nimbus-eth2/beacon_chain/validators/validator_monitor.nim

854 lines
35 KiB
Nim

import
std/[options, tables],
metrics, chronicles,
../spec/[crypto, beaconstate, forks, helpers, presets],
../spec/datatypes/[phase0, altair],
../beacon_clock
logScope: topics = "val_mon"
# Validator monitoring based on the same feature in Lighthouse - using the same
# metrics allows users to more easily reuse monitoring setups
# Some issues to address before taking this feature out of beta:
#
# * some gauges are named `_total` which goes against prometheus conventions
# * because nim-metrics adds a compulsory `_total` to counters, we can't
# support some of the metric names (https://github.com/sigp/lighthouse/issues/2977)
# * in v1.6.0, some of our counters got an extra `_total` suffix, for the same reason
# * Per-epoch metrics are being updated while syncing, which makes them a bit
# hard to use in time series / graphs which depend on the metrics changing at
# a steady clock-based rate
declareGauge validator_monitor_balance_gwei,
"The validator's balance in gwei.", labels = ["validator"]
declareGauge validator_monitor_effective_balance_gwei,
"The validator's effective balance in gwei.", labels = ["validator"]
declareGauge validator_monitor_slashed,
"Set to 1 if the validator is slashed.", labels = ["validator"]
declareGauge validator_monitor_active,
"Set to 1 if the validator is active.", labels = ["validator"]
declareGauge validator_monitor_exited,
"Set to 1 if the validator is exited.", labels = ["validator"]
declareGauge validator_monitor_withdrawable,
"Set to 1 if the validator is withdrawable.", labels = ["validator"]
declareGauge validator_activation_eligibility_epoch,
"Set to the epoch where the validator will be eligible for activation.", labels = ["validator"]
declareGauge validator_activation_epoch,
"Set to the epoch where the validator will activate.", labels = ["validator"]
declareGauge validator_exit_epoch,
"Set to the epoch where the validator will exit.", labels = ["validator"]
declareGauge validator_withdrawable_epoch,
"Set to the epoch where the validator will be withdrawable.", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_attester_hit,
"Incremented if the validator is flagged as a previous epoch attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_attester_miss,
"Incremented if the validator is not flagged as a previous epoch attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_head_attester_hit,
"Incremented if the validator is flagged as a previous epoch head attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_head_attester_miss,
"Incremented if the validator is not flagged as a previous epoch head attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_target_attester_hit,
"Incremented if the validator is flagged as a previous epoch target attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_target_attester_miss,
"Incremented if the validator is not flagged as a previous epoch target attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_source_attester_hit,
"Incremented if the validator is flagged as a previous epoch source attester during per epoch processing", labels = ["validator"]
declareCounter validator_monitor_prev_epoch_on_chain_source_attester_miss,
"Incremented if the validator is not flagged as a previous epoch source attester during per epoch processing", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_attestations_total,
"The number of unagg. attestations seen in the previous epoch.", labels = ["validator"]
declareHistogram validator_monitor_prev_epoch_attestations_min_delay_seconds,
"The min delay between when the validator should send the attestation and when it was received.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_attestation_aggregate_inclusions,
"The count of times an attestation was seen inside an aggregate.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_attestation_block_inclusions,
"The count of times an attestation was seen inside a block.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_attestation_block_min_inclusion_distance,
"The minimum inclusion distance observed for the inclusion of an attestation in a block.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_aggregates_total,
"The number of aggregates seen in the previous epoch.", labels = ["validator"]
declareHistogram validator_monitor_prev_epoch_aggregates_min_delay_seconds,
"The min delay between when the validator should send the aggregate and when it was received.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_exits_total,
