Documentation ¶
Index ¶
- Constants
- func GetMetricsScopeForActivity(ts tally.Scope, workflowType, activityType string) tally.Scope
- func GetMetricsScopeForLocalActivity(ts tally.Scope, workflowType, localActivityType string) tally.Scope
- func GetMetricsScopeForRPC(ts tally.Scope, workflowType, activityType, taskqueueName string) tally.Scope
- func GetMetricsScopeForWorkflow(ts tally.Scope, workflowType string) tally.Scope
- func GetRootScope(ts tally.Scope, namespace string) tally.Scope
- func GetWorkerScope(ts tally.Scope, workerType string) tally.Scope
- func NewScopeInterceptor(defaultScope tally.Scope) grpc.UnaryClientInterceptor
- func TagScope(metricsScope tally.Scope, keyValuePairs ...string) tally.Scope
- func WrapScope(isReplay *bool, scope tally.Scope, clock Clock) tally.Scope
- type CapturedCount
- type CapturedGauge
- type CapturedHistogramDurationSamples
- type CapturedHistogramValueSamples
- type CapturedTimer
- type CapturingStatsReporter
- func (c *CapturingStatsReporter) Capabilities() tally.Capabilities
- func (c *CapturingStatsReporter) Counts() []CapturedCount
- func (c *CapturingStatsReporter) Flush()
- func (c *CapturingStatsReporter) Gauges() []CapturedGauge
- func (c *CapturingStatsReporter) HistogramDurationSamples() []CapturedHistogramDurationSamples
- func (c *CapturingStatsReporter) HistogramValueSamples() []CapturedHistogramValueSamples
- func (c *CapturingStatsReporter) ReportCounter(name string, tags map[string]string, value int64)
- func (c *CapturingStatsReporter) ReportGauge(name string, tags map[string]string, value float64)
- func (c *CapturingStatsReporter) ReportHistogramDurationSamples(name string, tags map[string]string, _ tally.Buckets, ...)
- func (c *CapturingStatsReporter) ReportHistogramValueSamples(name string, tags map[string]string, _ tally.Buckets, ...)
- func (c *CapturingStatsReporter) ReportTimer(name string, tags map[string]string, value time.Duration)
- func (c *CapturingStatsReporter) Reporting() bool
- func (c *CapturingStatsReporter) Tagging() bool
- func (c *CapturingStatsReporter) Timers() []CapturedTimer
- type Clock
Constants ¶
const ( TemporalMetricsPrefix = "temporal_" WorkflowCompletedCounter = TemporalMetricsPrefix + "workflow_completed" WorkflowCanceledCounter = TemporalMetricsPrefix + "workflow_canceled" WorkflowFailedCounter = TemporalMetricsPrefix + "workflow_failed" WorkflowContinueAsNewCounter = TemporalMetricsPrefix + "workflow_continue_as_new" WorkflowEndToEndLatency = TemporalMetricsPrefix + "workflow_endtoend_latency" // measure workflow execution from start to close WorkflowTaskReplayLatency = TemporalMetricsPrefix + "workflow_task_replay_latency" WorkflowTaskQueuePollEmptyCounter = TemporalMetricsPrefix + "workflow_task_queue_poll_empty" WorkflowTaskQueuePollSucceedCounter = TemporalMetricsPrefix + "workflow_task_queue_poll_succeed" WorkflowTaskScheduleToStartLatency = TemporalMetricsPrefix + "workflow_task_schedule_to_start_latency" WorkflowTaskExecutionLatency = TemporalMetricsPrefix + "workflow_task_execution_latency" WorkflowTaskExecutionFailureCounter = TemporalMetricsPrefix + "workflow_task_execution_failed" WorkflowTaskNoCompletionCounter = TemporalMetricsPrefix + "workflow_task_no_completion" ActivityPollNoTaskCounter = TemporalMetricsPrefix + "activity_poll_no_task" ActivityScheduleToStartLatency = TemporalMetricsPrefix + "activity_schedule_to_start_latency" ActivityExecutionFailedCounter = TemporalMetricsPrefix + "activity_execution_failed" ActivityExecutionLatency = TemporalMetricsPrefix + "activity_execution_latency" ActivityEndToEndLatency = TemporalMetricsPrefix + "activity_endtoend_latency" ActivityTaskErrorCounter = TemporalMetricsPrefix + "activity_task_error" LocalActivityTotalCounter = TemporalMetricsPrefix + "local_activity_total" LocalActivityCanceledCounter = TemporalMetricsPrefix + "local_activity_canceled" LocalActivityFailedCounter = TemporalMetricsPrefix + "local_activity_failed" LocalActivityErrorCounter = TemporalMetricsPrefix + "local_activity_error" LocalActivityExecutionLatency = TemporalMetricsPrefix + "local_activity_execution_latency" CorruptedSignalsCounter = TemporalMetricsPrefix + "corrupted_signals" WorkerStartCounter = TemporalMetricsPrefix + "worker_start" PollerStartCounter = TemporalMetricsPrefix + "poller_start" TemporalRequest = TemporalMetricsPrefix + "request" TemporalRequestFailure = TemporalRequest + "_failure" TemporalRequestLatency = TemporalRequest + "_latency" TemporalLongRequest = TemporalMetricsPrefix + "long_request" TemporalLongRequestFailure = TemporalLongRequest + "_failure" TemporalLongRequestLatency = TemporalLongRequest + "_latency" StickyCacheHit = TemporalMetricsPrefix + "sticky_cache_hit" StickyCacheMiss = TemporalMetricsPrefix + "sticky_cache_miss" StickyCacheTotalForcedEviction = TemporalMetricsPrefix + "sticky_cache_total_forced_eviction" StickyCacheSize = TemporalMetricsPrefix + "sticky_cache_size" WorkflowActiveThreadCount = TemporalMetricsPrefix + "workflow_active_thread_count" )
Metrics keys
const ( NamespaceTagName = "namespace" ClientTagName = "client_name" WorkerTypeTagName = "worker_type" WorkflowTypeNameTagName = "workflow_type" ActivityTypeNameTagName = "activity_type" TaskQueueTagName = "taskqueue" OperationTagName = "operation" )
Metric tag keys
const ( NoneTagValue = "none" ClientTagValue = "temporal_go" )
Metric tag values
const ( ScopeContextKey = contextKey("MetricsScope") LongPollContextKey = contextKey("IsLongPoll") )
Context keys
Variables ¶
This section is empty.
Functions ¶
func GetMetricsScopeForActivity ¶ added in v1.0.0
GetMetricsScopeForActivity return properly tagged tally scope for activity
func GetMetricsScopeForLocalActivity ¶ added in v1.0.0
func GetMetricsScopeForLocalActivity(ts tally.Scope, workflowType, localActivityType string) tally.Scope
GetMetricsScopeForLocalActivity return properly tagged tally scope for local activity
func GetMetricsScopeForRPC ¶ added in v1.0.0
func GetMetricsScopeForRPC(ts tally.Scope, workflowType, activityType, taskqueueName string) tally.Scope
GetMetricsScopeForRPC return properly tagged tally scope for workflow execution
func GetMetricsScopeForWorkflow ¶ added in v1.0.0
GetMetricsScopeForWorkflow return properly tagged tally scope for workflow execution
func GetRootScope ¶ added in v1.0.0
GetRootScope return properly tagged tally scope with base tags included on all metric emitted by the client
func GetWorkerScope ¶ added in v1.0.0
GetWorkerScope return properly tagged tally scope worker type tag
func NewScopeInterceptor ¶
func NewScopeInterceptor(defaultScope tally.Scope) grpc.UnaryClientInterceptor
NewScopeInterceptor creates new metrics scope interceptor.
func TagScope ¶ added in v1.0.0
TagScope return a scope with one or multiple tags, input should be key value pairs like: tagScope(tag1, val1, tag2, val2).
func WrapScope ¶
WrapScope wraps a scope and skip recording metrics when isReplay is true. This is designed to be used by only by workflowEnvironmentImpl so we suppress metrics while replaying history events. Parameter isReplay is a pointer to workflowEnvironmentImpl.isReplay which will be updated when replaying history events.
