[thirdparty/binutils-gdb.git] / binutils / embedspu.sh

#! /bin/sh
# Embed an SPU ELF executable into a PowerPC object file.
#
# Copyright (C) 2006-2024 Free Software Foundation, Inc.
#
# This file is part of GNU Binutils.
#
# This program is free software; you can redistribute it and/or modify
# it under the terms of the GNU General Public License as published by
# the Free Software Foundation; either version 3 of the License, or
# (at your option) any later version.
#
# This program is distributed in the hope that it will be useful,
# but WITHOUT ANY WARRANTY; without even the implied warranty of
# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
# GNU General Public License for more details.
#
# You should have received a copy of the GNU General Public License
# along with this program; if not, write to the Free Software
# Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA
# 02110-1301, USA.

usage ()
{
  echo "Usage: embedspu [flags] symbol_name input_filename output_filename"
  echo
  echo "        input_filename:  SPU ELF executable to be embedded"
  echo "        output_filename: Resulting PowerPC object file"
  echo "        symbol_name:     Name of program handle struct to be defined"
  echo "        flags:           GCC flags defining PowerPC object file format"
  echo "                         (e.g. -m32 or -m64)"
  exit 1
}

program_transform_name=
mydir=`dirname "$0"`

find_prog ()
{
  prog=`echo $1 | sed "$program_transform_name"`
  prog="$mydir/$prog"
  test -x "$prog" && return 0
  prog="$mydir/$1"
  test -x "$prog" && return 0
  prog=`echo $1 | sed "$program_transform_name"`
  which $prog > /dev/null 2> /dev/null && return 0
  return 1
}

SYMBOL=
INFILE=
OUTFILE=
FLAGS=

parse_args ()
{
  while test -n "$1"; do
    case "$1" in
      -*) FLAGS="${FLAGS} $1" ;;
      *)  if test -z "$SYMBOL"; then
	    SYMBOL="$1"
	  elif test -z "$INFILE"; then
	    INFILE="$1"
	  elif test -z "$OUTFILE"; then
	    OUTFILE="$1"
	  else
	    echo "Too many arguments!"
	    usage
	  fi ;;
    esac
    shift
  done
  if test -z "$OUTFILE"; then
    usage
  fi
  if test ! -r "$INFILE"; then
    echo "${INFILE}: File not found"
    usage
  fi
}

main ()
{
  parse_args "$@"

  # Find a powerpc gcc.  Support running from a combined tree build.
  if test -x "$mydir/../gcc/xgcc"; then
    CC="$mydir/../gcc/xgcc -B$mydir/../gcc/"
  else
    find_prog gcc
    if test $? -ne 0; then
      echo "Cannot find $prog"
      exit 1
    fi
    CC="$prog"
  fi

  # Find readelf.  Any old readelf should do.
  find_prog readelf
  if test $? -ne 0; then
    if which readelf > /dev/null 2> /dev/null; then
      prog=readelf
    else
      echo "Cannot find $prog"
      exit 1
    fi
  fi
  READELF="$prog"

  # Sanity check the input file
  if test `${READELF} -h ${INFILE} | sed -n -e '/Class:.*ELF32/p' -e '/Type:.*EXEC/p' -e '/Machine:.*SPU/p' -e '/Machine:.*17/p' | sed -n '$='` != 3
  then
    echo "${INFILE}: Does not appear to be an SPU executable"
    exit 1
  fi

  toe=`${READELF} -S ${INFILE} | sed -n -e 's, *\[ *\([0-9]*\)\] *\.toe *[PROGN]*BITS *\([0-9a-f]*\).*,\1 \2,p'`
  toe_addr=`echo $toe | sed -n -e 's,.* ,,p'`
  toe=`echo $toe | sed -n -e 's, .*,,p'`
  has_ea=`${READELF} -S ${INFILE} | sed -n -e 's, *\[ *\([0-9]*\)\] *\._ea *PROGBITS.*,\1,p'`
  # For loaded sections, pick off section number, address, and file offset
  sections=`${READELF} -S ${INFILE} | sed -n -e 's, *\[ *\([0-9]*\)\] *[^ ]* *PROGBITS *\([0-9a-f]*\) *\([0-9a-f]*\).*,\1 \2 \3,p'`
  sections=`echo ${sections}`
  # For relocation sections, pick off file offset and info (points to
  # section where relocs apply)
  relas=`${READELF} -S ${INFILE} | sed -n -e 's, *\[ *[0-9]*\] *[^ ]* *RELA *[0-9a-f]* *0*\([0-9a-f][0-9a-f]*\).* \([0-9a-f][0-9a-f]*\) *[0-9a-f][0-9a-f]*$,\1 \2,p'`
  relas=`echo ${relas}`

