}

	sect = f.elf.Section(".gopclntab")
	if sect == nil {
		// try .data.rel.ro.gopclntab, for PIE binaries
		sect = f.elf.Section(".data.rel.ro.gopclntab")
	}
	if sect != nil {
		if pclntab, err = sect.Data(); err != nil {
			return 0, nil, nil, err
		}
	} else {
		// if both sections failed, try the symbol
		pclntab = f.symbolData("runtime.pclntab", "runtime.epclntab")
	}

		t.Skip("no .gosymtab section")
	}
	symdat, err := s.Data()
	if err != nil {
		f.Close()
		t.Fatalf("reading %s gosymtab: %v", file, err)
	}
	pclndat, err := f.Section(".gopclntab").Data()
	if err != nil {
		f.Close()
		t.Fatalf("reading %s gopclntab: %v", file, err)
	}

	pcln := NewLineTable(pclndat, f.Section(".text").Addr)
	tab, err := NewTable(symdat, pcln)
	if err != nil {
		f.Close()

					}
				}
			}
		})
	}
}

// This program is intended to be just big/complicated enough that
// we wind up with decent-sized .data.rel.ro.{typelink,itablink,gopclntab}
// sections.
const ifacecallsProg = `
package main

import "reflect"

type A string
type B int
type C float64

type describer interface{ What() string }

	//
	// As of August 2020, here's the layout of pclntab:
	//
	//  .gopclntab/__gopclntab [elf/macho section]
	//    runtime.pclntab
	//      Carrier symbol for the entire pclntab section.
	//
	//      runtime.pcheader  (see: runtime/symtab.go:pcHeader)
	//        8-byte magic
	//        nfunc [thearch.ptrsize bytes]
	//        offset to runtime.funcnametab from the beginning of runtime.pcheader

		relro_prefix = ".data.rel.ro"
	}
	shstrtabAddstring(relro_prefix + ".typelink")
	shstrtabAddstring(relro_prefix + ".itablink")
	shstrtabAddstring(relro_prefix + ".gosymtab")
	shstrtabAddstring(relro_prefix + ".gopclntab")

	if ctxt.IsExternal() {
		*FlagD = true

		shstrtabAddstring(elfRelType + ".text")
		shstrtabAddstring(elfRelType + ".rodata")
		shstrtabAddstring(elfRelType + relro_prefix + ".typelink")

	ldr.SetSymSect(ldr.LookupOrCreateSym("runtime.esymtab", 0), sect)

	/* gopclntab */
	sect = state.allocateNamedSectionAndAssignSyms(seg, genrelrosecname(".gopclntab"), sym.SPCLNTAB, sym.SRODATA, relroSecPerm)
	ldr.SetSymSect(ldr.LookupOrCreateSym("runtime.pclntab", 0), sect)
	ldr.SetSymSect(ldr.LookupOrCreateSym("runtime.pcheader", 0), sect)

// detail of the package; callers should use the methods on [Table] instead.
type LineTable struct {
	Data []byte
	PC   uint64
	Line int

	// This mutex is used to keep parsing of pclntab synchronous.
	mu sync.Mutex

	// Contains the version of the pclntab section.
	version version

	// Go 1.2/1.16/1.18 state
	binary      binary.ByteOrder
	quantum     uint32
	ptrsize     uint32

func (f *plan9File) pcln() (textStart uint64, symtab, pclntab []byte, err error) {
	textStart = f.plan9.LoadAddress + f.plan9.HdrSize
	if pclntab, err = loadPlan9Table(f.plan9, "runtime.pclntab", "runtime.epclntab"); err != nil {
		// We didn't find the symbols, so look for the names used in 1.3 and earlier.
		// TODO: Remove code looking for the old symbols when we no longer care about 1.3.
		var err2 error

}

func (f *machoFile) pcln() (textStart uint64, symtab, pclntab []byte, err error) {
	if sect := f.macho.Section("__text"); sect != nil {
		textStart = sect.Addr
	}
	if sect := f.macho.Section("__gosymtab"); sect != nil {
		if symtab, err = sect.Data(); err != nil {
			return 0, nil, nil, err
		}
	}
	if sect := f.macho.Section("__gopclntab"); sect != nil {
		if pclntab, err = sect.Data(); err != nil {
			return 0, nil, nil, err
		}

	return syms, nil
}

func (f *peFile) pcln() (textStart uint64, symtab, pclntab []byte, err error) {
	imageBase, err := f.imageBase()
	if err != nil {
		return 0, nil, nil, err
	}

	if sect := f.pe.Section(".text"); sect != nil {
		textStart = imageBase + uint64(sect.VirtualAddress)
	}
	if pclntab, err = loadPETable(f.pe, "runtime.pclntab", "runtime.epclntab"); err != nil {