cpuanalyzer

type ApmSpanEvent struct {
	StartTime uint64 `json:"startTime"`
	EndTime   uint64 `json:"endTime"`
	TraceId   string `json:"traceId"`
	Name      string `json:"name"`
}

type CPUType uint8

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

type Config struct {
	// SamplingInterval is the sampling interval for the same url.
	// The unit is seconds.
	SamplingInterval int `mapstructure:"sampling_interval"`
	// OpenJavaTraceSampling a switch for whether to use Java-Trace to trigger sampling.
	// The default is false.
	OpenJavaTraceSampling bool `mapstructure:"open_java_trace_sampling"`
	//JavaTraceSlowTime is used to identify the threshold of slow requests recognized by the apm side
	// The unit is seconds.
	JavaTraceSlowTime int `mapstructure:"java_trace_slow_time"`
	// SegmentSize defines how many segments(seconds) can be cached to wait for sending.
	// The elder segments will be overwritten by the newer ones, so don't set it too low.
	SegmentSize int `mapstructure:"segment_size"`
	// EdgeEventsWindowSize is the size of the duration window that seats the edge events.
	// The unit is seconds. The greater it is, the more data will be stored.
	EdgeEventsWindowSize int `mapstructure:"edge_events_window_size"`
	// JavaTraceDeleteInterval is the interval for cleaning up expired data in javatraces.
	// The unit is seconds.
	JavaTraceDeleteInterval int `mapstructure:"java_trace_delete_interval"`
	// JavaTraceExpirationTime is the expiration time for data in javatraces.
	// The unit is seconds.
	JavaTraceExpirationTime int `mapstructure:"java_trace_expiration_time"`
}

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

type CpuEvent struct {
	StartTime   uint64    `json:"startTime"`
	EndTime     uint64    `json:"endTime"`
	TypeSpecs   []uint64  `json:"typeSpecs"`
	RunqLatency []uint64  `json:"runqLatency"`
	TimeType    []CPUType `json:"timeType"`
	OnInfo      string    `json:"onInfo"`
	OffInfo     string    `json:"offInfo"`
	Log         string    `json:"log"`
	Stack       string    `json:"stack"`
}

type InnerCall struct {
	StartTime uint64           `json:"startTime"`
	EndTime   uint64           `json:"endTime"`
	Trace     *model.DataGroup `json:"trace"`
}

type JavaFutexEvent struct {
	StartTime uint64 `json:"startTime"`
	EndTime   uint64 `json:"endTime"`
	DataVal   string `json:"dataValue"`
}

type ScheduledTask interface {
	// contains filtered or unexported methods
}

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

type Segment struct {
	StartTime       uint64       `json:"startTime"`
	EndTime         uint64       `json:"endTime"`
	CpuEvents       []TimedEvent `json:"cpuEvents"`
	JavaFutexEvents []TimedEvent `json:"javaFutexEvents"`
	TransactionIds  []TimedEvent `json:"transactionIds"`
	Spans           []TimedEvent `json:"spans"`
	InnerCalls      []TimedEvent `json:"innerCalls"`
	IsSend          int
	IndexTimestamp  string `json:"indexTimestamp"`
}

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

type SendTriggerEvent struct {
	Pid          uint32           `json:"pid"`
	StartTime    uint64           `json:"startTime"`
	SpendTime    uint64           `json:"spendTime"`
	OriginalData *model.DataGroup `json:"originalData"`
}

type TimeSegments struct {
	Pid        uint32       `json:"pid"`
	Tid        uint32       `json:"tid"`
	ThreadName string       `json:"threadName"`
	BaseTime   uint64       `json:"baseTime"`
	Segments   *CircleQueue `json:"segments"`
}

type TimedEvent interface {
	StartTimestamp() uint64
	EndTimestamp() uint64
	Kind() TimedEventKind
}

type TimedEventKind int

type TransactionIdEvent struct {
	Timestamp   uint64 `json:"timestamp"`
	TraceId     string `json:"traceId"`
	IsEntry     uint32 `json:"isEntry"`
	Protocol    string `json:"protocol"`
	Url         string `json:"url"`
	PidString   string `json:"pidString"`
	ContainerId string `json:"containerId"`
}