Types ¶
type CapturedCount ¶
type CapturedCount struct {
// contains filtered or unexported fields
}
CapturedCount has associated name, tags and value
func (*CapturedCount) Name ¶
func (c *CapturedCount) Name() string
Name return the name of CapturedCount
func (*CapturedCount) Tags ¶
func (c *CapturedCount) Tags() map[string]string
Tags return CapturedCount tags
func (*CapturedCount) Value ¶
func (c *CapturedCount) Value() int64
Value return the value of CapturedCount
type CapturedGauge ¶
type CapturedGauge struct {
// contains filtered or unexported fields
}
CapturedGauge has CapturedGauge name, tag and values
func (*CapturedGauge) Name ¶
func (c *CapturedGauge) Name() string
Name return the name of CapturedGauge
func (*CapturedGauge) Tags ¶
func (c *CapturedGauge) Tags() map[string]string
Tags return the tags of CapturedGauge
func (*CapturedGauge) Value ¶
func (c *CapturedGauge) Value() float64
Value return the value of CapturedGauge
type CapturedHistogramDurationSamples ¶
type CapturedHistogramDurationSamples struct {
// contains filtered or unexported fields
}
CapturedHistogramDurationSamples has related information for CapturedHistogramDurationSamples
type CapturedHistogramValueSamples ¶
type CapturedHistogramValueSamples struct {
// contains filtered or unexported fields
}
CapturedHistogramValueSamples has related information for CapturedHistogramValueSamples
type CapturedTimer ¶
type CapturedTimer struct {
// contains filtered or unexported fields
}
CapturedTimer has related name , tags and value
func (*CapturedTimer) Name ¶
func (c *CapturedTimer) Name() string
Name return the name of CapturedTimer
func (*CapturedTimer) Tags ¶
func (c *CapturedTimer) Tags() map[string]string
Tags return the tag of CapturedTimer
func (*CapturedTimer) Value ¶
func (c *CapturedTimer) Value() time.Duration
Value return the value of CapturedTimer
type CapturingStatsReporter ¶
CapturingStatsReporter is a reporter used by tests to capture the metric so we can verify our tests.
func NewMetricsScope ¶
NewMetricsScope returns a new metric scope
func NewTaggedMetricsScope ¶
func NewTaggedMetricsScope() (tally.Scope, io.Closer, *CapturingStatsReporter)
NewTaggedMetricsScope return NewTaggedMetricsScope
func (*CapturingStatsReporter) Capabilities ¶
func (c *CapturingStatsReporter) Capabilities() tally.Capabilities
Capabilities return tally.Capabilities
func (*CapturingStatsReporter) Counts ¶
func (c *CapturingStatsReporter) Counts() []CapturedCount
Counts return Counts
func (*CapturingStatsReporter) Flush ¶
func (c *CapturingStatsReporter) Flush()
Flush will add one to flush
func (*CapturingStatsReporter) Gauges ¶
func (c *CapturingStatsReporter) Gauges() []CapturedGauge
Gauges return Gauges
func (*CapturingStatsReporter) HistogramDurationSamples ¶
func (c *CapturingStatsReporter) HistogramDurationSamples() []CapturedHistogramDurationSamples
HistogramDurationSamples return HistogramDurationSamples
func (*CapturingStatsReporter) HistogramValueSamples ¶
func (c *CapturingStatsReporter) HistogramValueSamples() []CapturedHistogramValueSamples
HistogramValueSamples return HistogramValueSamples
func (*CapturingStatsReporter) ReportCounter ¶
func (c *CapturingStatsReporter) ReportCounter( name string, tags map[string]string, value int64, )
ReportCounter reports the counts
func (*CapturingStatsReporter) ReportGauge ¶
func (c *CapturingStatsReporter) ReportGauge( name string, tags map[string]string, value float64, )
ReportGauge reports the gauges
func (*CapturingStatsReporter) ReportHistogramDurationSamples ¶
func (c *CapturingStatsReporter) ReportHistogramDurationSamples( name string, tags map[string]string, _ tally.Buckets, bucketLowerBound, bucketUpperBound time.Duration, samples int64, )
ReportHistogramDurationSamples reports ReportHistogramDurationSamples
func (*CapturingStatsReporter) ReportHistogramValueSamples ¶
func (c *CapturingStatsReporter) ReportHistogramValueSamples( name string, tags map[string]string, _ tally.Buckets, bucketLowerBound, bucketUpperBound float64, samples int64, )
ReportHistogramValueSamples reports histogramValueSamples
func (*CapturingStatsReporter) ReportTimer ¶
func (c *CapturingStatsReporter) ReportTimer( name string, tags map[string]string, value time.Duration, )
ReportTimer reports timers
func (*CapturingStatsReporter) Reporting ¶
func (c *CapturingStatsReporter) Reporting() bool
Reporting will always return true
func (*CapturingStatsReporter) Tagging ¶
func (c *CapturingStatsReporter) Tagging() bool
Tagging will always return true
func (*CapturingStatsReporter) Timers ¶
func (c *CapturingStatsReporter) Timers() []CapturedTimer
Timers return Timers