nfuncdata = int(p.From.Offset + 1)
		}
	}

	pcln.Pcdata = make([]*LSym, npcdata)
	pcln.Funcdata = make([]*LSym, nfuncdata)

	pcln.Pcsp = funcpctab(ctxt, cursym, "pctospadj", pctospadj, nil)
	pcln.Pcfile = funcpctab(ctxt, cursym, "pctofile", pctofileline, pcln)
	pcln.Pcline = funcpctab(ctxt, cursym, "pctoline", pctofileline, nil)

	if ctxt.Target.IsRISCV64() {
		// Avoid adding local symbols to the pcln table - RISC-V
		// linking generates a very large number of these, particularly
		// for HI20 symbols (which we need to load in order to be able
		// to resolve relocations). Unnecessarily including all of
		// these symbols quickly blows out the size of the pcln table
		// and overflows hash buckets.
		symName := ctxt.loader.SymName(s)

		}
		if fn.Pcln.Pcsp != nil && fn.Pcln.Pcsp.Size != 0 {
			w.aux1(goobj.AuxPcsp, fn.Pcln.Pcsp)
		}
		if fn.Pcln.Pcfile != nil && fn.Pcln.Pcfile.Size != 0 {
			w.aux1(goobj.AuxPcfile, fn.Pcln.Pcfile)
		}
		if fn.Pcln.Pcline != nil && fn.Pcln.Pcline.Size != 0 {
			w.aux1(goobj.AuxPcline, fn.Pcln.Pcline)
		}
		if fn.Pcln.Pcinline != nil && fn.Pcln.Pcinline.Size != 0 {

	"golang.org/x/arch/ppc64/ppc64asm"
	"golang.org/x/arch/x86/x86asm"
)

// Disasm is a disassembler for a given File.
type Disasm struct {
	syms      []Sym            //symbols in file, sorted by address
	pcln      Liner            // pcln table
	text      []byte           // bytes of text segment (actual instructions)
	textStart uint64           // start PC of text
	textEnd   uint64           // end PC of text

	}

	// 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)))

	// The ftab slice

// Starting with Go 1.3, the Go symbol table no longer includes symbol data.
func NewTable(symtab []byte, pcln *LineTable) (*Table, error) {
	var n int
	err := walksymtab(symtab, func(s sym) error {
		n++
		return nil
	})
	if err != nil {
		return nil, err
	}

	var t Table
	if pcln.isGo12() {
		t.go12line = pcln
	}
	fname := make(map[uint16]string)
	t.Syms = make([]Sym, 0, n)
	nf := 0
	nz := 0

}

// go12PCToLine maps program counter to line number for the Go 1.2+ pcln table.
func (t *LineTable) go12PCToLine(pc uint64) (line int) {
	defer func() {
		if !disableRecover && recover() != nil {
			line = -1
		}
	}()

	f := t.findFunc(pc)
	if f.IsZero() {
		return -1
	}
	entry := f.entryPC()
	linetab := f.pcln()
	return int(t.pcvalue(linetab, entry, pc))
}

					}
					ctxt.traverseFuncAux(flag, s, f, files)
				} else if v := s.VarInfo(); v != nil {
					fnNoNil(v.dwarfInfoSym)
				}
			}
			if flag&traversePcdata != 0 && s.Type == objabi.STEXT {
				fi := s.Func().Pcln
				fnNoNil(fi.Pcsp)
				fnNoNil(fi.Pcfile)
				fnNoNil(fi.Pcline)
				fnNoNil(fi.Pcinline)
				for _, d := range fi.Pcdata {
					fnNoNil(d)
				}
			}
		}
	}
}

type FuncInfo struct {
	Args      int32
	Locals    int32
	Align     int32
	FuncID    abi.FuncID
	FuncFlag  abi.FuncFlag
	StartLine int32
	Text      *Prog
	Autot     map[*LSym]struct{}
	Pcln      Pcln
	InlMarks  []InlMark
	spills    []RegSpill

	dwarfInfoSym       *LSym
	dwarfLocSym        *LSym
	dwarfRangesSym     *LSym
	dwarfAbsFnSym      *LSym
	dwarfDebugLinesSym *LSym

		return
	}
	if strings.HasPrefix(s.Name, `"".`) {
		ctxt.Diag("%s: unqualified symbol name: %s", ctxt.PosTable.Pos(start), s.Name)
	}

	// startLine should be the same line number that would be displayed via
	// pcln, etc for the declaration (i.e., relative line number, as
	// adjusted by //line).
	_, startLine := ctxt.getFileIndexAndLine(start)

	s.Func().FuncID = objabi.GetFuncID(s.Name, flag&WRAPPER != 0 || flag&ABIWRAPPER != 0)