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// Copyright 2023 The Go Authors. All rights reserved. // Use of this source code is governed by a BSD-style // license that can be found in the LICENSE file. //go:build goexperiment.exectracer2 // Trace event writing API for trace2runtime.go. package runtime import ( "runtime/internal/sys" ) // Event types in the trace, args are given in square brackets. // // Naming scheme: // - Time range event pairs have suffixes "Begin" and "End". // - "Start", "Stop", "Create", "Destroy", "Block", "Unblock" // are suffixes reserved for scheduling resources. // // NOTE: If you add an event type, make sure you also update all // tables in this file! type traceEv uint8 const ( traceEvNone traceEv = iota // unused // Structural events. traceEvEventBatch // start of per-M batch of events [generation, M ID, timestamp, batch length] traceEvStacks // start of a section of the stack table [...traceEvStack] traceEvStack // stack table entry [ID, ...{PC, func string ID, file string ID, line #}] traceEvStrings // start of a section of the string dictionary [...traceEvString] traceEvString // string dictionary entry [ID, length, string] traceEvCPUSamples // start of a section of CPU samples [...traceEvCPUSample] traceEvCPUSample // CPU profiling sample [timestamp, M ID, P ID, goroutine ID, stack ID] traceEvFrequency // timestamp units per sec [freq] // Procs. traceEvProcsChange // current value of GOMAXPROCS [timestamp, GOMAXPROCS, stack ID] traceEvProcStart // start of P [timestamp, P ID, P seq] traceEvProcStop // stop of P [timestamp] traceEvProcSteal // P was stolen [timestamp, P ID, P seq, M ID] traceEvProcStatus // P status at the start of a generation [timestamp, P ID, status] // Goroutines. traceEvGoCreate // goroutine creation [timestamp, new goroutine ID, new stack ID, stack ID] traceEvGoCreateSyscall // goroutine appears in syscall (cgo callback) [timestamp, new goroutine ID] traceEvGoStart // goroutine starts running [timestamp, goroutine ID, goroutine seq] traceEvGoDestroy // goroutine ends [timestamp] traceEvGoDestroySyscall // goroutine ends in syscall (cgo callback) [timestamp] traceEvGoStop // goroutine yields its time, but is runnable [timestamp, reason, stack ID] traceEvGoBlock // goroutine blocks [timestamp, reason, stack ID] traceEvGoUnblock // goroutine is unblocked [timestamp, goroutine ID, goroutine seq, stack ID] traceEvGoSyscallBegin // syscall enter [timestamp, P seq, stack ID] traceEvGoSyscallEnd // syscall exit [timestamp] traceEvGoSyscallEndBlocked // syscall exit and it blocked at some point [timestamp] traceEvGoStatus // goroutine status at the start of a generation [timestamp, goroutine ID, M ID, status] // STW. traceEvSTWBegin // STW start [timestamp, kind] traceEvSTWEnd // STW done [timestamp] // GC events. traceEvGCActive // GC active [timestamp, seq] traceEvGCBegin // GC start [timestamp, seq, stack ID] traceEvGCEnd // GC done [timestamp, seq] traceEvGCSweepActive // GC sweep active [timestamp, P ID] traceEvGCSweepBegin // GC sweep start [timestamp, stack ID] traceEvGCSweepEnd // GC sweep done [timestamp, swept bytes, reclaimed bytes] traceEvGCMarkAssistActive // GC mark assist active [timestamp, goroutine ID] traceEvGCMarkAssistBegin // GC mark assist start [timestamp, stack ID] traceEvGCMarkAssistEnd // GC mark assist done [timestamp] traceEvHeapAlloc // gcController.heapLive change [timestamp, heap alloc in bytes] traceEvHeapGoal // gcController.heapGoal() change [timestamp, heap goal in bytes] // Annotations. traceEvGoLabel // apply string label to current running goroutine [timestamp, label string ID] traceEvUserTaskBegin // trace.NewTask [timestamp, internal task ID, internal parent task ID, name string ID, stack ID] traceEvUserTaskEnd // end of a task [timestamp, internal task ID, stack ID] traceEvUserRegionBegin // trace.{Start,With}Region [timestamp, internal task ID, name string ID, stack ID] traceEvUserRegionEnd // trace.