"The number of exits seen in the previous epoch.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_proposer_slashings_total,
"The number of proposer slashings seen in the previous epoch.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_attester_slashings_total,
"The number of attester slashings seen in the previous epoch.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_sync_committee_messages_total,
"The number of sync committee messages seen in the previous epoch.", labels = ["validator"]
declareHistogram validator_monitor_prev_epoch_sync_committee_messages_min_delay_seconds,
"The min delay between when the validator should send the sync committee message and when it was received.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_sync_contribution_inclusions,
"The count of times a sync signature was seen inside a sync contribution.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_sync_signature_block_inclusions,
"The count of times a sync signature was seen inside a block.", labels = ["validator"]
declareGauge validator_monitor_prev_epoch_sync_contributions_total,
"The number of sync contributions seen in the previous epoch.", labels = ["validator"]
declareHistogram validator_monitor_prev_epoch_sync_contribution_min_delay_seconds,
"The min delay between when the validator should send the sync contribution and when it was received.", labels = ["validator"]
declareGauge validator_monitor_validator_in_current_sync_committee,
"Is the validator in the current sync committee (1 for true and 0 for false)", labels = ["validator"]
declareGauge validator_monitor_validator_in_next_sync_committee,
"Is the validator in the next sync committee (1 for true and 0 for false)", labels = ["validator"]
declareGauge validator_monitor_validators_total,
"Count of validators that are specifically monitored by this beacon node"
declareCounter validator_monitor_unaggregated_attestation,
"Number of unaggregated attestations seen", labels = ["src", "validator"]
declareHistogram validator_monitor_unaggregated_attestation_delay_seconds,
"The delay between when the validator should send the attestation and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_sync_committee_messages,
"Number of sync committee messages seen", labels = ["src", "validator"]
declareHistogram validator_monitor_sync_committee_messages_delay_seconds,
"The delay between when the validator should send the sync committee message and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_sync_contributions,
"Number of sync contributions seen", labels = ["src", "validator"]
declareHistogram validator_monitor_sync_contributions_delay_seconds,
"The delay between when the aggregator should send the sync contribution and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_aggregated_attestation,
"Number of aggregated attestations seen", labels = ["src", "validator"]
declareHistogram validator_monitor_aggregated_attestation_delay_seconds,
"The delay between then the validator should send the aggregate and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_attestation_in_aggregate,
"Number of times an attestation has been seen in an aggregate", labels = ["src", "validator"]
declareCounter validator_monitor_sync_committee_message_in_contribution,
"Number of times a sync committee message has been seen in a sync contribution", labels = ["src", "validator"]
declareHistogram validator_monitor_attestation_in_aggregate_delay_seconds,
"The delay between when the validator should send the aggregate and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_attestation_in_block,
"Number of times an attestation has been seen in a block", labels = ["src", "validator"]
declareCounter validator_monitor_sync_committee_message_in_block,
"Number of times a validator's sync committee message has been seen in a sync aggregate", labels = ["src", "validator"]
declareGauge validator_monitor_attestation_in_block_delay_slots,
"The excess slots (beyond the minimum delay) between the attestation slot and the block slot.", labels = ["src", "validator"]
declareCounter validator_monitor_beacon_block,
"Number of beacon blocks seen", labels = ["src", "validator"]
declareHistogram validator_monitor_beacon_block_delay_seconds,
"The delay between when the validator should send the block and when it was received.", labels = ["src", "validator"]
declareCounter validator_monitor_exit,
"Number of beacon exits seen", labels = ["src", "validator"]
declareCounter validator_monitor_proposer_slashing,
"Number of proposer slashings seen", labels = ["src", "validator"]
declareCounter validator_monitor_attester_slashing,
"Number of attester slashings seen", labels = ["src", "validator"]
