// Category is the category that was passed to runtime/trace.Log or runtime/trace.Logf.
	Category string

	// Message is the message that was passed to runtime/trace.Log or runtime/trace.Logf.
	Message string
}

// Stack represents a stack. It's really a handle to a stack and it's trivially comparable.
//
// If two Stacks are equal then their Frames are guaranteed to be identical. If they are not

	if trace == nil {
		panic("nil trace")
	}
	old := ContextClientTrace(ctx)
	trace.compose(old)

	ctx = context.WithValue(ctx, clientEventContextKey{}, trace)
	if trace.hasNetHooks() {
		nt := &nettrace.Trace{
			ConnectStart: trace.ConnectStart,
			ConnectDone:  trace.ConnectDone,
		}
		if trace.DNSStart != nil {
			nt.DNSStart = func(name string) {

		if !strings.HasPrefix(file, "<autogenerated>") &&
			!strings.HasPrefix(funcName, "runtime.") {
			// Form and append a line of stack trace into a
			// collection, 'trace', to build full stack trace
			trace = append(trace, fmt.Sprintf("%v:%v:%v()", file, lineNumber, funcName))

			// Ignore trace logs beyond the following conditions
			for _, name := range matchingFuncNames {

// shouldn't result in a doubling of memory usage, even if all converted events
// are kept alive, as we free batches once we're done with them.
//
// The conversion process is lossless.

package trace

import (
	"errors"
	"fmt"
	"internal/trace/event"
	"internal/trace/event/go122"
	"internal/trace/internal/oldtrace"
	"io"
)

        outputs->push_back(ops::AddN(s, {inputs[1], 1}));
        outputs->push_back(inputs[2]);
        return s.status();
      });
  CreateBackprop();

  // The following execution traces illustrate why we expect dF/dj to be 5:
  //
  //  i  j  k
  // ---------
  //  0  1  2 <-- initial values
  //  1  2  2
  //  3  3  2
  //  6  4  2
  // 10  5  2 <-- while output values

	GCP      // contains GC state
	ProfileP // contains recording of CPU profile samples
)

// Trace is the result of Parse.
type Trace struct {
	Version version.Version

	// Events is the sorted list of Events in the trace.
	Events Events
	// Stacks is the stack traces (stored as slices of PCs), keyed by stack IDs
	// from the trace.
	Stacks        map[uint32][]uint64
	PCs           map[uint64]Frame
	Strings       map[uint64]string

// profile.
//
// profilez samples are a repeated sequence of stack frames of the
// form:
//
//	1st word -- The number of times this stack was encountered.
//	2nd word -- The size of the stack (StackSize).
//	3rd word -- The first address on the stack.
//	...
//	StackSize + 2 -- The last address on the stack
//
// The last stack trace is of the form:
//
//	1st word -- 0
//	2nd word -- 1
//	3rd word -- 0

package main

import (
	"fmt"
	"internal/trace"
	"internal/trace/traceviewer"
	"internal/trace/traceviewer/format"
)

var _ generator = &procGenerator{}

type procGenerator struct {
	globalRangeGenerator
	globalMetricGenerator
	procRangeGenerator
	stackSampleGenerator[trace.ProcID]
	logEventGenerator[trace.ProcID]

	gStates   map[trace.GoID]*gState[trace.ProcID]
	inSyscall map[trace.ProcID]*gState[trace.ProcID]

			size := eventSz{Time: v.Time, Sz: cw.size + 1} // +1 for ",".
			// Add referenced stack frames. Their size is computed
			// in flush, where we can dedup across events.
			WalkStackFrames(allFrames, v.Stack, func(id int) {
				size.Frames = append(size.Frames, id)
			})
			WalkStackFrames(allFrames, v.EndStack, func(id int) {
				size.Frames = append(size.Frames, id) // This may add duplicates. We'll dedup later.
			})

		ProxyClientKeyFile:      "/var/run/kubernetes/proxy.key",
		ProxyClientCertFile:     "/var/run/kubernetes/proxy.crt",
		Metrics:                 &metrics.Options{},
		Logs:                    logs.NewOptions(),
		Traces: &apiserveroptions.TracingOptions{
			ConfigFile: "/var/run/kubernetes/tracing_config.yaml",
		},
		AggregatorRejectForwardingRedirects: true,