helper

package
v0.0.0-...-4030fd3 Latest Latest
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 Go to latest Published: Nov 20, 2024 License: Apache-2.0 Imports: 55 Imported by: 3

Documentation

Index

Constants

View Source 
const (
	ContainerStatusRunning = "running"
	ContainerStatusExited  = "exited"
)
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const (
	// StaleNaN is a signaling NaN, due to the MSB of the mantissa being 0.
	// This value is chosen with many leading 0s, so we have scope to store more
	// complicated values in the future. It is 2 rather than 1 to make
	// it easier to distinguish from the NormalNaN by a human when debugging.
	StaleNaN                              uint64 = 0x7ff0000000000002
	StaleNan                                     = "__STALE_NAN__"
	SlsMetricstoreInvalidReplaceCharacter        = '_'
)
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const (
	MetricAgentMemoryGo        = "go_memory_used_mb"
	MetricAgentGoRoutinesTotal = "go_routines_total"
)

metric keys

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const (
	MetricLabelKeyMetricCategory = "metric_category"
	MetricLabelKeyProject        = "project"
	MetricLabelKeyLogstore       = "logstore"
	MetricLabelKeyPipelineName   = "pipeline_name"
	MetricLabelKeyPluginType     = "plugin_type"
	MetricLabelKeyPluginID       = "plugin_id"
)

label keys

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const (
	MetricPluginInEventsTotal       = "in_events_total"
	MetricPluginInEventGroupsTotal  = "in_event_groups_total"
	MetricPluginInSizeBytes         = "in_size_bytes"
	MetricPluginOutEventsTotal      = "out_events_total"
	MetricPluginOutEventGroupsTotal = "out_event_groups_total"
	MetricPluginOutSizeBytes        = "out_size_bytes"
	MetricPluginTotalDelayMs        = "total_delay_ms"
	MetricPluginTotalProcessTimeMs  = "total_process_time_ms"
)

metric keys

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const (
	MetricPluginBinlogRotate     = "binlog_rotate"
	MetricPluginBinlogSync       = "binlog_sync"
	MetricPluginBinlogDdl        = "binlog_ddl"
	MetricPluginBinlogRow        = "binlog_row"
	MetricPluginBinlogXgid       = "binlog_xgid"
	MetricPluginBinlogCheckpoint = "binlog_checkpoint"
	MetricPluginBinlogFilename   = "binlog_filename"
	MetricPluginBinlogGtid       = "binlog_gtid"
)

********************************************************* * input_canal *********************************************************

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const (
	MetricPluginContainerTotal       = "container_total"
	MetricPluginAddContainerTotal    = "add_container_total"
	MetricPluginRemoveContainerTotal = "remove_container_total"
	MetricPluginUpdateContainerTotal = "update_container_total"
)

********************************************************* * metric_container_info * service_docker_stdout_v2 *********************************************************

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const (
	MetricPluginCollectAvgCostTimeMs = "collect_avg_cost_time_ms"
	MetricPluginCollectTotal         = "collect_total"
)

********************************************************* * service_mysql * service_rdb *********************************************************

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const (
	MetricCollectEntityTotal = "collect_entity_total"
	MetricCollectLinkTotal   = "collect_link_total"
)

********************************************************* * service_k8s_meta *********************************************************

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const (
	MetricPluginDiscardedEventsTotal      = "discarded_events_total"
	MetricPluginOutFailedEventsTotal      = "out_failed_events_total"
	MetricPluginOutKeyNotFoundEventsTotal = "out_key_not_found_events_total"
	MetricPluginOutSuccessfulEventsTotal  = "out_successful_events_total"
)

********************************************************* * all processor（所有解析类的处理插件通用指标。Todo：目前统计还不全、不准确） *********************************************************

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const (
	MetricRunnerK8sMetaAddEventTotal    = "add_event_total"
	MetricRunnerK8sMetaUpdateEventTotal = "update_event_total"
	MetricRunnerK8sMetaDeleteEventTotal = "delete_event_total"
	MetricRunnerK8sMetaCacheSize        = "cache_size"
	MetricRunnerK8sMetaQueueSize        = "queue_size"
	MetricRunnerK8sMetaHTTPRequestTotal = "http_request_total"
	MetricRunnerK8sMetaHTTPAvgDelayMs   = "avg_delay_ms"
	MetricRunnerK8sMetaHTTPMaxDelayMs   = "max_delay_ms"
)

metric keys

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const ContainerIDPrefixSize = 12
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const DockerTimeFormat = "2006-01-02T15:04:05.999999999Z"
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const (
	MetricLabelKeyClusterID = "cluster_id"
)

label keys

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const (
	MetricLabelKeyRunnerName = "runner_name"
)

lebel keys

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const (
	MetricLabelValueMetricCategoryPlugin = "plugin"
)

label values

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const (
	MetricLabelValueMetricCategoryRunner = "runner"
)

label values

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const (
	MetricLabelValueRunnerNameK8sMeta = "k8s_meta"
)

label values

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const (
	PluginPairsPerLogTotal = "pairs_per_log_total"
)

********************************************************* * processor_anchor * processor_regex * processor_string_replace *********************************************************

Variables

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var AddedContainerConfigResult []*ContainerConfigResult

新增的采集配置结果

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var AddedContainerConfigResultMap map[string]*ContainerConfigResult

采集配置结果内存存储

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var ContainerInfoDeletedTimeout = time.Second * time.Duration(120)
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var (
	DefaultCacheFactory = NewMapCache
)
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var DefaultLogFileReaderConfig = LogFileReaderConfig{
	ReadIntervalMs:   1000,
	MaxReadBlockSize: 512 * 1024,
	CloseFileSec:     60,
	Tracker:          nil,
}
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var DefaultLogtailMountPath string
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var DefaultSyncContainersPeriod = time.Second * 3 // should be same as docker_config_update_interval gflag in C
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var DockerCenterTimeout = time.Second * time.Duration(30)
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var EnvTags []string

EnvTags to be add to every logroup

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var EventListenerTimeout = time.Second * time.Duration(3600)
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var FetchAllInterval = time.Second * time.Duration(300)
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var FileOffsetKey = "__tag__:__file_offset__"
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var LogEventPool = sync.Pool{
	New: func() interface{} {
		return new(protocol.LogEvent)
	},
}
View Source 
var MaxFetchOneTriggerPerSecond int32 = 200
View Source 
var ReservedFileOffsetKey = "__file_offset__"

Functions

func AddMetadata 

func AddMetadata(collector pipeline.Collector, time time.Time, node *MetaNode)

AddMetadata to the collector.

