}

	shstrtabAddstring := func(s string) {
		off := addshstr(s)
		elfsetstring(ctxt, 0, s, int(off))
	}

	shstrtabAddstring("")
	shstrtabAddstring(".text")
	shstrtabAddstring(".noptrdata")
	shstrtabAddstring(".data")
	shstrtabAddstring(".bss")
	shstrtabAddstring(".noptrbss")
	shstrtabAddstring(".go.fuzzcntrs")
	shstrtabAddstring(".go.buildinfo")
	if ctxt.IsMIPS() {

	sn := d.ldr.SymName(gotype)
	name := sn[5:] // could also decode from Type.string
	tdata := d.ldr.Data(gotype)
	if len(tdata) == 0 {
		d.linkctxt.Errorf(gotype, "missing type")
	}
	kind := decodetypeKind(d.arch, tdata)
	bytesize := decodetypeSize(d.arch, tdata)

	var die, typedefdie *dwarf.DWDie
	switch kind {
	case abi.Bool:

	cutab        []uint32
	filetab      []byte
	pctab        []byte
	pclntable    []byte
	ftab         []functab
	findfunctab  uintptr
	minpc, maxpc uintptr

	text, etext           uintptr
	noptrdata, enoptrdata uintptr
	data, edata           uintptr
	bss, ebss             uintptr
	noptrbss, enoptrbss   uintptr
	covctrs, ecovctrs     uintptr
	end, gcdata, gcbss    uintptr
	types, etypes         uintptr

	BEQ	R3, R2, 6(PC);	\
	MOVBU	(R1), R4;	\
	ADDU	$1, R1;	\
	MOVBU	R4, (R3);	\
	ADDU	$1, R3;	\
	JMP	-5(PC);	\
	/* call function */			\
	MOVW	f+4(FP), REGCTXT;	\
	MOVW	(REGCTXT), R4;	\
	PCDATA	$PCDATA_StackMapIndex, $0;	\
	JAL	(R4);	\
	/* copy return values back */		\
	MOVW	stackArgsType+0(FP), R5;	\
	MOVW	stackArgs+8(FP), R1;	\
	MOVW	stackArgsSize+12(FP), R2;	\
	MOVW	stackRetOffset+16(FP), R4;	\

	JMP	-5(PC);				\
	/* set up argument registers */		\
	MOVV	regArgs+40(FP), R25;		\
	JAL	·unspillArgs(SB);		\
	/* call function */			\
	MOVV	f+8(FP), REGCTXT;			\
	MOVV	(REGCTXT), R25;			\
	PCDATA  $PCDATA_StackMapIndex, $0;	\
	JAL	(R25);				\
	/* copy return values back */		\
	MOVV	regArgs+40(FP), R25;		\
	JAL	·spillArgs(SB);		\
	MOVV	argtype+0(FP), R7;		\
	MOVV	arg+16(FP), R4;			\

	CMP	$0, R2;				\
	B.EQ	5(PC);				\
	MOVBU.P	1(R0), R5;			\
	MOVBU.P R5, 1(R1);			\
	SUB	$1, R2, R2;			\
	B	-5(PC);				\
	/* call function */			\
	MOVW	f+4(FP), R7;			\
	MOVW	(R7), R0;			\
	PCDATA  $PCDATA_StackMapIndex, $0;	\
	BL	(R0);				\
	/* copy return values back */		\
	MOVW	stackArgsType+0(FP), R4;		\
	MOVW	stackArgs+8(FP), R0;		\
	MOVW	stackArgsSize+12(FP), R2;		\

		return "stack"
	}
	if base, _, _ := findObject(p2, 0, 0); base != 0 {
		return "heap"
	}
	for _, datap := range activeModules() {
		if datap.data <= p2 && p2 < datap.edata || datap.noptrdata <= p2 && p2 < datap.enoptrdata {
			return "data"
		}
		if datap.bss <= p2 && p2 < datap.ebss || datap.noptrbss <= p2 && p2 <= datap.enoptrbss {
			return "bss"
		}
	}
	KeepAlive(p)

	CMP	R11, $0				\
	BNE	2(PC)				\
	MOVD	R0, 0(R0)			\
#endif						\
	MOVD    regArgs+40(FP), R20;    \
	BL      runtime·unspillArgs(SB);        \
	MOVD	(R11), R12;			\
	MOVD	R12, CTR;			\
	PCDATA  $PCDATA_StackMapIndex, $0;	\
	BL	(CTR);				\
#ifndef GOOS_aix				\
	MOVD	24(R1), R2;			\
#endif						\
	/* copy return values back */		\
	MOVD	regArgs+40(FP), R20;		\
	BL	runtime·spillArgs(SB);			\

	CMP	R5, R6;				\
	BNE	-3(PC);				\
	/* set up argument registers */		\
	MOVD	regArgs+40(FP), R20;		\
	CALL	·unspillArgs(SB);		\
	/* call function */			\
	MOVD	f+8(FP), R26;			\
	MOVD	(R26), R20;			\
	PCDATA	$PCDATA_StackMapIndex, $0;	\
	BL	(R20);				\
	/* copy return values back */		\
	MOVD	regArgs+40(FP), R20;		\
	CALL	·spillArgs(SB);		\
	MOVD	stackArgsType+0(FP), R7;		\
	MOVD	stackArgs+16(FP), R3;			\

	MOVQ	SP, DI;				\
	REP;MOVSB;				\
	/* set up argument registers */		\
	MOVQ    regArgs+40(FP), R12;		\
	CALL    ·unspillArgs(SB);		\
	/* call function */			\
	MOVQ	f+8(FP), DX;			\
	PCDATA  $PCDATA_StackMapIndex, $0;	\
	MOVQ	(DX), R12;			\
	CALL	R12;				\
	/* copy register return values back */		\
	MOVQ    regArgs+40(FP), R12;		\
	CALL    ·spillArgs(SB);		\
	MOVLQZX	stackArgsSize+24(FP), CX;		\