return die
}

// Define gotype, for composite ones recurse into constituents.
func (d *dwctxt) defgotype(gotype loader.Sym) loader.Sym {
	if gotype == 0 {
		return d.mustFind("<unspecified>")
	}

	// If we already have a tdmap entry for the gotype, return it.
	if ds, ok := d.tdmap[gotype]; ok {
		return ds
	}

	sn := d.ldr.SymName(gotype)
	if !strings.HasPrefix(sn, "type:") {

				p = p[1:]
			}
			if goType {
				if len(p) < ptrsz {
					return &DecodingError{len(data), "unexpected EOF", nil}
				}
				// fixed-width go type
				if ptrsz == 8 {
					s.gotype = order.Uint64(p[0:8])
					p = p[8:]
				} else {
					s.gotype = uint64(order.Uint32(p[0:4]))
					p = p[4:]
				}
			}
		} else {
			// Value, symbol type.
			s.value = uint64(order.Uint32(p[0:4]))

	lists := [][]*LSym{ctxt.Text, ctxt.Data}
	files := ctxt.PosTable.FileTable()
	for _, list := range lists {
		for _, s := range list {
			if s.Gotype != nil {
				if flag&traverseDefs != 0 {
					fn(s, s.Gotype)
				}
			}
			if s.Type == objabi.STEXT {
				ctxt.traverseFuncAux(flag, s, fn, files)
			} else if v := s.VarInfo(); v != nil && v.dwarfInfoSym != nil {
				fn(s, v.dwarfInfoSym)
			}
		}

				npad++
			}
			ctype += fmt.Sprintf("\t\t%s %s;\n", t.C, name)
			fmt.Fprintf(gotype, "\t\t%s ", name)
			noSourceConf.Fprint(gotype, fset, typ)
			fmt.Fprintf(gotype, "\n")
			off += t.Size
		}
		if fn.Recv != nil {
			argField(fn.Recv.List[0].Type, "recv")
		}
		fntype := fn.Type
		forFieldList(fntype.Params,
			func(i int, aname string, atype ast.Expr) {
				argField(atype, "p%d", i)
			})

	o.SetOff(r.Off)
	o.SetSiz(r.Siz)
	o.SetType(uint16(r.Type))
	o.SetAdd(r.Add)
	o.SetSym(makeSymRef(r.Sym))
	o.Write(w.Writer)
}

func (w *writer) aux1(typ uint8, rs *LSym) {
	o := &w.tmpAux
	o.SetType(typ)
	o.SetSym(makeSymRef(rs))
	o.Write(w.Writer)
}

func (w *writer) Aux(s *LSym) {
	if s.Gotype != nil {
		w.aux1(goobj.AuxGotype, s.Gotype)
	}
	if fn := s.Func(); fn != nil {

}

// Record the type symbol for an auto variable so that the linker
// an emit DWARF type information for the type.
func (fi *FuncInfo) RecordAutoType(gotype *LSym) {
	if fi.Autot == nil {
		fi.Autot = make(map[*LSym]struct{})
	}
	fi.Autot[gotype] = struct{}{}
}

//go:generate stringer -type ABI

// ABI is the calling convention of a text symbol.
type ABI uint8

const (

			assertOnError: assertOnConcreteError(func(t *testing.T, e *cbor.UnmarshalTypeError) {
				if e.CBORType != "primitives" || e.GoType != "string" {
					t.Errorf("expected %q, got %q", &cbor.UnmarshalTypeError{CBORType: "primitives", GoType: "string"}, e)
				}
			}),
		},
		{
			name:          "map with byte string key",
			in:            hex("a143abcdef187b"), // {h'abcdef': 123}

func (sb *SymbolBuilder) Dynimpvers() string     { return sb.l.SymDynimpvers(sb.symIdx) }
func (sb *SymbolBuilder) SubSym() Sym            { return sb.l.SubSym(sb.symIdx) }
func (sb *SymbolBuilder) GoType() Sym            { return sb.l.SymGoType(sb.symIdx) }
func (sb *SymbolBuilder) VisibilityHidden() bool { return sb.l.AttrVisibilityHidden(sb.symIdx) }
func (sb *SymbolBuilder) Sect() *sym.Section     { return sb.l.SymSect(sb.symIdx) }

		switch v.Type {
		case env.STRING:
			g.emit("<td>String</td>")
		case env.BOOL:
			g.emit("<td>Boolean</td>")
		case env.INT:
			g.emit("<td>Integer</td>")
		case env.FLOAT:
			g.emit("<td>Floating-Point</td>")
		case env.DURATION:
			g.emit("<td>Time Duration</td>")
		case env.OTHER:
			g.emit(fmt.Sprintf("<td>%s</td>", v.GoType))
		}

		f.End = ft.pc(i + 1)
		info := t.funcData(uint32(i))
		f.LineTable = t
		f.FrameSize = int(info.deferreturn())
		syms[i] = Sym{
			Value:     f.Entry,
			Type:      'T',
			Name:      t.funcName(info.nameOff()),
			GoType:    0,
			Func:      f,
			goVersion: t.version,
		}
		f.Sym = &syms[i]
	}
	return funcs
}