// data.
func (d *llvmSymbolizer) readFrame() (plugin.Frame, bool) {
	funcname, err := d.rw.readLine()
	if err != nil {
		return plugin.Frame{}, true
	}

	switch funcname {
	case "":
		return plugin.Frame{}, true
	case "??":
		funcname = ""
	}

	fileline, err := d.rw.readLine()
	if err != nil {
		return plugin.Frame{Func: funcname}, true
	}

	linenumber := 0
	columnnumber := 0

  ${kubectl} delete deployment "$windows_command_deployment"
}

function test_linux_node_to_linux_pod {
  echo "TODO: ${FUNCNAME[0]}"
}

function test_linux_node_to_windows_pod {
  echo "TODO: ${FUNCNAME[0]}"
}

function test_linux_pod_to_linux_pod {
  echo "TEST: ${FUNCNAME[0]}"
  local linux_command_pod
  linux_command_pod="$(get_linux_command_pod_name)"
  local linux_webserver_pod_ip

		reqPath := r.URL.RawPath
		if reqPath == "" {
			reqPath = r.URL.Path
		}

		// Calculate function name
		funcName := tc.FuncName
		if funcName == "" {
			funcName = "<unknown>"
		}

		t := madmin.TraceInfo{
			TraceType: tt,
			FuncName:  funcName,
			NodeName:  nodeName,
			Time:      reqStartTime,
			Duration:  reqEndTime.Sub(respRecorder.StartTime),
			Path:      reqPath,

	$text .= "}\n\n";
	if($libc) {
		if (not exists $trampolines{$funcname}) {
			$trampolines{$funcname} = 1;
			# The assembly trampoline that jumps to the libc routine.
			$text .= "func ${funcname}_trampoline()\n\n";
			# Tell the linker that funcname can be found in libSystem using varname without the libc_ prefix.
			my $basename = substr $funcname, 5;
			my $libc = "libc.so";
			if ($darwin) {

package testpty

import (
	"errors"
	"fmt"
	"os"
)

type PtyError struct {
	FuncName    string
	ErrorString string
	Errno       error
}

func ptyError(name string, err error) *PtyError {
	return &PtyError{name, err.Error(), err}
}

func (e *PtyError) Error() string {
	return fmt.Sprintf("%s: %s", e.FuncName, e.ErrorString)
}

func (e *PtyError) Unwrap() error { return e.Errno }

        }
      }
    });
    if (!func_names.empty() && !match) {
      return;
    }

    // Sort the function names for determinism.
    llvm::sort(func_names);

    std::string joined_func_names = Sanitize(absl::StrJoin(func_names, "-"));
    std::string sanitized_name = Sanitize(name);

    std::vector<absl::string_view> name_parts;
    if (!prefix.empty()) {
      name_parts.emplace_back(prefix);
    }

// returns a populated plugin.Frame and whether it has reached the end of the
// data.
func (d *addr2Liner) readFrame() (plugin.Frame, bool) {
	funcname, err := d.rw.readLine()
	if err != nil {
		return plugin.Frame{}, true
	}
	if strings.HasPrefix(funcname, "0x") {
		// If addr2line returns a hex address we can assume it is the
		// sentinel. Read and ignore next two lines of output from
		// addr2line

  module.walk([&symbol_table, map_fn, &status](mlir::func::FuncOp func) {
    // Use the exported name as the function name, and skip non-exported
    // functions.
    auto func_names = mlir::tf_saved_model::GetExportedNames(func);
    if (func_names.empty()) return mlir::WalkResult::advance();

    auto func_type = func.getFunctionType();

    // Here we walk through each arguments and find out the input/output names,

			f2name := "end"
			if i+1 < nftab {
				f2name = funcname(f2)
			}
			println("function symbol table not sorted by PC offset:", hex(datap.ftab[i].entryoff), funcname(f1), ">", hex(datap.ftab[i+1].entryoff), f2name, ", plugin:", datap.pluginpath)
			for j := 0; j <= i; j++ {
				println("\t", hex(datap.ftab[j].entryoff), funcname(funcInfo{(*_func)(unsafe.Pointer(&datap.pclntable[datap.ftab[j].funcoff])), datap}))
			}

			print("runtime: frame ", funcname(f), " untyped locals ", hex(frame.varp-size), "+", hex(size), "\n")
			throw("missing stackmap")
		}
		// If nbit == 0, there's no work to do.
		if stkmap.nbit > 0 {
			if stackid < 0 || stackid >= stkmap.n {
				// don't know where we are
				print("runtime: pcdata is ", stackid, " and ", stkmap.n, " locals stack map entries for ", funcname(f), " (targetpc=", hex(targetpc), ")\n")