type TraceConsumer … // ViewerDataTraceConsumer returns a TraceConsumer that writes to w. The // startIdx and endIdx are used for splitting large traces. They refer to // indexes in the traceEvents output array, not the events in the trace input. func ViewerDataTraceConsumer(w io.Writer, startIdx, endIdx int64) TraceConsumer { … } func SplittingTraceConsumer(max int) (*splitter, TraceConsumer) { … } type splitter … type countingWriter … func (cw *countingWriter) Write(data []byte) (int, error) { … } func stackFrameEncodedSize(id uint, f format.Frame) int { … } // WalkStackFrames calls fn for id and all of its parent frames from allFrames. func WalkStackFrames(allFrames map[string]format.Frame, id int, fn func(id int)) { … } type Mode … const ModeGoroutineOriented … const ModeTaskOriented … const ModeThreadOriented … // NewEmitter returns a new Emitter that writes to c. The rangeStart and // rangeEnd args are used for splitting large traces. func NewEmitter(c TraceConsumer, rangeStart, rangeEnd time.Duration) *Emitter { … } type Emitter … type task … func (e *Emitter) Gomaxprocs(v uint64) { … } func (e *Emitter) Resource(id uint64, name string) { … } func (e *Emitter) SetResourceType(name string) { … } func (e *Emitter) SetResourceFilter(filter func(uint64) bool) { … } func (e *Emitter) Task(id uint64, name string, sortIndex int) { … } func (e *Emitter) Slice(s SliceEvent) { … } func (e *Emitter) TaskSlice(s SliceEvent) { … } func (e *Emitter) slice(s SliceEvent, sectionID uint64, cname string) { … } type SliceEvent … func (e *Emitter) AsyncSlice(s AsyncSliceEvent) { … } type AsyncSliceEvent … func (e *Emitter) Instant(i InstantEvent) { … } type InstantEvent … func (e *Emitter) Arrow(a ArrowEvent) { … } func (e *Emitter) TaskArrow(a ArrowEvent) { … } func (e *Emitter) arrow(a ArrowEvent, sectionID uint64) { … } type ArrowEvent … func (e *Emitter) Event(ev *format.Event) { … } func (e *Emitter) HeapAlloc(ts time.Duration, v uint64) { … } func (e *Emitter) Focus(id uint64) { … } func (e *Emitter) GoroutineTransition(ts time.Duration, from, to GState) { … } func (e *Emitter) IncThreadStateCount(ts time.Duration, state ThreadState, delta int64) { … } func (e *Emitter) HeapGoal(ts time.Duration, v uint64) { … } func (e *Emitter) emitHeapCounters(ts time.Duration) { … } // Err returns an error if the emitter is in an invalid state. func (e *Emitter) Err() error { … } func (e *Emitter) tsWithinRange(ts time.Duration) bool { … } // OptionalEvent emits ev if it's within the time range of the consumer, i.e. // the selected trace split range. func (e *Emitter) OptionalEvent(ev *format.Event) { … } func (e *Emitter) Flush() { … } func (e *Emitter) threadMeta(sectionID, tid uint64, name string, priority int) { … } func (e *Emitter) processMeta(sectionID uint64, name string, priority int) { … } // Stack emits the given frames and returns a unique id for the stack. No // pointers to the given data are being retained beyond the call to Stack. func (e *Emitter) Stack(stk []*trace.Frame) int { … } // buildBranch builds one branch in the prefix tree rooted at ctx.frameTree. func (e *Emitter) buildBranch(parent frameNode, stk []*trace.Frame) int { … } type heapStats … func viewerTime(t time.Duration) float64 { … } type GState … const GDead … const GRunnable … const GRunning … const GWaiting … const GWaitingGC … const gStateCount … type ThreadState … const ThreadStateInSyscall … const ThreadStateInSyscallRuntime … const ThreadStateRunning … const threadStateCount … type frameNode … const colorLightMauve … const colorOrange … const colorSeafoamGreen … const colorVistaBlue … const colorTan … const colorIrisBlue … const colorMidnightBlue … const colorDeepMagenta … const colorBlue … const colorGrey … const colorGreen … const colorDarkGoldenrod … const colorPeach … const colorBlack … const colorLightGrey … const colorWhite … const colorYellow … const colorOlive … const colorCornflowerBlue … const colorSunsetOrange … const colorTangerine … const colorShamrockGreen … const colorGreenishYellow … const colorDarkGrey … const colorTawny … const colorLemon … const colorLime … const colorPink … const colorSilver … const colorManzGreen … const colorKellyGreen … const colorAnotherGrey … var colorForTask … func pickTaskColor(id uint64) string { … }
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