const
total = "total" # what we use for label when using "totals" mode
type
EpochSummary = object
## Similar to the state transition, we collect everything that happens in
## an epoch during that epoch and the one that follows it, then at the end
## of the monitoring period, we report the statistics to the user.
## In case of a deep reorg (>1 epoch) this information will be off, but will
## repair itself in the next epoch, which is a reasonable trade-off between
## correctness and utility.
##
## It should be noted that some metrics may be slightly inaccurate given the
## nature of gossip processing: in particular, old messages may reappear
## on the network and therefore be double-counted.
attestations: int64
attestation_min_delay: Option[TimeDiff]
attestation_aggregate_inclusions: int64
attestation_block_inclusions: int64
attestation_min_block_inclusion_distance: Option[uint64]
aggregates: int64
aggregate_min_delay: Option[TimeDiff]
sync_committee_messages: int64
sync_committee_message_min_delay: Option[TimeDiff]
sync_signature_block_inclusions: int64
sync_signature_contribution_inclusions: int64
sync_contributions: int64
sync_contribution_min_delay: Option[TimeDiff]
exits: int64
proposer_slashings: int64
attester_slashings: int64
MonitoredValidator = object
id: string # A short id is used above all for metrics
pubkey: ValidatorPubKey
index: Option[ValidatorIndex]
summaries: array[2, EpochSummary] # We monitor the current and previous epochs
ValidatorMonitor* = object
epoch: Epoch # The most recent epoch seen in monitoring
monitors: Table[ValidatorPubKey, ref MonitoredValidator]
indices: Table[uint64, ref MonitoredValidator]
knownValidators: int
autoRegister: bool
totals: bool
MsgSource* {.pure.} = enum
# From where a message is being sent - for compatibility with lighthouse, we
# don't differentiate sync and requests, but rather use "gossip" - we also
# don't differentiate in-beacon validators but use "api" as if they were
# VC:s - this simplifies the initial implementation but should likely be
# expanded in the future.
gossip = "gossip"
api = "api"
template toGaugeValue(v: bool): int64 =
if v: 1 else: 0
template toGaugeValue(v: TimeDiff): float =
toFloatSeconds(v)
proc update_if_lt[T](current: var Option[T], val: T) =
if current.isNone() or val < current.get():
current = some(val)
proc addMonitor*(
self: var ValidatorMonitor, pubkey: ValidatorPubKey,
index: Option[ValidatorIndex]) =
if pubkey in self.monitors:
return
let id = shortLog(pubkey)
let monitor = (ref MonitoredValidator)(id: id, index: index)
self.monitors[pubkey] = monitor
if index.isSome():
self.indices[index.get().uint64] = monitor
template metricId: string =
mixin self, id
if self.totals: total else: id
proc addAutoMonitor*(
self: var ValidatorMonitor, pubkey: ValidatorPubKey,
index: ValidatorIndex) =
if not self.autoRegister:
return
# automatic monitors must be registered with index - we don't look for them in
# the state
self.addMonitor(pubkey, some(index))
info "Started monitoring validator",
validator = shortLog(pubkey), pubkey, index
proc init*(T: type ValidatorMonitor, autoRegister = false, totals = false): T =
T(autoRegister: autoRegister, totals: totals)
template summaryIdx(epoch: Epoch): int = (epoch.uint64 mod 2).int
template withEpochSummary(
self: var ValidatorMonitor, monitor: var MonitoredValidator,
epochParam: Epoch, body: untyped) =
let epoch = epochParam
if epoch == self.epoch or epoch + 1 == self.epoch:
template epochSummary: untyped {.inject.} = monitor.summaries[summaryIdx(epoch)]