  # Build embedded SPU image.
  # 1. The whole SPU ELF file is written to .rodata.speelf
  # 2. Symbols starting with the string "_EAR_" in the SPU ELF image are
  #    special.  They allow an SPU program to access corresponding symbols
  #    (ie. minus the _EAR_ prefix), in the PowerPC program.  _EAR_ without
  #    a suffix is used to refer to the addrress of the SPU image in
  #    PowerPC address space.  _EAR_* symbols must all be defined in .toe
  #    at 16 byte intervals, or they must be defined in other non-bss
  #    sections.
  #    Find all _EAR_ symbols in .toe using readelf, sort by address, and
  #    write the address of the corresponding PowerPC symbol in a table
  #    built in .data.spetoe.  For _EAR_ symbols not in .toe, create
  #    .reloc commands to relocate their location directly.
  # 3. Look for R_SPU_PPU32 and R_SPU_PPU64 relocations in the SPU ELF image
  #    and create .reloc commands for them.
  # 4. Write a struct spe_program_handle to .data.
  # 5. Write a table of _SPUEAR_ symbols.
  ${CC} ${FLAGS} -x assembler-with-cpp -nostartfiles -nostdlib \
	-Wa,-mbig -Wa,-noexecstack -Wl,-r -Wl,-x -o ${OUTFILE} - <<EOF
 .section .data.spetoe,"aw",@progbits
 .p2align 7
__spetoe__:
`${READELF} -s -W ${INFILE} | grep ' _EAR_' | sort -k 2 | awk \
'BEGIN { \
	addr = strtonum ("0x" "'${toe_addr:-0}'"); \
	split ("'"${sections}"'", s, " "); \
	for (i = 1; i in s; i += 3) { \
	    sec_off[s[i]] = strtonum ("0x" s[i+2]) - strtonum ("0x" s[i+1]); \
	} \
} \
$7 == "'${toe}'" && strtonum ("0x" $2) != addr { \
	print "#error Symbol " $8 " not in 16 byte element toe array!"; \
} \
$7 == "'${toe}'" { \
	addr = addr + 16; \
} \
$7 == "'${toe}'" { \
	print "#ifdef _LP64"; \
	print " .quad " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)) ", 0"; \
	print "#else"; \
	print " .int 0, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)) ", 0, 0"; \
	print "#endif"; \
} \
$7 != "'${toe}'" && $7 in sec_off { \
	print "#ifdef _LP64"; \
	print " .reloc __speelf__+" strtonum ("0x" $2) + sec_off[$7] ", R_PPC64_ADDR64, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)); \
	print "#else"; \
	print " .reloc __speelf__+" strtonum ("0x" $2) + sec_off[$7] + 4 ", R_PPC_ADDR32, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)); \
	print "#endif"; \
	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
} \
$7 != "'${toe}'" && ! $7 in sec_off { \
	print "#error Section not found for " $8; \
} \
'`
`test -z "${relas}" || ${READELF} -r -W ${INFILE} | awk \
'BEGIN { \
	split ("'"${sections}"'", s, " "); \
	for (i = 1; i in s; i += 3) { \
	    sec_off[s[i]] = strtonum ("0x" s[i+2]) - strtonum ("0x" s[i+1]); \
	} \
	split ("'"${relas}"'", s, " "); \
	for (i = 1; i in s; i += 2) { \
	    rela[s[i]] = strtonum (s[i+1]); \
	} \
} \
/^Relocation section/ { \
	sec = substr($6, 3); \
} \
$3 ~ /R_SPU_PPU/ { \
	print "#ifdef _LP64"; \
	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] ", R_PPC64_ADDR" substr($3, 10) ", " ($5 != "" ? $5 "+0x" $7 : "__speelf__ + 0x" $4); \
	print "#else"; \
	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] + (substr($3, 10) == "64" ? 4 : 0)", R_PPC_ADDR32, " ($5 != "" ? $5 "+0x" $7 : "__speelf__ + 0x" $4); \
	print "#endif"; \
	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
} \
$3 ~ /unrecognized:/ { \
	print "#ifdef _LP64"; \
	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] ", R_PPC64_ADDR" ($4 == "f" ? "64" : "32") ", " ($6 != "" ? $6 "+0x" $8 : "__speelf__ + 0x" $5); \
	print "#else"; \
	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] + ($4 == "f" ? 4 : 0)", R_PPC_ADDR32, " ($6 != "" ? $6 "+0x" $8 : "__speelf__ + 0x" $5); \
	print "#endif"; \
	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
} \
'`
#if ${has_ea:-0}
 .section .data.speelf,"aw",@progbits
#elif defined (HAS_RELOCS) && (defined (__PIC__) || defined (__PIE__))
 .section .data.rel.ro.speelf,"a",@progbits
#else
 .section .rodata.speelf,"a",@progbits
#endif
 .p2align 7
__speelf__:
 .incbin "${INFILE}"