{End,With}Region [timestamp, internal task ID, name string ID, stack ID] traceEvUserLog // trace.Log [timestamp, internal task ID, key string ID, stack, value string ID] ) // traceArg is a simple wrapper type to help ensure that arguments passed // to traces are well-formed. type traceArg uint64 // traceEventWriter is the high-level API for writing trace events. // // See the comment on traceWriter about style for more details as to why // this type and its methods are structured the way they are. type traceEventWriter struct { w traceWriter } // eventWriter creates a new traceEventWriter. It is the main entrypoint for writing trace events. // // Before creating the event writer, this method will emit a status for the current goroutine // or proc if it exists, and if it hasn't had its status emitted yet. goStatus and procStatus indicate // what the status of goroutine or P should be immediately *before* the events that are about to // be written using the eventWriter (if they exist). No status will be written if there's no active // goroutine or P. // // Callers can elect to pass a constant value here if the status is clear (e.g. a goroutine must have // been Runnable before a GoStart). Otherwise, callers can query the status of either the goroutine // or P and pass the appropriate status. // // In this case, the default status should be traceGoBad or traceProcBad to help identify bugs sooner. func (tl traceLocker) eventWriter(goStatus traceGoStatus, procStatus traceProcStatus) traceEventWriter { w := tl.writer() if pp := tl.mp.p.ptr(); pp != nil && !pp.trace.statusWasTraced(tl.gen) && pp.trace.acquireStatus(tl.gen) { w = w.writeProcStatus(uint64(pp.id), procStatus, pp.trace.inSweep) } if gp := tl.mp.curg; gp != nil && !gp.trace.statusWasTraced(tl.gen) && gp.trace.acquireStatus(tl.gen) { w = w.writeGoStatus(uint64(gp.goid), int64(tl.mp.procid), goStatus, gp.inMarkAssist) } return traceEventWriter{w} } // commit writes out a trace event and calls end. It's a helper to make the // common case of writing out a single event less error-prone. func (e traceEventWriter) commit(ev traceEv, args ...traceArg) { e = e.write(ev, args...) e.end() } // write writes an event into the trace. func (e traceEventWriter) write(ev traceEv, args ...traceArg) traceEventWriter { e.w = e.w.event(ev, args...) return e } // end finishes writing to the trace. The traceEventWriter must not be used after this call. func (e traceEventWriter) end() { e.w.end() } // traceEventWrite is the part of traceEvent that actually writes the event. func (w traceWriter) event(ev traceEv, args ...traceArg) traceWriter { // Make sure we have room. w, _ = w.ensure(1 + (len(args)+1)*traceBytesPerNumber) // Compute the timestamp diff that we'll put in the trace. ts := traceClockNow() if ts <= w.traceBuf.lastTime { ts = w.traceBuf.lastTime + 1 } tsDiff := uint64(ts - w.traceBuf.lastTime) w.traceBuf.lastTime = ts // Write out event. w.byte(byte(ev)) w.varint(tsDiff) for _, arg := range args { w.varint(uint64(arg)) } return w } // stack takes a stack trace skipping the provided number of frames. // It then returns a traceArg representing that stack which may be // passed to write. func (tl traceLocker) stack(skip int) traceArg { return traceArg(traceStack(skip, tl.mp, tl.gen)) } // startPC takes a start PC for a goroutine and produces a unique // stack ID for it. // // It then returns a traceArg representing that stack which may be // passed to write. func (tl traceLocker) startPC(pc uintptr) traceArg { // +PCQuantum because makeTraceFrame expects return PCs and subtracts PCQuantum. return traceArg(trace.stackTab[tl.gen%2].put([]uintptr{ logicalStackSentinel, startPCForTrace(pc) + sys.PCQuantum, })) } // string returns a traceArg representing s which may be passed to write. // The string is assumed to be relatively short and popular, so it may be // stored for a while in the string dictionary. func (tl traceLocker) string(s string) traceArg { return traceArg(trace.stringTab[tl.gen%2].put(tl.gen, s)) } // uniqueString returns a traceArg representing s which may be passed to write. // The string is assumed to be unique or long, so it will be written out to // the trace eagerly. func (tl traceLocker) uniqueString(s string) traceArg { return traceArg(trace.stringTab[tl.gen%2].emit(tl.gen, s)) }