func AtomicAddFloat64 

func AtomicAddFloat64(dst *float64, n float64)

func AtomicLoadFloat64 

func AtomicLoadFloat64(dst *float64) float64

func AtomicStoreFloat64 

func AtomicStoreFloat64(dst *float64, n float64)

func ContainerCenterInit 

func ContainerCenterInit()

func ContainerProcessAlive 

func ContainerProcessAlive(pid int) bool

func CreateDockerClient 

func CreateDockerClient(opt ...docker.Opt) (client *docker.Client, err error)

func CreateLog 

func CreateLog(t time.Time, enableTimestampNano bool, configTag map[string]string, logTags map[string]string, fields map[string]string) (*protocol.Log, error)

func CreateLogByArray 

func CreateLogByArray(t time.Time, enableTimestampNano bool, configTag map[string]string, logTags map[string]string, columns []string, values []string) (*protocol.Log, error)

func CreateLogEvent 

func CreateLogEvent(t time.Time, enableTimestampNano bool, fields map[string]string) (*protocol.LogEvent, error)

func CreateLogEventByArray 

func CreateLogEventByArray(t time.Time, enableTimestampNano bool, columns []string, values []string) (*protocol.LogEvent, error)

func CreateLogEventByLegacyRawLog 

func CreateLogEventByLegacyRawLog(log *protocol.Log) (*protocol.LogEvent, error)

func CreatePipelineEventGroupByLegacyRawLog 

func CreatePipelineEventGroupByLegacyRawLog(logEvents []*protocol.LogEvent, configTag map[string]string, logTags map[string]string, ctx map[string]interface{}) (*protocol.PipelineEventGroup, error)

func ExtractPodWorkload 

func ExtractPodWorkload(name string) string

func ExtractStatefulSetNum 

func ExtractStatefulSetNum(pod string) int

func GetAddressAndDialer 

func GetAddressAndDialer(endpoint string) (string, func(addr string, timeout time.Duration) (net.Conn, error), error)

GetAddressAndDialer returns the address parsed from the given endpoint and a dialer.

func GetContainerByAcceptedInfo 

func GetContainerByAcceptedInfo(
	includeLabel map[string]string,
	excludeLabel map[string]string,
	includeLabelRegex map[string]*regexp.Regexp,
	excludeLabelRegex map[string]*regexp.Regexp,
	includeEnv map[string]string,
	excludeEnv map[string]string,
	includeEnvRegex map[string]*regexp.Regexp,
	excludeEnvRegex map[string]*regexp.Regexp,
	k8sFilter *K8SFilter,
) map[string]*DockerInfoDetail

GetContainerByAcceptedInfo gathers all info of containers that match the input parameters. Two conditions (&&) for matched container: 1. has a label in @includeLabel and don't have any label in @excludeLabel. 2. has a env in @includeEnv and don't have any env in @excludeEnv. If the input parameters is empty, then all containers are matched. It returns a map contains docker container info.

func GetContainerByAcceptedInfoV2 

func GetContainerByAcceptedInfoV2(
	fullList map[string]bool,
	matchList map[string]*DockerInfoDetail,
	includeLabel map[string]string,
	excludeLabel map[string]string,
	includeLabelRegex map[string]*regexp.Regexp,
	excludeLabelRegex map[string]*regexp.Regexp,
	includeEnv map[string]string,
	excludeEnv map[string]string,
	includeEnvRegex map[string]*regexp.Regexp,
	excludeEnvRegex map[string]*regexp.Regexp,
	k8sFilter *K8SFilter,
) (newCount, delCount int, matchAddedList, matchDeletedList []string)

GetContainerByAcceptedInfoV2 works like GetContainerByAcceptedInfo, but uses less CPU. It reduces CPU cost by using full list and match list to find containers that need to be check. 

  deleted = fullList - containerMap
  newList = containerMap - fullList
  matchList -= deleted + filter(newList)
  matchAddedList: new container ID for current config
  matchDeletedList: deleted container ID for current config
  fullAddedList = newList
  fullDeletedList = deleted
	 return len(deleted), len(filter(newList)), matchAddedList, matchDeletedList, fullAddedList, fullDeletedList

@param fullList [in,out]: all containers. @param matchList [in,out]: all matched containers.

It returns two integers and four list two integers: the number of new matched containers and deleted containers. four list: new matched containers list, deleted matched containers list, added containers list, delete containers list

func GetContainerMap 

func GetContainerMap() map[string]*DockerInfoDetail

for test

func GetContainersLastUpdateTime 

func GetContainersLastUpdateTime() int64

func GetDiffContainers 

func GetDiffContainers(fullList map[string]struct{}) (fullAddedList, fullDeletedList []string)

func GetFileListByPrefix 

func GetFileListByPrefix(dirPath, prefix string, needDir bool, num int) ([]string, error)

func GetFileOffsetTag 

func GetFileOffsetTag(log *protocol.Log) *protocol.Log_Content

func GetFreePort 

func GetFreePort() (port int, err error)

func GetMetricName 

func GetMetricName(log *protocol.Log) string

func GetMountedFilePath 

func GetMountedFilePath(logPath string) string

func GetMountedFilePathWithBasePath 

func GetMountedFilePathWithBasePath(basePath, logPath string) string

func GetPluginCommonLabels 

func GetPluginCommonLabels(context pipeline.Context, pluginMeta *pipeline.PluginMeta) []pipeline.LabelPair

func GetShortID 

func GetShortID(fullID string) string

func GetStringFromList 

func GetStringFromList(list []string) string

func HasEnvTags 

func HasEnvTags(tagKey string, tagValue string) bool

HasEnvTags check if specific tags exist in envTags

func InitContainer 

func InitContainer()

func IsCRIRuntimeValid 

func IsCRIRuntimeValid(criRuntimeEndpoint string) bool

func IsCRIStatusValid 

func IsCRIStatusValid(criRuntimeEndpoint string) bool

func LoadEnvTags 

func LoadEnvTags()

LoadEnvTags load tags from env

func LogContentsToMap 

func LogContentsToMap(contents []*protocol.Log_Content) map[string]string

func Max 

func Max[T constraints.IntUintFloat](x T, y T) T

func Min 

func Min[T constraints.IntUintFloat](x T, y T) T

func NewAverageMetric 

func NewAverageMetric(n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewAverageMetric creates a new AverageMetric.

func NewAverageMetricAndRegister 

func NewAverageMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewAverageMetricAndRegister creates a new AverageMetric and register it's metricVector to the MetricsRecord.

func NewCounterMetric 

func NewCounterMetric(n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewCounterMetric creates a new DeltaMetric.

func NewCounterMetricAndRegister 

func NewCounterMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewCounterMetricAndRegister creates a new DeltaMetric and register it's metricVector to the MetricsRecord.

func NewCumulativeCounterMetric 

func NewCumulativeCounterMetric(n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewCumulativeCounterMetric creates a new CounterMetric.

func NewCumulativeCounterMetricAndRegister 

func NewCumulativeCounterMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.CounterMetric

NewCumulativeCounterMetricAndRegister creates a new CounterMetric and register it's metricVector to the MetricsRecord.

func NewGaugeMetric 

func NewGaugeMetric(n string, lables ...*protocol.Log_Content) pipeline.GaugeMetric

NewGaugeMetric creates a new GaugeMetric.

func NewGaugeMetricAndRegister 

func NewGaugeMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.GaugeMetric

NewGaugeMetricAndRegister creates a new GaugeMetric and register it's metricVector to the MetricsRecord.