 .section .data.spehandle,"aw",@progbits
 .globl ${SYMBOL}
 .type ${SYMBOL}, @object
# fill in a struct spe_program_handle
#ifdef _LP64
 .p2align 3
${SYMBOL}:
 .int 24
 .int 0
 .quad __speelf__
 .quad __spetoe__
#else
 .p2align 2
${SYMBOL}:
 .int 12
 .int __speelf__
 .int __spetoe__
#endif
 .size ${SYMBOL}, . - ${SYMBOL}

`${READELF} -s -W ${INFILE} | grep ' _SPUEAR_' | sort -k 2 | awk \
'{ \
	print " .globl '${SYMBOL}'_" substr($8, 9); \
	print " .type '${SYMBOL}'_" substr($8, 9) ", @object"; \
	print " .size '${SYMBOL}'_" substr($8, 9) ", 4"; \
	print "'${SYMBOL}'_" substr($8, 9) ":"; \
	print " .int 0x" $2; \
} \
'`
EOF
}

main "$@"
Commit	Line	Data
3aade688	1	#! /bin/sh
669a9a2a AM	2	# Embed an SPU ELF executable into a PowerPC object file.
669a9a2a AM	3	#
fd67aa11	4	# Copyright (C) 2006-2024 Free Software Foundation, Inc.
669a9a2a AM	5	#
	6	# This file is part of GNU Binutils.
	7	#
	8	# This program is free software; you can redistribute it and/or modify
	9	# it under the terms of the GNU General Public License as published by
32866df7	10	# the Free Software Foundation; either version 3 of the License, or
669a9a2a AM	11	# (at your option) any later version.
	12	#
	13	# This program is distributed in the hope that it will be useful,
	14	# but WITHOUT ANY WARRANTY; without even the implied warranty of
	15	# MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
	16	# GNU General Public License for more details.
	17	#
	18	# You should have received a copy of the GNU General Public License
	19	# along with this program; if not, write to the Free Software
	20	# Foundation, Inc., 51 Franklin Street - Fifth Floor, Boston, MA
	21	# 02110-1301, USA.
	22
	23	usage ()
	24	{
	25	echo "Usage: embedspu [flags] symbol_name input_filename output_filename"
	26	echo
	27	echo " input_filename: SPU ELF executable to be embedded"
	28	echo " output_filename: Resulting PowerPC object file"
	29	echo " symbol_name: Name of program handle struct to be defined"
	30	echo " flags: GCC flags defining PowerPC object file format"
	31	echo " (e.g. -m32 or -m64)"
	32	exit 1
	33	}
	34
	35	program_transform_name=
	36	mydir=`dirname "$0"`
	37
	38	find_prog ()
	39	{
	40	prog=`echo $1 \| sed "$program_transform_name"`
669a9a2a AM	41	prog="$mydir/$prog"
	42	test -x "$prog" && return 0
	43	prog="$mydir/$1"
	44	test -x "$prog" && return 0
	45	prog=`echo $1 \| sed "$program_transform_name"`
ece5ef60	46	which $prog > /dev/null 2> /dev/null && return 0
669a9a2a AM	47	return 1
	48	}
	49
	50	SYMBOL=
	51	INFILE=
	52	OUTFILE=
	53	FLAGS=
	54
	55	parse_args ()
	56	{
	57	while test -n "$1"; do
	58	case "$1" in
	59	-*) FLAGS="${FLAGS} $1" ;;