body
proc updateEpoch(self: var ValidatorMonitor, epoch: Epoch) =
# Called at the start of a new epoch to provide a summary of the events 2
# epochs back then clear the slate for new reporting.
if epoch <= self.epoch:
return
let
monitorEpoch = self.epoch
# index of the EpochSummary that we'll first report, then clear
summaryIdx = epoch.summaryIdx
self.epoch = epoch
validator_monitor_validators_total.set(self.monitors.len().int64)
if epoch > monitorEpoch + 1:
# More than one epoch passed since the last check which makes it difficult
# to report correctly with the amount of data we store - skip this round
# and hope things improve
notice "Resetting validator monitoring", epoch, monitorEpoch
for (_, monitor) in self.monitors.mpairs():
reset(monitor.summaries)
return
template setAll(metric, name: untyped) =
if self.totals:
var agg: int64
for monitor {.inject.} in self.monitors.mvalues:
agg += monitor.summaries[summaryIdx].name
metric.set(agg, [total])
else:
for monitor {.inject.} in self.monitors.mvalues:
metric.set(monitor.summaries[summaryIdx].name, [monitor.id])
template observeAll(metric, name: untyped) =
for monitor {.inject.} in self.monitors.mvalues:
if monitor.summaries[summaryIdx].name.isSome():
metric.observe(
monitor.summaries[summaryIdx].name.get.toGaugeValue(),
[if self.totals: total else: monitor.id])
setAll(
validator_monitor_prev_epoch_attestations_total,
attestations)
observeAll(
validator_monitor_prev_epoch_attestations_min_delay_seconds,
attestation_min_delay)
setAll(
validator_monitor_prev_epoch_attestation_aggregate_inclusions,
attestation_aggregate_inclusions)
setAll(
validator_monitor_prev_epoch_attestation_block_inclusions,
attestation_block_inclusions)
setAll(
validator_monitor_prev_epoch_sync_committee_messages_total,
sync_committee_messages)
observeAll(
validator_monitor_prev_epoch_sync_committee_messages_min_delay_seconds,
sync_committee_message_min_delay)
setAll(
validator_monitor_prev_epoch_sync_contribution_inclusions,
sync_signature_contribution_inclusions)
setAll(
validator_monitor_prev_epoch_sync_signature_block_inclusions,
sync_signature_block_inclusions)
setAll(
validator_monitor_prev_epoch_sync_contributions_total,
sync_contributions)
observeAll(
validator_monitor_prev_epoch_sync_contribution_min_delay_seconds,
sync_contribution_min_delay)
setAll(
validator_monitor_prev_epoch_aggregates_total,
aggregates)
observeAll(
validator_monitor_prev_epoch_aggregates_min_delay_seconds,
aggregate_min_delay)
setAll(
validator_monitor_prev_epoch_exits_total,
exits)
setAll(
validator_monitor_prev_epoch_proposer_slashings_total,
proposer_slashings)
setAll(
validator_monitor_prev_epoch_attester_slashings_total,
attester_slashings)
if not self.totals:
for monitor in self.monitors.mvalues:
if monitor.summaries[summaryIdx].
attestation_min_block_inclusion_distance.isSome:
validator_monitor_prev_epoch_attestation_block_min_inclusion_distance.set(
monitor.summaries[summaryIdx].
attestation_min_block_inclusion_distance.get().int64, [monitor.id])
for monitor in self.monitors.mvalues:
reset(monitor.summaries[summaryIdx])
func is_active_unslashed_in_previous_epoch(status: RewardStatus): bool =
let flags = status.flags
RewardFlags.isActiveInPreviousEpoch in flags and
RewardFlags.isSlashed notin flags
func is_previous_epoch_source_attester(status: RewardStatus): bool =
status.is_previous_epoch_attester.isSome()