func NewGoKitLogWrapper 

func NewGoKitLogWrapper(context pipeline.Context, alarmType string) log.Logger

NewGoKitLogWrapper returns a logger that log with context.

func NewGroupedPipelineConext 

func NewGroupedPipelineConext() pipeline.PipelineContext

func NewLatencyMetric 

func NewLatencyMetric(n string, lables ...*protocol.Log_Content) pipeline.LatencyMetric

NewLatencyMetric creates a new LatencyMetric.

func NewLatencyMetricAndRegister 

func NewLatencyMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.LatencyMetric

NewLatencyMetricAndRegister creates a new LatencyMetric and register it's metricVector to the MetricsRecord.

func NewMaxMetricAndRegister 

func NewMaxMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.GaugeMetric

NewMaxMetricAndRegister creates a new MaxMetric and register it's metricVector to the MetricsRecord.

func NewMetricLog 

func NewMetricLog(name string, t int64, value float64, labels *MetricLabels) *protocol.Log

NewMetricLog create a metric log, time support unix milliseconds and unix nanoseconds. Note: must pass safe string

func NewMetricLogStringVal 

func NewMetricLogStringVal(name string, t int64, value string, labels *MetricLabels) *protocol.Log

NewMetricLogStringVal create a metric log with val string, time support unix milliseconds and unix nanoseconds. Note: must pass safe string

func NewNoopPipelineConext 

func NewNoopPipelineConext() pipeline.PipelineContext

func NewObservePipelineConext 

func NewObservePipelineConext(queueSize int) pipeline.PipelineContext

func NewStringMetric 

func NewStringMetric(n string, lables ...*protocol.Log_Content) pipeline.StringMetric

NewStringMetric creates a new StringMetric.

func NewStringMetricAndRegister 

func NewStringMetricAndRegister(c *pipeline.MetricsRecord, n string, lables ...*protocol.Log_Content) pipeline.StringMetric

NewStringMetricAndRegister creates a new StringMetric and register it's metricVector to the MetricsRecord.

func NormalizeWindowsPath 

func NormalizeWindowsPath(path string) string

NormalizeWindowsPath returns the normal path in heterogeneous platform. parses the root path with windows system driver.

func ProcessContainerAllInfo 

func ProcessContainerAllInfo(processor func(*DockerInfoDetail))

func ReadOpen 

func ReadOpen(path string) (*os.File, error)

ReadOpen opens a file for reading only

func RecordContainerConfigResult 

func RecordContainerConfigResult()

将内存Map中的数据转化到list中，用于输出

func RecordContainerConfigResultIncrement 

func RecordContainerConfigResultIncrement(message *ContainerConfigResult)

增量记录采集配置结果

func RecordContainerConfigResultMap 

func RecordContainerConfigResultMap(message *ContainerConfigResult)

内存中记录每个采集配置的结果，用于RecordContainerConfigResult的时候全量输出一遍

func RegisterDockerEventListener 

func RegisterDockerEventListener(c chan events.Message)

func ReplaceInvalidChars 

func ReplaceInvalidChars(in *string)

ReplaceInvalidChars analog of invalidChars = regexp.MustCompile("[^a-zA-Z0-9_]")

func ReverseBytesSlice 

func ReverseBytesSlice(s [][]byte)

func ReverseStringSlice 

func ReverseStringSlice(s []string)

func ReviseFileOffset 

func ReviseFileOffset(log *protocol.Log, offset int64, enableMeta bool)

func SerializeContainerConfigResultToPb 

func SerializeContainerConfigResultToPb(logGroup *protocol.LogGroup)

func SerializeContainerToPb 

func SerializeContainerToPb(logGroup *protocol.LogGroup, addedContainers []*ContainerDetail)

func SerializeDeleteContainerToPb 

func SerializeDeleteContainerToPb(logGroup *protocol.LogGroup, project string, containerIDsStr string)

func SetEnvConfigPrefix 

func SetEnvConfigPrefix(prefix string)

func SetMetricVectorCacheFactory 

func SetMetricVectorCacheFactory(factory func(pipeline.MetricSet) MetricVectorCache)

SetMetricVectorCacheFactory allows users to set the cache factory for the metric vector, like Prometheus SDK.

func SplitRegexFromMap 

func SplitRegexFromMap(input map[string]string) (staticResult map[string]string, regexResult map[string]*regexp.Regexp, err error)

SplitRegexFromMap extract regex from user config regex must begin with ^ and end with $(we only check ^)

func StartService 

func StartService(name string, context pipeline.Context, f func())

StartService ..

func TransferLogEventToPB 

func TransferLogEventToPB(log *models.Log) (*protocol.LogEvent, error)

func TransferMetricEventToPB 

func TransferMetricEventToPB(metric *models.Metric) (*protocol.MetricEvent, error)

func TransferPipelineEventGroupToPB 

func TransferPipelineEventGroupToPB(groupInfo *models.GroupInfo, events []models.PipelineEvent) (*protocol.PipelineEventGroup, error)

func TransferSpanEventToPB 

func TransferSpanEventToPB(span *models.Span) (*protocol.SpanEvent, error)

func TryGetRealPath 

func TryGetRealPath(path string) (string, fs.FileInfo)

func UnRegisterDockerEventListener 

func UnRegisterDockerEventListener(c chan events.Message)

Types

type Attributes 

type Attributes map[string]interface{}

Attributes used to store attributes in common conditions.

func (Attributes) MarshalEasyJSON 

func (v Attributes) MarshalEasyJSON(w *jwriter.Writer)

MarshalEasyJSON supports easyjson.Marshaler interface

func (Attributes) MarshalJSON 

func (v Attributes) MarshalJSON() ([]byte, error)

MarshalJSON supports json.Marshaler interface

func (*Attributes) UnmarshalEasyJSON 

func (v *Attributes) UnmarshalEasyJSON(l *jlexer.Lexer)

UnmarshalEasyJSON supports easyjson.Unmarshaler interface

func (*Attributes) UnmarshalJSON 

func (v *Attributes) UnmarshalJSON(data []byte) error

UnmarshalJSON supports json.Unmarshaler interface

type AverageMetricVector 

type AverageMetricVector = pipeline.MetricVector[pipeline.CounterMetric]

func NewAverageMetricVector 

func NewAverageMetricVector(metricName string, constLabels map[string]string, labelNames []string) AverageMetricVector

NewAverageMetricVector creates a new AverageMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewAverageMetricVectorAndRegister 

func NewAverageMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) AverageMetricVector

NewAverageMetricVectorAndRegister creates a new AverageMetricVector and register it to the MetricsRecord.

type AvgMetric 

type AvgMetric struct {
	// contains filtered or unexported fields
}

func (*AvgMetric) Add 

func (s *AvgMetric) Add(v int64)

func (*AvgMetric) Clear 

func (s *AvgMetric) Clear(v int64)

func (*AvgMetric) Collect 

func (s *AvgMetric) Collect() int64

func (*AvgMetric) Get 

func (s *AvgMetric) Get() int64

func (*AvgMetric) GetAvg 

func (s *AvgMetric) GetAvg() float64

func (*AvgMetric) Name 

func (s *AvgMetric) Name() string

type CRIRuntimeWrapper 

type CRIRuntimeWrapper struct {
	// contains filtered or unexported fields
}

func NewCRIRuntimeWrapper 

func NewCRIRuntimeWrapper(dockerCenter *DockerCenter) (*CRIRuntimeWrapper, error)