	60	*) if test -z "$SYMBOL"; then
	61	SYMBOL="$1"
	62	elif test -z "$INFILE"; then
	63	INFILE="$1"
	64	elif test -z "$OUTFILE"; then
	65	OUTFILE="$1"
	66	else
	67	echo "Too many arguments!"
	68	usage
	69	fi ;;
	70	esac
	71	shift
	72	done
	73	if test -z "$OUTFILE"; then
	74	usage
	75	fi
	76	if test ! -r "$INFILE"; then
	77	echo "${INFILE}: File not found"
	78	usage
	79	fi
	80	}
	81
	82	main ()
	83	{
	84	parse_args "$@"
	85
	86	# Find a powerpc gcc. Support running from a combined tree build.
	87	if test -x "$mydir/../gcc/xgcc"; then
	88	CC="$mydir/../gcc/xgcc -B$mydir/../gcc/"
	89	else
	90	find_prog gcc
	91	if test $? -ne 0; then
	92	echo "Cannot find $prog"
	93	exit 1
	94	fi
	95	CC="$prog"
	96	fi
	97
ece5ef60	98	# Find readelf. Any old readelf should do.
669a9a2a AM	99	find_prog readelf
	100	if test $? -ne 0; then
	101	if which readelf > /dev/null 2> /dev/null; then
	102	prog=readelf
	103	else
	104	echo "Cannot find $prog"
	105	exit 1
	106	fi
	107	fi
	108	READELF="$prog"
	109
	110	# Sanity check the input file
e2bae06c	111	if test `${READELF} -h ${INFILE} \| sed -n -e '/Class:.ELF32/p' -e '/Type:.EXEC/p' -e '/Machine:.SPU/p' -e '/Machine:.17/p' \| sed -n '$='` != 3
669a9a2a AM	112	then
	113	echo "${INFILE}: Does not appear to be an SPU executable"
	114	exit 1
	115	fi
	116
88948ad0 AM	117	toe=`${READELF} -S ${INFILE} \| sed -n -e 's, \[ \([0-9]\)\] \.toe [PROGN]BITS \([0-9a-f]\).*,\1 \2,p'`
	118	toe_addr=`echo $toe \| sed -n -e 's,.* ,,p'`
	119	toe=`echo $toe \| sed -n -e 's, .*,,p'`
cef1fe97	120	has_ea=`${READELF} -S ${INFILE} \| sed -n -e 's, \[ \([0-9]\)\] \._ea PROGBITS.,\1,p'`
ece5ef60	121	# For loaded sections, pick off section number, address, and file offset
88948ad0 AM	122	sections=`${READELF} -S ${INFILE} \| sed -n -e 's, \[ \([0-9]\)\] [^ ]* PROGBITS \([0-9a-f]\) \([0-9a-f]\).,\1 \2 \3,p'`
88948ad0 AM	123	sections=`echo ${sections}`
ece5ef60 AM	124	# For relocation sections, pick off file offset and info (points to
ece5ef60 AM	125	# section where relocs apply)
daaf07b2	126	relas=`${READELF} -S ${INFILE} \| sed -n -e 's, \[ [0-9]\] [^ ]* RELA [0-9a-f]* 0\([0-9a-f][0-9a-f]\). \([0-9a-f][0-9a-f]\) [0-9a-f][0-9a-f]*$,\1 \2,p'`
ece5ef60	127	relas=`echo ${relas}`
88948ad0	128
669a9a2a AM	129	# Build embedded SPU image.
	130	# 1. The whole SPU ELF file is written to .rodata.speelf
	131	# 2. Symbols starting with the string "_EAR_" in the SPU ELF image are
	132	# special. They allow an SPU program to access corresponding symbols
	133	# (ie. minus the _EAR_ prefix), in the PowerPC program. _EAR_ without
	134	# a suffix is used to refer to the addrress of the SPU image in