func is_previous_epoch_head_attester(status: RewardStatus): bool =
RewardFlags.isPreviousEpochHeadAttester in status.flags
func is_previous_epoch_target_attester(status: RewardStatus): bool =
RewardFlags.isPreviousEpochTargetAttester in status.flags
func is_previous_epoch_source_attester(status: ParticipationInfo): bool =
ParticipationFlag.timelySourceAttester in status.flags
func is_previous_epoch_head_attester(status: ParticipationInfo): bool =
ParticipationFlag.timelyHeadAttester in status.flags
func is_previous_epoch_target_attester(status: ParticipationInfo): bool =
ParticipationFlag.timelyTargetAttester in status.flags
func is_active_unslashed_in_previous_epoch(status: ParticipationInfo): bool =
ParticipationFlag.eligible in status.flags
proc registerEpochInfo*(
self: var ValidatorMonitor, epoch: Epoch, info: ForkedEpochInfo,
state: ForkyBeaconState) =
# Register rewards, as computed during the epoch transition that lands in
# `epoch` - the rewards will be from attestations that were created at
# `epoch - 2`.
if epoch < 2 or self.monitors.len == 0:
return
var in_current_sync_committee, in_next_sync_committee: int64
withEpochInfo(info):
for pubkey, monitor in self.monitors:
if monitor.index.isNone:
continue
let
idx = monitor.index.get()
if info.validators.lenu64 <= idx.uint64:
# No summary for this validator (yet?)
debug "No reward information for validator",
id = monitor.id, idx
continue
let
prev_epoch = epoch - 2
id = monitor.id
let status = info.validators[idx]
if not status.is_active_unslashed_in_previous_epoch():
# Monitored validator is not active, due to awaiting activation
# or being exited/withdrawn. Do not attempt to report on its
# attestations.
continue
let
previous_epoch_matched_source = status.is_previous_epoch_source_attester()
previous_epoch_matched_target = status.is_previous_epoch_target_attester()
previous_epoch_matched_head = status.is_previous_epoch_head_attester()
# Indicates if any attestation made it on-chain.
# For Base states, this will be *any* attestation whatsoever. For Altair states,
# this will be any attestation that matched a "timely" flag.
if previous_epoch_matched_source:
# These two metrics are the same - keep both around for LH compatibility
validator_monitor_prev_epoch_on_chain_attester_hit.inc(1, [metricId])
validator_monitor_prev_epoch_on_chain_source_attester_hit.inc(1, [metricId])
info "Previous epoch attestation included",
timely_source = previous_epoch_matched_source,
timely_target = previous_epoch_matched_target,
timely_head = previous_epoch_matched_head,
epoch = prev_epoch,
validator = id
else:
validator_monitor_prev_epoch_on_chain_attester_miss.inc(1, [metricId])
validator_monitor_prev_epoch_on_chain_source_attester_miss.inc(1, [metricId])
warn "Previous epoch attestation missing",
epoch = prev_epoch,
validator = id
# Indicates if any on-chain attestation hit the head.
if previous_epoch_matched_head:
validator_monitor_prev_epoch_on_chain_head_attester_hit.inc(1, [metricId])
else:
validator_monitor_prev_epoch_on_chain_head_attester_miss.inc(1, [metricId])
notice "Attestation failed to match head",
epoch = prev_epoch,
validator = id
# Indicates if any on-chain attestation hit the target.
if previous_epoch_matched_target:
validator_monitor_prev_epoch_on_chain_target_attester_hit.inc(1, [metricId])
else:
validator_monitor_prev_epoch_on_chain_target_attester_miss.inc(1, [metricId])