NewCRIRuntimeWrapper ...

type ContainerConfigResult 

type ContainerConfigResult struct {
	DataType                      string
	Project                       string
	Logstore                      string
	ConfigName                    string
	PathNotExistInputContainerIDs string
	PathExistInputContainerIDs    string
	SourceAddress                 string
	InputType                     string
	InputIsContainerFile          string
	FlusherType                   string
	FlusherTargetAddress          string
}

type ContainerDetail 

type ContainerDetail struct {
	DataType         string
	Project          string
	ContainerID      string
	ContainerIP      string
	ContainerName    string
	RawContainerName string
	LogPath          string
	Driver           string
	Namespace        string
	ImageName        string
	PodName          string
	RootPath         string
	Hostname         string
	HostsPath        string
	Env              map[string]string
	ContainerLabels  map[string]string
	K8sLabels        map[string]string
}

type ContainerDiscoverManager 

type ContainerDiscoverManager struct {
	// contains filtered or unexported fields
}

func NewContainerDiscoverManager 

func NewContainerDiscoverManager() *ContainerDiscoverManager

func (*ContainerDiscoverManager) Clean 

func (c *ContainerDiscoverManager) Clean()

func (*ContainerDiscoverManager) FetchAll 

func (c *ContainerDiscoverManager) FetchAll()

FetchAll Currently, there are 3 ways to find containers, which are docker interface, cri interface and static container info file.

func (*ContainerDiscoverManager) FetchOne 

func (c *ContainerDiscoverManager) FetchOne(containerID string) error

func (*ContainerDiscoverManager) Init 

func (c *ContainerDiscoverManager) Init() bool

func (*ContainerDiscoverManager) LogAlarm 

func (c *ContainerDiscoverManager) LogAlarm(err error, msg string)

func (*ContainerDiscoverManager) StartSyncContainers 

func (c *ContainerDiscoverManager) StartSyncContainers()

func (*ContainerDiscoverManager) TimerFetch 

func (c *ContainerDiscoverManager) TimerFetch()

type ContainerMeta 

type ContainerMeta struct {
	PodName         string
	K8sNamespace    string
	ContainerName   string
	Image           string
	K8sLabels       map[string]string
	ContainerLabels map[string]string
	Env             map[string]string
}

func GetContainerMeta 

func GetContainerMeta(containerID string) *ContainerMeta

GetContainerMeta get a thread safe container meta struct.

type ConvertConfig 

type ConvertConfig struct {
	TagFieldsRename      map[string]string // Rename one or more fields from tags.
	ProtocolFieldsRename map[string]string // Rename one or more fields, The protocol field options can only be: contents, tags, time
	Separator            string            // Convert separator
	Protocol             string            // Convert protocol
	Encoding             string            // Convert encoding
	IgnoreUnExpectedData bool              // IgnoreUnExpectedData will skip on unexpected data if set to true, or will return error and stop processing the whole batch data if set to false
}

type CounterMetricVector 

type CounterMetricVector = pipeline.MetricVector[pipeline.CounterMetric]

func NewCounterMetricVector 

func NewCounterMetricVector(metricName string, constLabels map[string]string, labelNames []string) CounterMetricVector

NewCounterMetricVector creates a new DeltaMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewCounterMetricVectorAndRegister 

func NewCounterMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) CounterMetricVector

NewCounterMetricVectorAndRegister creates a new DeltaMetricVector and register it to the MetricsRecord.

type CumulativeCounterMetricVector 

type CumulativeCounterMetricVector = pipeline.MetricVector[pipeline.CounterMetric]

func NewCumulativeCounterMetricVector deprecated 

func NewCumulativeCounterMetricVector(metricName string, constLabels map[string]string, labelNames []string) CumulativeCounterMetricVector

Deprecated: use NewCounterMetricVector instead. NewCumulativeCounterMetricVector creates a new CounterMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewCumulativeCounterMetricVectorAndRegister 

func NewCumulativeCounterMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) CumulativeCounterMetricVector

NewCumulativeCounterMetricVectorAndRegister creates a new CounterMetricVector and register it to the MetricsRecord.

type DefBucket 

type DefBucket struct {
	Le    float64
	Count int64
}

DefBucket ...

type DockerCenter 

type DockerCenter struct {
	// contains filtered or unexported fields
}

func (*DockerCenter) CreateInfoDetail 

func (dc *DockerCenter) CreateInfoDetail(info types.ContainerJSON, envConfigPrefix string, selfConfigFlag bool) *DockerInfoDetail

CreateInfoDetail create DockerInfoDetail with docker.Container Container property used in this function : HostsPath, Config.Hostname, Name, Config.Image, Config.Env, Mounts ContainerInfo.GraphDriver.Data["UpperDir"] Config.Labels

type DockerInfoDetail 

type DockerInfoDetail struct {
	StdoutPath       string
	ContainerInfo    types.ContainerJSON
	ContainerNameTag map[string]string
	K8SInfo          *K8SInfo
	EnvConfigInfoMap map[string]*EnvConfigInfo
	ContainerIP      string
	DefaultRootPath  string
	// contains filtered or unexported fields
}

func CreateContainerInfoDetail 

func CreateContainerInfoDetail(info types.ContainerJSON, envConfigPrefix string, selfConfigFlag bool) *DockerInfoDetail

func GetContainerBySpecificInfo 

func GetContainerBySpecificInfo(filter func(*DockerInfoDetail) bool) (infoList []*DockerInfoDetail)

func (*DockerInfoDetail) DiffMount 

func (did *DockerInfoDetail) DiffMount(other *DockerInfoDetail) bool

func (*DockerInfoDetail) DiffName 

func (did *DockerInfoDetail) DiffName(other *DockerInfoDetail) bool

func (*DockerInfoDetail) FindAllEnvConfig 

func (did *DockerInfoDetail) FindAllEnvConfig(envConfigPrefix string, selfConfigFlag bool)