88948ad0 AM	135	# PowerPC address space. _EAR_* symbols must all be defined in .toe
	136	# at 16 byte intervals, or they must be defined in other non-bss
	137	# sections.
	138	# Find all _EAR_ symbols in .toe using readelf, sort by address, and
	139	# write the address of the corresponding PowerPC symbol in a table
8374f9d4	140	# built in .data.spetoe. For _EAR_ symbols not in .toe, create
88948ad0	141	# .reloc commands to relocate their location directly.
ece5ef60 AM	142	# 3. Look for R_SPU_PPU32 and R_SPU_PPU64 relocations in the SPU ELF image
	143	# and create .reloc commands for them.
	144	# 4. Write a struct spe_program_handle to .data.
	145	# 5. Write a table of _SPUEAR_ symbols.
669a9a2a	146	${CC} ${FLAGS} -x assembler-with-cpp -nostartfiles -nostdlib \
c67d8df7	147	-Wa,-mbig -Wa,-noexecstack -Wl,-r -Wl,-x -o ${OUTFILE} - <<EOF
669a9a2a AM	148	.section .data.spetoe,"aw",@progbits
	149	.p2align 7
	150	__spetoe__:
41160f02	151	`${READELF} -s -W ${INFILE} \| grep ' _EAR_' \| sort -k 2 \| awk \
669a9a2a	152	'BEGIN { \
cef1fe97	153	addr = strtonum ("0x" "'${toe_addr:-0}'"); \
88948ad0 AM	154	split ("'"${sections}"'", s, " "); \
	155	for (i = 1; i in s; i += 3) { \
	156	sec_off[s[i]] = strtonum ("0x" s[i+2]) - strtonum ("0x" s[i+1]); \
	157	} \
669a9a2a	158	} \
88948ad0 AM	159	$7 == "'${toe}'" && strtonum ("0x" $2) != addr { \
88948ad0 AM	160	print "#error Symbol " $8 " not in 16 byte element toe array!"; \
669a9a2a	161	} \
88948ad0 AM	162	$7 == "'${toe}'" { \
88948ad0 AM	163	addr = addr + 16; \
669a9a2a	164	} \
88948ad0	165	$7 == "'${toe}'" { \
669a9a2a	166	print "#ifdef _LP64"; \
88948ad0	167	print " .quad " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)) ", 0"; \
669a9a2a	168	print "#else"; \
88948ad0	169	print " .int 0, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)) ", 0, 0"; \
669a9a2a AM	170	print "#endif"; \
669a9a2a AM	171	} \
88948ad0	172	$7 != "'${toe}'" && $7 in sec_off { \
669a9a2a	173	print "#ifdef _LP64"; \
88948ad0	174	print " .reloc __speelf__+" strtonum ("0x" $2) + sec_off[$7] ", R_PPC64_ADDR64, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)); \
669a9a2a	175	print "#else"; \
88948ad0	176	print " .reloc __speelf__+" strtonum ("0x" $2) + sec_off[$7] + 4 ", R_PPC_ADDR32, " ($8 == "_EAR_" ? "__speelf__" : substr($8, 6)); \
669a9a2a	177	print "#endif"; \
3ba20bde	178	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
88948ad0 AM	179	} \
	180	$7 != "'${toe}'" && ! $7 in sec_off { \
	181	print "#error Section not found for " $8; \
	182	} \
ece5ef60 AM	183	'`
	184	`test -z "${relas}" \|\| ${READELF} -r -W ${INFILE} \| awk \
	185	'BEGIN { \
	186	split ("'"${sections}"'", s, " "); \
	187	for (i = 1; i in s; i += 3) { \