notice "Attestation failed to match target",
epoch = prev_epoch,
validator = id
when state isnot phase0.BeaconState: # altair+
# Indicates the number of sync committee signatures that made it into
# a sync aggregate in the current_epoch (state.epoch - 1).
# Note: Unlike attestations, sync committee signatures must be included in the
# immediate next slot. Hence, num included sync aggregates for `state.epoch - 1`
# is available right after state transition to state.epoch.
let current_epoch = epoch - 1
if state.current_sync_committee.pubkeys.data.contains(pubkey):
if not self.totals:
validator_monitor_validator_in_current_sync_committee.set(1, [metricId])
self.withEpochSummary(monitor[], current_epoch):
info "Current epoch sync signatures",
included = epochSummary.sync_signature_block_inclusions,
expected = SLOTS_PER_EPOCH,
epoch = current_epoch,
validator = id
in_current_sync_committee += 1
else:
if not self.totals:
validator_monitor_validator_in_current_sync_committee.set(0, [metricId])
debug "Validator isn't part of the current sync committee",
epoch = current_epoch,
validator = id
if state.next_sync_committee.pubkeys.data.contains(pubkey):
if not self.totals:
validator_monitor_validator_in_next_sync_committee.set(1, [metricId])
self.withEpochSummary(monitor[], current_epoch):
info "Validator in next sync committee",
epoch = current_epoch,
validator = id
in_next_sync_committee += 1
else:
if not self.totals:
validator_monitor_validator_in_next_sync_committee.set(0, [metricId])
if self.totals:
validator_monitor_validator_in_current_sync_committee.set(
in_current_sync_committee, [total])
validator_monitor_validator_in_next_sync_committee.set(
in_next_sync_committee, [total])
self.updateEpoch(epoch)
proc registerState*(self: var ValidatorMonitor, state: ForkyBeaconState) =
# Update indices for the validators we're monitoring
for v in self.knownValidators..<state.validators.len:
self.monitors.withValue(state.validators[v].pubkey, monitor):
monitor[][].index = some(ValidatorIndex(v))
self.indices[uint64(v)] = monitor[]
info "Started monitoring validator",
validator = monitor[][].id, pubkey = state.validators[v].pubkey, index = v
self.knownValidators = state.validators.len
let
current_epoch = state.slot.epoch
# Update metrics for monitored validators according to the latest rewards
if self.totals:
var
balance: uint64
effective_balance: uint64
slashed: int64
active: int64
exited: int64
withdrawable: int64
for monitor in self.monitors.mvalues:
if not monitor[].index.isSome():
continue
let idx = monitor[].index.get()
if state.balances.lenu64 <= idx.uint64:
continue
balance += state.balances[idx]
effective_balance += state.validators[idx].effective_balance
if state.validators[idx].slashed: slashed += 1
if is_active_validator(state.validators[idx], current_epoch): active += 1
if is_exited_validator(state.validators[idx], current_epoch): exited += 1
if is_withdrawable_validator(state.validators[idx], current_epoch): withdrawable += 1
validator_monitor_balance_gwei.set(balance.toGaugeValue(), [total])
validator_monitor_effective_balance_gwei.set(effective_balance.toGaugeValue(), [total])
validator_monitor_slashed.set(slashed, [total])
validator_monitor_active.set(active, [total])
validator_monitor_exited.set(exited, [total])
validator_monitor_withdrawable.set(withdrawable, [total])
else:
for monitor in self.monitors.mvalues():
if not monitor[].index.isSome():
continue
let idx = monitor[].index.get()
if state.balances.lenu64 <= idx.uint64:
continue
let id = monitor[].id
validator_monitor_balance_gwei.set(
state.balances[idx].toGaugeValue(), [id])
validator_monitor_effective_balance_gwei.set(
state.validators[idx].effective_balance.toGaugeValue(), [id])
validator_monitor_slashed.set(
state.validators[idx].slashed.toGaugeValue(), [id])
validator_monitor_active.set(
is_active_validator(state.validators[idx], current_epoch).toGaugeValue(), [id])
validator_monitor_exited.set(
is_exited_validator(state.validators[idx], current_epoch).toGaugeValue(), [id])
validator_monitor_withdrawable.set(