FindAllEnvConfig find and pre process all env config, add tags for docker info

func (*DockerInfoDetail) FindBestMatchedPath 

func (did *DockerInfoDetail) FindBestMatchedPath(pth string) (sourcePath, containerPath string)

func (*DockerInfoDetail) FinishedAt 

func (did *DockerInfoDetail) FinishedAt() string

func (*DockerInfoDetail) GetCustomExternalTags 

func (did *DockerInfoDetail) GetCustomExternalTags(tags, envs, k8sLabels map[string]string)

func (*DockerInfoDetail) GetEnv 

func (did *DockerInfoDetail) GetEnv(key string) string

func (*DockerInfoDetail) GetExternalTags 

func (did *DockerInfoDetail) GetExternalTags(envs, k8sLabels map[string]string) map[string]string

func (*DockerInfoDetail) IDPrefix 

func (did *DockerInfoDetail) IDPrefix() string

func (*DockerInfoDetail) IsTimeout 

func (did *DockerInfoDetail) IsTimeout() bool

func (*DockerInfoDetail) MakeSureEnvConfigExist 

func (did *DockerInfoDetail) MakeSureEnvConfigExist(configName string) *EnvConfigInfo

func (*DockerInfoDetail) PodName 

func (did *DockerInfoDetail) PodName() string

func (*DockerInfoDetail) Status 

func (did *DockerInfoDetail) Status() string

type DockerInfoDetailWithFilteredEnvAndLabel 

type DockerInfoDetailWithFilteredEnvAndLabel struct {
	Detail          *DockerInfoDetail
	Env             map[string]string
	ContainerLabels map[string]string
	K8sLabels       map[string]string
}

func CastContainerDetail 

func CastContainerDetail(containerInfo *DockerInfoDetail, envSet, labelSet, k8sLabelSet map[string]struct{}) *DockerInfoDetailWithFilteredEnvAndLabel

func GetAllContainerIncludeEnvAndLabelToRecord 

func GetAllContainerIncludeEnvAndLabelToRecord(envSet, labelSet, k8sLabelSet, diffEnvSet, diffLabelSet, diffK8sLabelSet map[string]struct{}) []*DockerInfoDetailWithFilteredEnvAndLabel

func GetAllContainerToRecord 

func GetAllContainerToRecord(envSet, labelSet, k8sLabelSet map[string]struct{}, containerIds map[string]struct{}) []*DockerInfoDetailWithFilteredEnvAndLabel

type DumpData 

type DumpData struct {
	Req  DumpDataReq
	Resp DumpDataResp
}

DumpData current only for http protocol

type DumpDataReq 

type DumpDataReq struct {
	Body   []byte
	URL    string
	Header map[string][]string
}

type DumpDataResp 

type DumpDataResp struct {
	Body   []byte
	Header map[string]string
}

type Dumper 

type Dumper struct {
	// contains filtered or unexported fields
}

func NewDumper 

func NewDumper(prefix string, maxFiles int) *Dumper

func (*Dumper) AddDelta 

func (d *Dumper) AddDelta(num int64)

func (*Dumper) Begin 

func (d *Dumper) Begin(callback func()) bool

func (*Dumper) Close 

func (d *Dumper) Close()

func (*Dumper) End 

func (d *Dumper) End(timeout time.Duration, expectNum int64) error

func (*Dumper) Init 

func (d *Dumper) Init()

func (*Dumper) InputChannel 

func (d *Dumper) InputChannel() chan *DumpData

func (*Dumper) Start 

func (d *Dumper) Start()

type EnvConfigInfo 

type EnvConfigInfo struct {
	ConfigName    string
	ConfigItemMap map[string]string
}

type GRPCServerSettings 

type GRPCServerSettings struct {
	Endpoint string `json:"Endpoint"`

	MaxRecvMsgSizeMiB int `json:"MaxRecvMsgSizeMiB"`

	MaxConcurrentStreams int `json:"MaxConcurrentStreams"`

	ReadBufferSize int `json:"ReadBufferSize"`

	WriteBufferSize int `json:"WriteBufferSize"`

	Compression string `json:"Compression"`

	Decompression string `json:"Decompression"`

	TLSConfig tls_helper.ServerConfig `json:"TLSConfig"`
}

func (*GRPCServerSettings) GetServerOption 

func (cfg *GRPCServerSettings) GetServerOption() ([]grpc.ServerOption, error)

type GaugeMetricVector 

type GaugeMetricVector = pipeline.MetricVector[pipeline.GaugeMetric]

func NewGaugeMetricVector 

func NewGaugeMetricVector(metricName string, constLabels map[string]string, labelNames []string) GaugeMetricVector

NewGaugeMetricVector creates a new GaugeMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewGaugeMetricVectorAndRegister 

func NewGaugeMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) GaugeMetricVector

NewGaugeMetricVectorAndRegister creates a new GaugeMetricVector and register it to the MetricsRecord.

type GenericPool 

type GenericPool[T any] struct {
	sync.Pool
}

GenericPool is a pool for *[]T

func NewGenericPool 

func NewGenericPool[T any](fn func() []T) GenericPool[T]

NewGenericPool returns a GenericPool. It accepts a function that returns a new []T. e.g., func() []byte {return make([]byte, 0, 128)}

func (*GenericPool[T]) Get 

func (p *GenericPool[T]) Get() *[]T

func (*GenericPool[T]) Put 

func (p *GenericPool[T]) Put(t *[]T)

type GrpcClientConfig 

type GrpcClientConfig struct {
	Endpoint string `json:"Endpoint"`

	// The compression key for supported compression types within collector.
	Compression string `json:"Compression"`

	// The headers associated with gRPC requests.
	Headers map[string]string `json:"Headers"`

	// Sets the balancer in grpclb_policy to discover the servers. Default is pick_first.
	// https://github.com/grpc/grpc-go/blob/master/examples/features/load_balancing/README.md
	BalancerName string `json:"BalancerName"`

	// WaitForReady parameter configures client to wait for ready state before sending data.
	// (https://github.com/grpc/grpc/blob/master/doc/wait-for-ready.md)
	WaitForReady bool `json:"WaitForReady"`

	// ReadBufferSize for gRPC client. See grpchelper.WithReadBufferSize.
	// (https://godoc.org/google.golang.org/grpc#WithReadBufferSize).
	ReadBufferSize int `json:"ReadBufferSize"`

	// WriteBufferSize for gRPC gRPC. See grpchelper.WithWriteBufferSize.
	// (https://godoc.org/google.golang.org/grpc#WithWriteBufferSize).
	WriteBufferSize int `json:"WriteBufferSize"`

	// Send retry setting
	Retry RetryConfig `json:"Retry"`

	Timeout int `json:"Timeout"`
}

func (*GrpcClientConfig) GetDialOptions 

func (cfg *GrpcClientConfig) GetDialOptions() ([]grpc.DialOption, error)

GetDialOptions maps GrpcClientConfig to a slice of dial options for gRPC.

func (*GrpcClientConfig) GetEndpoint 

func (cfg *GrpcClientConfig) GetEndpoint() string

func (*GrpcClientConfig) GetTimeout 

func (cfg *GrpcClientConfig) GetTimeout() time.Duration

type HistogramData 

type HistogramData struct {
	Buckets []DefBucket
	Count   int64
	Sum     float64
}

HistogramData ...

func (*HistogramData) ToMetricLogs 

func (hd *HistogramData) ToMetricLogs(name string, timeMs int64, labels *MetricLabels) []*protocol.Log

ToMetricLogs ..

type K8SFilter 

type K8SFilter struct {
	NamespaceReg     *regexp.Regexp
	PodReg           *regexp.Regexp
	ContainerReg     *regexp.Regexp
	IncludeLabels    map[string]string
	ExcludeLabels    map[string]string
	IncludeLabelRegs map[string]*regexp.Regexp
	ExcludeLabelRegs map[string]*regexp.Regexp
	// contains filtered or unexported fields
}

