView,
	SchedAssignerWindowSelectionDurationView,
	SchedAssignerSubmitDurationView,
	SchedCycleOpenWindowsView,
	SchedCycleQueueSizeView,

	DagStorePRInitCountView,
	DagStorePRBytesRequestedView,
	DagStorePRBytesDiscardedView,
	DagStorePRDiscardCountView,
	DagStorePRSeekBackCountView,
	DagStorePRSeekForwardCountView,
	DagStorePRSeekBackBytesView,
	DagStorePRSeekForwardBytesView,
	DagStorePRAtHitBytesView,
	DagStorePRAtHitCountView,
	DagStorePRAtCacheFillCountView,
	DagStorePRAtReadBytesView,
	DagStorePRAtReadCountView,
}, DefaultViews...)

Functions

func Exporter added in v1.5.1 

func Exporter() http.Handler

func RegisterViews added in v1.25.2 

func RegisterViews(v ...*view.View)

RegisterViews adds views to the default list without modifying this file.

func SinceInMilliseconds added in v0.5.0 

func SinceInMilliseconds(startTime time.Time) float64

SinceInMilliseconds returns the duration of time since the provide time as a float64.

func Timer added in v1.1.1 

func Timer(ctx context.Context, m *stats.Float64Measure) func() time.Duration

Timer is a function stopwatch, calling it starts the timer, calling the returned function will record the duration.

Types

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Source Files

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