is_withdrawable_validator(state.validators[idx], current_epoch).toGaugeValue(), [id])
validator_activation_eligibility_epoch.set(
state.validators[idx].activation_eligibility_epoch.toGaugeValue(), [id])
validator_activation_epoch.set(
state.validators[idx].activation_epoch.toGaugeValue(), [id])
validator_exit_epoch.set(
state.validators[idx].exit_epoch.toGaugeValue(), [id])
validator_withdrawable_epoch.set(
state.validators[idx].withdrawable_epoch.toGaugeValue(), [id])
template withMonitor(self: var ValidatorMonitor, key: ValidatorPubKey, body: untyped): untyped =
self.monitors.withValue(key, valuex):
template monitor: untyped {.inject.} = valuex[][]
body
template withMonitor(self: var ValidatorMonitor, idx: uint64, body: untyped): untyped =
self.indices.withValue(idx, valuex):
template monitor: untyped {.inject.} = valuex[][]
body
template withMonitor(self: var ValidatorMonitor, idx: ValidatorIndex, body: untyped): untyped =
withMonitor(self, idx.uint64, body)
proc registerAttestation*(
self: var ValidatorMonitor,
src: MsgSource,
seen_timestamp: BeaconTime,
attestation: Attestation,
idx: ValidatorIndex) =
let
slot = attestation.data.slot
delay = seen_timestamp - slot.attestation_deadline()
self.withMonitor(idx):
let id = monitor.id
validator_monitor_unaggregated_attestation.inc(1, [$src, metricId])
validator_monitor_unaggregated_attestation_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Attestation seen",
attestation = shortLog(attestation),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.attestations += 1
update_if_lt(epochSummary.attestation_min_delay, delay)
proc registerAggregate*(
self: var ValidatorMonitor,
src: MsgSource,
seen_timestamp: BeaconTime,
signed_aggregate_and_proof: SignedAggregateAndProof,
attesting_indices: openArray[ValidatorIndex]) =
let
slot = signed_aggregate_and_proof.message.aggregate.data.slot
delay = seen_timestamp - slot.aggregate_deadline()
aggregator_index = signed_aggregate_and_proof.message.aggregator_index
self.withMonitor(aggregator_index):
let id = monitor.id
validator_monitor_aggregated_attestation.inc(1, [$src, metricId])
validator_monitor_aggregated_attestation_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Aggregated attestion seen",
aggregate = shortLog(signed_aggregate_and_proof.message.aggregate),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.aggregates += 1
update_if_lt(epochSummary.aggregate_min_delay, delay)
for idx in attesting_indices:
self.withMonitor(idx):
let id = monitor.id
validator_monitor_attestation_in_aggregate.inc(1, [$src, metricId])
validator_monitor_attestation_in_aggregate_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Attestation included in aggregate",
aggregate = shortLog(signed_aggregate_and_proof.message.aggregate),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.attestation_aggregate_inclusions += 1
proc registerAttestationInBlock*(
self: var ValidatorMonitor,
data: AttestationData,
attesting_index: ValidatorIndex,
blck: auto) =
self.withMonitor(attesting_index):
let
id = monitor.id
inclusion_lag = (blck.slot - data.slot) - MIN_ATTESTATION_INCLUSION_DELAY
epoch = data.slot.epoch
validator_monitor_attestation_in_block.inc(1, ["block", metricId])
if not self.totals:
validator_monitor_attestation_in_block_delay_slots.set(
inclusion_lag.int64, ["block", metricId])
info "Attestation included in block",
attestation_data = shortLog(data),
block_slot = blck.slot,
inclusion_lag_slots = inclusion_lag,
epoch = epoch, validator = id
self.withEpochSummary(monitor, epoch):
epochSummary.attestation_block_inclusions += 1
update_if_lt(
epochSummary.attestation_min_block_inclusion_distance, inclusion_lag)
proc registerBeaconBlock*(
self: var ValidatorMonitor,
src: MsgSource,
seen_timestamp: BeaconTime,
blck: auto) =
self.withMonitor(blck.proposer_index):
let
id = monitor.id
slot = blck.slot
delay = seen_timestamp - slot.block_deadline()
validator_monitor_beacon_block.inc(1, [$src, metricId])
validator_monitor_beacon_block_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Block seen",
blck = shortLog(blck), src, epoch = slot.epoch, validator = id