K8SFilter used for find specific container

func CreateK8SFilter 

func CreateK8SFilter(ns, pod, container string, includeK8sLabels, excludeK8sLabels map[string]string) (*K8SFilter, error)

CreateK8SFilter ...

type K8SInfo 

type K8SInfo struct {
	Namespace       string
	Pod             string
	ContainerName   string
	Labels          map[string]string
	PausedContainer bool
	// contains filtered or unexported fields
}

"io.kubernetes.container.logpath": "/var/log/pods/222e88ff-8f08-11e8-851d-00163f008685/logtail_0.log", "io.kubernetes.container.name": "logtail", "io.kubernetes.docker.type": "container", "io.kubernetes.pod.name": "logtail-z2224", "io.kubernetes.pod.namespace": "kube-system", "io.kubernetes.pod.uid": "222e88ff-8f08-11e8-851d-00163f008685",

func (*K8SInfo) ExtractK8sLabels 

func (info *K8SInfo) ExtractK8sLabels(containerInfo types.ContainerJSON)

ExtractK8sLabels only work for original docker container.

func (*K8SInfo) GetLabel 

func (info *K8SInfo) GetLabel(key string) string

func (*K8SInfo) IsMatch 

func (info *K8SInfo) IsMatch(filter *K8SFilter) bool

IsMatch ...

func (*K8SInfo) IsSamePod 

func (info *K8SInfo) IsSamePod(o *K8SInfo) bool

func (*K8SInfo) Merge 

func (info *K8SInfo) Merge(o *K8SInfo)

type Label 

type Label = pipeline.Label

type Labels 

type Labels map[string]string

func (Labels) MarshalEasyJSON 

func (v Labels) MarshalEasyJSON(w *jwriter.Writer)

MarshalEasyJSON supports easyjson.Marshaler interface

func (Labels) MarshalJSON 

func (v Labels) MarshalJSON() ([]byte, error)

MarshalJSON supports json.Marshaler interface

func (*Labels) UnmarshalEasyJSON 

func (v *Labels) UnmarshalEasyJSON(l *jlexer.Lexer)

UnmarshalEasyJSON supports easyjson.Unmarshaler interface

func (*Labels) UnmarshalJSON 

func (v *Labels) UnmarshalJSON(data []byte) error

UnmarshalJSON supports json.Unmarshaler interface

type LatMetric 

type LatMetric struct {
	// contains filtered or unexported fields
}

func (*LatMetric) Begin 

func (s *LatMetric) Begin()

func (*LatMetric) Clear 

func (s *LatMetric) Clear()

func (*LatMetric) Collect 

func (s *LatMetric) Collect() int64

func (*LatMetric) End 

func (s *LatMetric) End()

func (*LatMetric) Get 

func (s *LatMetric) Get() int64

func (*LatMetric) Name 

func (s *LatMetric) Name() string

type LatencyMetricVector 

type LatencyMetricVector = pipeline.MetricVector[pipeline.LatencyMetric]

func NewLatencyMetricVector 

func NewLatencyMetricVector(metricName string, constLabels map[string]string, labelNames []string) LatencyMetricVector

NewLatencyMetricVector creates a new LatencyMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewLatencyMetricVectorAndRegister 

func NewLatencyMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) LatencyMetricVector

NewLatencyMetricVectorAndRegister creates a new LatencyMetricVector and register it to the MetricsRecord.

type LocalCollector 

type LocalCollector struct {
	Logs []*protocol.Log
}

LocalCollector for unit test

func (*LocalCollector) AddData 

func (p *LocalCollector) AddData(tags map[string]string, fields map[string]string, t ...time.Time)

func (*LocalCollector) AddDataArray 

func (p *LocalCollector) AddDataArray(tags map[string]string,
	columns []string,
	values []string,
	t ...time.Time)

func (*LocalCollector) AddDataArrayWithContext 

func (p *LocalCollector) AddDataArrayWithContext(tags map[string]string,
	columns []string,
	values []string,
	ctx map[string]interface{},
	t ...time.Time)

func (*LocalCollector) AddDataWithContext 

func (p *LocalCollector) AddDataWithContext(tags map[string]string, fields map[string]string, ctx map[string]interface{}, t ...time.Time)

func (*LocalCollector) AddRawLog 

func (p *LocalCollector) AddRawLog(log *protocol.Log)

func (*LocalCollector) AddRawLogWithContext 

func (p *LocalCollector) AddRawLogWithContext(log *protocol.Log, ctx map[string]interface{})

type LocalContext 

type LocalContext struct {
	MetricsRecords []*pipeline.MetricsRecord

	AllCheckPoint map[string][]byte
	// contains filtered or unexported fields
}

func (*LocalContext) AddPlugin 

func (p *LocalContext) AddPlugin(name string)

func (*LocalContext) ExportMetricRecords 

func (p *LocalContext) ExportMetricRecords() []map[string]string

ExportMetricRecords is used for exporting metrics records. Each metric is a map[string]string

func (*LocalContext) GetCheckPoint 

func (p *LocalContext) GetCheckPoint(key string) (value []byte, exist bool)

func (*LocalContext) GetCheckPointObject 

func (p *LocalContext) GetCheckPointObject(key string, obj interface{}) (exist bool)

func (*LocalContext) GetConfigName 

func (p *LocalContext) GetConfigName() string

func (*LocalContext) GetExtension 

func (p *LocalContext) GetExtension(name string, cfg any) (pipeline.Extension, error)

func (*LocalContext) GetLogstore 

func (p *LocalContext) GetLogstore() string

func (*LocalContext) GetLogstoreConfigMetricRecord 

func (p *LocalContext) GetLogstoreConfigMetricRecord() *pipeline.MetricsRecord

func (*LocalContext) GetMetricRecord 

func (p *LocalContext) GetMetricRecord() *pipeline.MetricsRecord

func (*LocalContext) GetPipelineScopeConfig 

func (p *LocalContext) GetPipelineScopeConfig() *config.GlobalConfig

func (*LocalContext) GetProject 

func (p *LocalContext) GetProject() string

func (*LocalContext) GetRuntimeContext 

func (p *LocalContext) GetRuntimeContext() context.Context

func (*LocalContext) InitContext 

func (p *LocalContext) InitContext(project, logstore, configName string)

func (*LocalContext) RegisterLogstoreConfigMetricRecord 

func (p *LocalContext) RegisterLogstoreConfigMetricRecord(labels []pipeline.LabelPair) *pipeline.MetricsRecord

func (*LocalContext) RegisterMetricRecord 

func (p *LocalContext) RegisterMetricRecord(labels []pipeline.LabelPair) *pipeline.MetricsRecord

func (*LocalContext) SaveCheckPoint 

func (p *LocalContext) SaveCheckPoint(key string, value []byte) error

func (*LocalContext) SaveCheckPointObject 

func (p *LocalContext) SaveCheckPointObject(key string, obj interface{}) error

type LogFileProcessor 

type LogFileProcessor interface {
	// Process the file block and return how many bytes are processed
	// LogFileReader will find last '\n' and call Process
	// @note fileBlock may be nil, in this situation, processor should check multi line timeout
	Process(fileBlock []byte, noChangeInterval time.Duration) int
}

