Stack []uintptr
}

type MemProfileRecord struct {
	AllocBytes, FreeBytes     int64
	AllocObjects, FreeObjects int64
	Stack                     []uintptr
}

func (r *MemProfileRecord) InUseBytes() int64   { return r.AllocBytes - r.FreeBytes }
func (r *MemProfileRecord) InUseObjects() int64 { return r.AllocObjects - r.FreeObjects }

type BlockProfileRecord struct {
	Count  int64
	Cycles int64
	Stack  []uintptr

			}
			hideRuntime = false // try again, and show all frames next time.
		}

		values[0], values[1] = scaleHeapSample(r.AllocObjects, r.AllocBytes, rate)
		values[2], values[3] = scaleHeapSample(r.InUseObjects(), r.InUseBytes(), rate)
		var blockSize int64
		if r.AllocObjects > 0 {
			blockSize = r.AllocBytes / r.AllocObjects
		}
		b.pbSample(values, locs, func() {
			if blockSize != 0 {
				b.pbLabel(tagSample_Label, "bytes", "", blockSize)

	// allocations are from the same leaf, so pick the first one.
	var firstLine int
	for ln := range allocObjects(records, frames[0]) {
		if firstLine == 0 || firstLine > ln {
			firstLine = ln
		}
	}
	for _, frame := range frames {
		var objectCount int64
		a := allocObjects(records, frame)
		for s := range size {
			// Allocations of size size[s] should be on line firstLine + s.

	rate := int64(512 * 1024)
	rec := []profilerecord.MemProfileRecord{
		{AllocBytes: 4096, FreeBytes: 1024, AllocObjects: 4, FreeObjects: 1, Stack: []uintptr{a1, a2}},
		{AllocBytes: 512 * 1024, FreeBytes: 0, AllocObjects: 1, FreeObjects: 0, Stack: []uintptr{a2 + 1, a2 + 2}},
		{AllocBytes: 512 * 1024, FreeBytes: 512 * 1024, AllocObjects: 1, FreeObjects: 1, Stack: []uintptr{a1 + 1, a1 + 2, a2 + 3}},
	}

			prof = make([]runtime.MemProfileRecord, n+10)
		}
	}
	// See how much memory in tiny objects is profiled.
	var totalBytes int64
	for _, p := range prof {
		bytes := p.AllocBytes - p.FreeBytes
		nobj := p.AllocObjects - p.FreeObjects
		if nobj == 0 {
			// There may be a record that has had all of its objects
			// freed. That's fine. Avoid a divide-by-zero and skip.
			continue
		}
		size := bytes / nobj

	b := bufio.NewWriter(w)
	tw := tabwriter.NewWriter(b, 1, 8, 1, '\t', 0)
	w = tw

	var total runtime.MemProfileRecord
	for i := range p {
		r := &p[i]
		total.AllocBytes += r.AllocBytes
		total.AllocObjects += r.AllocObjects
		total.FreeBytes += r.FreeBytes
		total.FreeObjects += r.FreeObjects
	}

	// Technically the rate is MemProfileRate not 2*MemProfileRate,

func (r *MemProfileRecord) InUseBytes() int64 { return r.AllocBytes - r.FreeBytes }

// InUseObjects returns the number of objects in use (AllocObjects - FreeObjects).
func (r *MemProfileRecord) InUseObjects() int64 {
	return r.AllocObjects - r.FreeObjects
}

// Stack returns the stack trace associated with the record,
// a prefix of r.Stack0.
func (r *MemProfileRecord) Stack() []uintptr {
	for i, v := range r.Stack0 {

	si = sampleIndex(flagInUseObjects, si, "inuse_objects", "-inuse_objects", o.UI)
	si = sampleIndex(flagAllocSpace, si, "alloc_space", "-alloc_space", o.UI)
	si = sampleIndex(flagAllocObjects, si, "alloc_objects", "-alloc_objects", o.UI)
	cfg.SampleIndex = si

	if *flagMeanDelay {
		cfg.Mean = true
	}

	source := &source{
		Sources:            args,
		ExecName:           execName,

	cname := string(manifest.Name)
	crHash, err := h.getCRHash(cname)
	if err != nil {
		return result, err
	}

	scope.Infof("Processing resources from manifest: %s for CR %s", cname, crHash)
	allObjects, err := object.ParseK8sObjectsFromYAMLManifest(manifest.Content)
	if err != nil {
		return result, err
	}

	objectCache := cache.GetCache(crHash)

      mem_pprof_flags="alloc_space ${mem_pprof_flags}"
      ;;
    --alloc-objects)
      shift
      requested_profiles="mem ${requested_profiles}"
      mem_pprof_flags="alloc_objects ${mem_pprof_flags}"
      ;;
    --cpu)
      shift
      requested_profiles="cpu ${requested_profiles}"
      ;;
    --help)
      shift
      echo "Recognized options:
        -o/--output,