proc registerSyncCommitteeMessage*(
self: var ValidatorMonitor,
src: MsgSource,
seen_timestamp: BeaconTime,
sync_committee_message: SyncCommitteeMessage) =
self.withMonitor(sync_committee_message.validator_index):
let
id = monitor.id
slot = sync_committee_message.slot
delay = seen_timestamp - slot.sync_committee_message_deadline()
validator_monitor_sync_committee_messages.inc(1, [$src, metricId])
validator_monitor_sync_committee_messages_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Sync committee message seen",
syncCommitteeMessage = shortLog(sync_committee_message.beacon_block_root),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.sync_committee_messages += 1
update_if_lt(epochSummary.sync_committee_message_min_delay, delay)
proc registerSyncContribution*(
self: var ValidatorMonitor,
src: MsgSource,
seen_timestamp: BeaconTime,
sync_contribution: SignedContributionAndProof,
participants: openArray[ValidatorIndex]) =
let
slot = sync_contribution.message.contribution.slot
beacon_block_root = sync_contribution.message.contribution.beacon_block_root
delay = seen_timestamp - slot.sync_contribution_deadline()
let aggregator_index = sync_contribution.message.aggregator_index
self.withMonitor(aggregator_index):
let id = monitor.id
validator_monitor_sync_contributions.inc(1, [$src, metricId])
validator_monitor_sync_contributions_delay_seconds.observe(
delay.toGaugeValue(), [$src, metricId])
info "Sync contribution seen",
contribution = shortLog(sync_contribution.message.contribution),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.sync_contributions += 1
update_if_lt(epochSummary.sync_contribution_min_delay, delay)
for participant in participants:
self.withMonitor(participant):
let id = monitor.id
validator_monitor_sync_committee_message_in_contribution.inc(1, [$src, metricId])
info "Sync signature included in contribution",
contribution = shortLog(sync_contribution.message.contribution),
src, epoch = slot.epoch, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.sync_signature_contribution_inclusions += 1
proc registerSyncAggregateInBlock*(
self: var ValidatorMonitor, slot: Slot, beacon_block_root: Eth2Digest,
pubkey: ValidatorPubKey) =
self.withMonitor(pubkey):
let id = monitor.id
validator_monitor_sync_committee_message_in_block.inc(1, ["block", metricId])
info "Sync signature included in block",
head = beacon_block_root, slot = slot, validator = id
self.withEpochSummary(monitor, slot.epoch):
epochSummary.sync_signature_block_inclusions += 1
proc registerVoluntaryExit*(
self: var ValidatorMonitor, src: MsgSource, exit: VoluntaryExit) =
self.withMonitor(exit.validator_index.ValidatorIndex):
let
id = monitor.id
epoch = exit.epoch
validator_monitor_exit.inc(1, [$src, metricId])
notice "Voluntary exit seen",
epoch = epoch, validator = id, src = src
self.withEpochSummary(monitor, epoch):
epochSummary.exits += 1
proc registerProposerSlashing*(
self: var ValidatorMonitor, src: MsgSource, slashing: ProposerSlashing) =
let proposer = slashing.signed_header_1.message.proposer_index
self.withMonitor(proposer):
let
id = monitor.id
slot = slashing.signed_header_1.message.slot
root_1 = hash_tree_root(slashing.signed_header_1.message)
root_2 = hash_tree_root(slashing.signed_header_2.message)
validator_monitor_proposer_slashing.inc(1, [$src, metricId])
warn "Proposer slashing seen",
root_2 = root_2, root_1 = root_1, slot = slot, validator = id, src = src
self.withEpochSummary(monitor, slot.epoch):
epochSummary.proposer_slashings += 1
proc registerAttesterSlashing*(
self: var ValidatorMonitor, src: MsgSource, slashing: AttesterSlashing) =
let data = slashing.attestation_1.data
for idx in slashing.attestation_2.attesting_indices:
if idx notin slashing.attestation_1.attesting_indices.asSeq:
continue
self.withMonitor(idx):
let
id = monitor.id
slot = data.slot
validator_monitor_attester_slashing.inc(1, [$src, metricId])
warn "Attester slashing seen",
slot = slot, validator = id, src = src
self.withEpochSummary(monitor, slot.epoch):
epochSummary.attester_slashings += 1