LogFileProcessor interface

type LogFileReader 

type LogFileReader struct {
	Config LogFileReaderConfig
	// contains filtered or unexported fields
}

func NewLogFileReader 

func NewLogFileReader(context context.Context, checkpoint LogFileReaderCheckPoint, config LogFileReaderConfig, processor LogFileProcessor) (*LogFileReader, error)

func (*LogFileReader) CheckFileChange 

func (r *LogFileReader) CheckFileChange() bool

func (*LogFileReader) CloseFile 

func (r *LogFileReader) CloseFile(reason string)

func (*LogFileReader) GetCheckpoint 

func (r *LogFileReader) GetCheckpoint() (checkpoint LogFileReaderCheckPoint, updateFlag bool)

func (*LogFileReader) GetLastEndOfLine 

func (r *LogFileReader) GetLastEndOfLine(n int) int

GetLastEndOfLine return new read bytes end with '\n' @note will return n + r.lastBufferSize when n + r.lastBufferSize == len(r.nowBlock)

func (*LogFileReader) GetProcessor 

func (r *LogFileReader) GetProcessor() LogFileProcessor

func (*LogFileReader) ProcessAfterRead 

func (r *LogFileReader) ProcessAfterRead(n int)

func (*LogFileReader) ReadAndProcess 

func (r *LogFileReader) ReadAndProcess(once bool)

func (*LogFileReader) ReadOpen 

func (r *LogFileReader) ReadOpen() error

func (*LogFileReader) Run 

func (r *LogFileReader) Run()

func (*LogFileReader) SetForceRead 

func (r *LogFileReader) SetForceRead()

SetForceRead force read file when reader start

func (*LogFileReader) Start 

func (r *LogFileReader) Start()

func (*LogFileReader) Stop 

func (r *LogFileReader) Stop()

func (*LogFileReader) UpdateProcessResult 

func (r *LogFileReader) UpdateProcessResult(readN, processedN int)

type LogFileReaderCheckPoint 

type LogFileReaderCheckPoint struct {
	Path   string
	Offset int64
	State  StateOS
}

func (*LogFileReaderCheckPoint) IsSame 

func (checkpoint *LogFileReaderCheckPoint) IsSame(other *LogFileReaderCheckPoint) bool

IsSame check if the checkpoints is same

type LogFileReaderConfig 

type LogFileReaderConfig struct {
	ReadIntervalMs   int
	MaxReadBlockSize int
	CloseFileSec     int
	Tracker          *ReaderMetricTracker
}

type ManagerMeta 

type ManagerMeta struct {
	Metas map[string]map[string]map[string]struct{}
	// contains filtered or unexported fields
}

ManagerMeta is designed for a special input plugin to log self telemetry data, such as telegraf. The kind of plugin would connect with other agents, so most of them have a global manager to control or connect with other agents.

func NewmanagerMeta 

func NewmanagerMeta(configName string) *ManagerMeta

func (*ManagerMeta) Add 

func (b *ManagerMeta) Add(prj, logstore, cfg string)

func (*ManagerMeta) Delete 

func (b *ManagerMeta) Delete(prj, logstore, cfg string)

func (*ManagerMeta) GetAlarm 

func (b *ManagerMeta) GetAlarm() *util.Alarm

func (*ManagerMeta) GetContext 

func (b *ManagerMeta) GetContext() context.Context

func (*ManagerMeta) UpdateAlarm 

func (b *ManagerMeta) UpdateAlarm()

type MapCache 

type MapCache struct {
	pipeline.MetricSet

	sync.Map
	// contains filtered or unexported fields
}

func (*MapCache) Collect 

func (v *MapCache) Collect() []pipeline.Metric

func (*MapCache) WithLabelValues 

func (v *MapCache) WithLabelValues(labelValues []string) pipeline.Metric

type MaxMetricVector 

type MaxMetricVector = pipeline.MetricVector[pipeline.GaugeMetric]

func NewMaxMetricVector 

func NewMaxMetricVector(metricName string, constLabels map[string]string, labelNames []string) MaxMetricVector

NewMaxMetricVector creates a new MaxMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

type MetaNode 

type MetaNode struct {
	ID         string
	Type       string
	Attributes Attributes
	Labels     Labels
	Parents    Parents
}

MetaNode describes a superset of the metadata that probes can collect about a given node in a given topology, along with the edges (aka adjacency) emanating from the node.

func NewMetaNode 

func NewMetaNode(id, nodeType string) *MetaNode

func (MetaNode) MarshalEasyJSON 

func (v MetaNode) MarshalEasyJSON(w *jwriter.Writer)

MarshalEasyJSON supports easyjson.Marshaler interface

func (MetaNode) MarshalJSON 

func (v MetaNode) MarshalJSON() ([]byte, error)

MarshalJSON supports json.Marshaler interface

func (*MetaNode) UnmarshalEasyJSON 

func (v *MetaNode) UnmarshalEasyJSON(l *jlexer.Lexer)

UnmarshalEasyJSON supports easyjson.Unmarshaler interface

func (*MetaNode) UnmarshalJSON 

func (v *MetaNode) UnmarshalJSON(data []byte) error

UnmarshalJSON supports json.Unmarshaler interface

func (*MetaNode) WithAttribute 

func (n *MetaNode) WithAttribute(k string, v interface{}) *MetaNode

func (*MetaNode) WithAttributes 

func (n *MetaNode) WithAttributes(attributes Attributes) *MetaNode

func (*MetaNode) WithLabel 

func (n *MetaNode) WithLabel(k, v string) *MetaNode

func (*MetaNode) WithLabels 

func (n *MetaNode) WithLabels(labels Labels) *MetaNode

func (*MetaNode) WithParent 

func (n *MetaNode) WithParent(key, parentID, parentName string) *MetaNode

func (*MetaNode) WithParents 

func (n *MetaNode) WithParents(parents Parents) *MetaNode

type MetricLabel 

type MetricLabel struct {
	Name  string
	Value string
}

Label for metric label

type MetricLabels 

type MetricLabels struct {
	// contains filtered or unexported fields
}

Labels for metric labels

func (*MetricLabels) Append 

func (kv *MetricLabels) Append(key, value string)

Append ...

func (*MetricLabels) AppendMap 

func (kv *MetricLabels) AppendMap(mapVal map[string]string)

AppendMap ...

