if resultNameTab != nil {
		csa.rescoreBasedOnCallResultUses(fn, resultNameTab, cstab)
	}

	disableDebugTrace()

	if ic != nil && callSiteTab != nil {
		// Integrate the calls from this cstab into the table for the caller.
		if err := callSiteTab.merge(cstab); err != nil {
			base.FatalfAt(ic.Pos(), "%v", err)
		}
	} else {
		callSiteTab = cstab
	}
}

// ScoreCallsCleanup resets the state of the callsite cache

func (cfw *CoverageDataWriter) AppendSegment(args map[string]string, visitor CounterVisitor) error {
	cfw.stab = &stringtab.Writer{}
	cfw.stab.InitWriter()
	cfw.stab.Lookup("")

	var err error
	for k, v := range args {
		cfw.stab.Lookup(k)
		cfw.stab.Lookup(v)
	}

	ws := &slicewriter.WriteSeeker{}
	if err = cfw.writeSegmentPreamble(args, ws); err != nil {
		return err
	}

		return nil, fmt.Errorf("invalid empty package path")
	}
	x := &CoverageMetaDataBuilder{
		tmp: make([]byte, 0, 256),
		h:   md5.New(),
	}
	x.stab.InitWriter()
	x.stab.Lookup("")
	x.pkgpath = x.stab.Lookup(pkgpath)
	x.pkgname = x.stab.Lookup(pkgname)
	x.modpath = x.stab.Lookup(modulepath)
	io.WriteString(x.h, pkgpath)
	io.WriteString(x.h, pkgname)
	io.WriteString(x.h, modulepath)
	return x, nil
}

	// array and then call "f" on it.
	for pidx, p := range mm.pkgs {
		fids := make([]int, 0, len(p.ctab))
		for fid := range p.ctab {
			fids = append(fids, int(fid))
		}
		sort.Ints(fids)
		if *verbflag >= 4 {
			fmt.Printf("fids for pk=%d: %+v\n", pidx, fids)
		}
		for _, fid := range fids {
			fp := p.ctab[uint32(fid)]
			if *verbflag >= 4 {

	if !info.Spec.HasCpu || !info.Spec.HasMemory {
		return false
	}
	cstat, found := latestContainerStats(info)
	if !found {
		return false
	}
	if cstat.CpuInst == nil {
		return false
	}
	return cstat.CpuInst.Usage.Total != 0 && cstat.Memory.RSS != 0
}

// isContainerTerminated returns true if the specified container meet one of the following conditions

			if f.cuOffset() == ^uint32(0) {
				// skip functions without compilation unit (not real function, or linker generated)
				continue
			}
			cutab = t.cutab[f.cuOffset()*4:]
		}
		pc := t.findFileLine(entry, filetab, linetab, int32(filenum), int32(line), cutab)
		if pc != 0 {
			return pc
		}
	}
	return 0
}

// initFileMap initializes the map from file name to file number.
func (t *LineTable) initFileMap() {

// of the index at which each CU begins in runtime.cutab.
//
// Function objects keep track of the files they reference to print the stack.
// This function creates a per-CU list of filenames if CU[M] references
// files[1-N], the following is generated:
//
//	runtime.cutab:
//	  CU[M]
//	   offsetToFilename[0]
//	   offsetToFilename[1]
//	   ..
//

		}
		clog = "========= Previous log present (appended at the end) =========\n\n" + clog +
			"\n\n========= Previous log =========\n\n" + pclog
	}
	var cstat *processlog.Stats
	clog, cstat = processlog.Process(config, clog)
	return clog, cstat, cstat.Importance(), nil
}

func runAnalyze(config *config.BugReportConfig, params *content.Params, analyzeTimeout time.Duration) {

	textStart      uintptr // base for function entry PC offsets in this module, equal to moduledata.text
	funcnameOffset uintptr // offset to the funcnametab variable from pcHeader
	cuOffset       uintptr // offset to the cutab variable from pcHeader
	filetabOffset  uintptr // offset to the filetab variable from pcHeader
	pctabOffset    uintptr // offset to the pctab variable from pcHeader

		moduledata.AddUint(ctxt.Arch, 0)
	}

	// The pcHeader
	moduledata.AddAddr(ctxt.Arch, pcln.pcheader)

	// The function name slice
	sliceSym(pcln.funcnametab)

	// The cutab slice
	sliceSym(pcln.cutab)

	// The filetab slice
	sliceSym(pcln.filetab)

	// The pctab slice
	sliceSym(pcln.pctab)

	// The pclntab slice
	slice(pcln.pclntab, uint64(ldr.SymSize(pcln.pclntab)))