	188	sec_off[s[i]] = strtonum ("0x" s[i+2]) - strtonum ("0x" s[i+1]); \
	189	} \
	190	split ("'"${relas}"'", s, " "); \
	191	for (i = 1; i in s; i += 2) { \
	192	rela[s[i]] = strtonum (s[i+1]); \
	193	} \
	194	} \
	195	/^Relocation section/ { \
	196	sec = substr($6, 3); \
	197	} \
	198	$3 ~ /R_SPU_PPU/ { \
	199	print "#ifdef _LP64"; \
73545089	200	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] ", R_PPC64_ADDR" substr($3, 10) ", " ($5 != "" ? $5 "+0x" $7 : "__speelf__ + 0x" $4); \
ece5ef60	201	print "#else"; \
73545089	202	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] + (substr($3, 10) == "64" ? 4 : 0)", R_PPC_ADDR32, " ($5 != "" ? $5 "+0x" $7 : "__speelf__ + 0x" $4); \
ece5ef60	203	print "#endif"; \
3ba20bde	204	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
ece5ef60 AM	205	} \
	206	$3 ~ /unrecognized:/ { \
	207	print "#ifdef _LP64"; \
73545089	208	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] ", R_PPC64_ADDR" ($4 == "f" ? "64" : "32") ", " ($6 != "" ? $6 "+0x" $8 : "__speelf__ + 0x" $5); \
ece5ef60	209	print "#else"; \
73545089	210	print " .reloc __speelf__+" strtonum ("0x" $1) + sec_off[rela[sec]] + ($4 == "f" ? 4 : 0)", R_PPC_ADDR32, " ($6 != "" ? $6 "+0x" $8 : "__speelf__ + 0x" $5); \
ece5ef60	211	print "#endif"; \
3ba20bde	212	if (!donedef) { print "#define HAS_RELOCS 1"; donedef = 1; }; \
ece5ef60	213	} \
88948ad0	214	'`
cef1fe97	215	#if ${has_ea:-0}
8374f9d4 AM	216	.section .data.speelf,"aw",@progbits
8374f9d4 AM	217	#elif defined (HAS_RELOCS) && (defined (__PIC__) \|\| defined (__PIE__))
3ba20bde AM	218	.section .data.rel.ro.speelf,"a",@progbits
	219	#else
	220	.section .rodata.speelf,"a",@progbits
	221	#endif
	222	.p2align 7
	223	__speelf__:
	224	.incbin "${INFILE}"
669a9a2a	225
8374f9d4	226	.section .data.spehandle,"aw",@progbits
669a9a2a	227	.globl ${SYMBOL}
11d5fa89	228	.type ${SYMBOL}, @object
669a9a2a AM	229	# fill in a struct spe_program_handle
	230	#ifdef _LP64
	231	.p2align 3
	232	${SYMBOL}:
	233	.int 24
	234	.int 0
	235	.quad __speelf__
	236	.quad __spetoe__
	237	#else
	238	.p2align 2
	239	${SYMBOL}:
	240	.int 12
	241	.int __speelf__
	242	.int __spetoe__
	243	#endif
11d5fa89	244	.size ${SYMBOL}, . - ${SYMBOL}
88948ad0 AM	245
	246	`${READELF} -s -W ${INFILE} \| grep ' _SPUEAR_' \| sort -k 2 \| awk \
	247	'{ \
	248	print " .globl '${SYMBOL}'_" substr($8, 9); \
	249	print " .type '${SYMBOL}'_" substr($8, 9) ", @object"; \
	250	print " .size '${SYMBOL}'_" substr($8, 9) ", 4"; \
	251	print "'${SYMBOL}'_" substr($8, 9) ":"; \
dbdca70b	252	print " .int 0x" $2; \
88948ad0 AM	253	} \
88948ad0 AM	254	'`
669a9a2a AM	255	EOF
	256	}
	257
	258	main "$@"