func (*MetricLabels) Clone 

func (kv *MetricLabels) Clone() *MetricLabels

func (*MetricLabels) CloneInto 

func (kv *MetricLabels) CloneInto(dst *MetricLabels) *MetricLabels

func (*MetricLabels) Len 

func (kv *MetricLabels) Len() int

func (*MetricLabels) Less 

func (kv *MetricLabels) Less(i int, j int) bool

func (*MetricLabels) Replace 

func (kv *MetricLabels) Replace(key, value string)

func (*MetricLabels) String 

func (kv *MetricLabels) String() string

func (*MetricLabels) SubSlice 

func (kv *MetricLabels) SubSlice(begin, end int)

func (*MetricLabels) Swap 

func (kv *MetricLabels) Swap(i int, j int)

type MetricVectorAndCollector 

type MetricVectorAndCollector[T pipeline.Metric] interface {
	pipeline.MetricVector[T]
	pipeline.MetricCollector
}

func NewMetricVector 

func NewMetricVector[T pipeline.Metric](metricName string, metricType pipeline.SelfMetricType, constLabels map[string]string, labelNames []string) MetricVectorAndCollector[T]

NewMetricVector creates a new MetricVector. It returns a MetricVectorAndCollector, which is a MetricVector and a MetricCollector. For plugin developers, they should use MetricVector APIs to create metrics. For agent itself, it uses MetricCollector APIs to collect metrics.

type MetricVectorCache 

type MetricVectorCache interface {
	// return a metric with the given label values.
	// Note that the label values are sorted according to the label keys in MetricSet.
	WithLabelValues([]string) pipeline.Metric

	pipeline.MetricCollector
}

MetricVectorCache is a cache for MetricVector.

func NewMapCache 

func NewMapCache(metricSet pipeline.MetricSet) MetricVectorCache

type MetricVectorImpl 

type MetricVectorImpl[T pipeline.Metric] struct {
	// contains filtered or unexported fields
}

func (MetricVectorImpl) Collect 

func (v MetricVectorImpl) Collect() []pipeline.Metric

func (MetricVectorImpl) ConstLabels 

func (v MetricVectorImpl) ConstLabels() []pipeline.Label

func (MetricVectorImpl) LabelKeys 

func (v MetricVectorImpl) LabelKeys() []string

func (MetricVectorImpl) Name 

func (v MetricVectorImpl) Name() string

func (MetricVectorImpl) Type 

func (v MetricVectorImpl) Type() pipeline.SelfMetricType

func (*MetricVectorImpl[T]) WithLabels 

func (m *MetricVectorImpl[T]) WithLabels(labels ...pipeline.Label) T

type NormalMetric 

type NormalMetric struct {
	// contains filtered or unexported fields
}

func (*NormalMetric) Add 

func (s *NormalMetric) Add(v int64)

func (*NormalMetric) Clear 

func (s *NormalMetric) Clear(v int64)

func (*NormalMetric) Collect 

func (s *NormalMetric) Collect() int64

func (*NormalMetric) Get 

func (s *NormalMetric) Get() int64

func (*NormalMetric) Name 

func (s *NormalMetric) Name() string

type Parents 

type Parents []string

func (Parents) MarshalEasyJSON 

func (v Parents) MarshalEasyJSON(w *jwriter.Writer)

MarshalEasyJSON supports easyjson.Marshaler interface

func (Parents) MarshalJSON 

func (v Parents) MarshalJSON() ([]byte, error)

MarshalJSON supports json.Marshaler interface

func (*Parents) UnmarshalEasyJSON 

func (v *Parents) UnmarshalEasyJSON(l *jlexer.Lexer)

UnmarshalEasyJSON supports easyjson.Unmarshaler interface

func (*Parents) UnmarshalJSON 

func (v *Parents) UnmarshalJSON(data []byte) error

UnmarshalJSON supports json.Unmarshaler interface

type ReaderMetricTracker 

type ReaderMetricTracker struct {
	OpenCounter        pipeline.CounterMetric
	CloseCounter       pipeline.CounterMetric
	FileSizeCounter    pipeline.CounterMetric
	FileRotatorCounter pipeline.CounterMetric
	ReadCounter        pipeline.CounterMetric
	ReadSizeCounter    pipeline.CounterMetric
	ProcessLatency     pipeline.LatencyMetric
}

func NewReaderMetricTracker 

func NewReaderMetricTracker(mr *pipeline.MetricsRecord) *ReaderMetricTracker

type RetryConfig 

type RetryConfig struct {
	Enable       bool
	MaxCount     int           `json:"MaxCount"`
	DefaultDelay time.Duration `json:"DefaultDelay"`
}

type RetryInfo 

type RetryInfo struct {
	// contains filtered or unexported fields
}

RetryInfo Handle retry for grpc. Refer to https://github.com/open-telemetry/opentelemetry-collector/blob/main/exporter/otlpexporter/otlp.go#L121

func GetRetryInfo 

func GetRetryInfo(err error) *RetryInfo

func (*RetryInfo) Error 

func (r *RetryInfo) Error() error

func (*RetryInfo) ShouldDelay 

func (r *RetryInfo) ShouldDelay(delay time.Duration) time.Duration

type Series 

type Series struct {
	pipeline.MetricSet
	// contains filtered or unexported fields
}

func (Series) Export 

func (s Series) Export(metricName, metricValue string) map[string]string

func (Series) SerializeWithStr 

func (s Series) SerializeWithStr(log *protocol.Log, metricName, metricValueStr string)

type StateOS 

type StateOS struct {
	Inode      uint64
	Device     uint64
	Size       int64
	ModifyTime uint64
}

func GetOSState 

func GetOSState(info os.FileInfo) StateOS

GetOSState returns the FileStateOS for non windows systems

func (StateOS) IsChange 

func (fs StateOS) IsChange(state StateOS) bool

IsChange file checks if the files are changed

func (StateOS) IsEmpty 

func (fs StateOS) IsEmpty() bool

func (StateOS) IsFileChange 

func (fs StateOS) IsFileChange(state StateOS) bool

func (StateOS) IsSame 

func (fs StateOS) IsSame(state StateOS) bool

IsSame file checks if the files are identical

func (StateOS) String 

func (fs StateOS) String() string

type StrMetric 

type StrMetric struct {
	// contains filtered or unexported fields
}

func (*StrMetric) Collect 

func (s *StrMetric) Collect() string

func (*StrMetric) Get 

func (s *StrMetric) Get() string

func (*StrMetric) Name 

func (s *StrMetric) Name() string

func (*StrMetric) Set 

func (s *StrMetric) Set(v string)

type StringMetricVector 

type StringMetricVector = pipeline.MetricVector[pipeline.StringMetric]

func NewStringMetricVector 

func NewStringMetricVector(metricName string, constLabels map[string]string, labelNames []string) StringMetricVector

NewStringMetricVector creates a new StringMetricVector. Note that MetricVector doesn't expose Collect API by default. Plugins Developers should be careful to collect metrics manually.

func NewStringMetricVectorAndRegister 

func NewStringMetricVectorAndRegister(mr *pipeline.MetricsRecord, metricName string, constLabels map[string]string, labelNames []string) StringMetricVector

NewStringMetricVectorAndRegister creates a new StringMetricVector and register it to the MetricsRecord.

Source Files

View all Source files

Directories

Path Synopsis
pyroscope/jfr
pyroscope/pprof
pyroscope/raw

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