GNU Compiler Collection (GCC) Internals: Concept Index

GNU Compiler Collection (GCC) Internals: Concept Index

Concept Index

Jump to:	! # $ % & ( * + - / 0 < = > ? \ ^ _ A B C D E F G H I J L M N O P Q R S T U V W X Z

	Index Entry	Section

!
	‘`!`’ in constraint:	Multi-Alternative

#
	‘`#`’ in constraint:	Modifiers
	`#` in template:	Output Template
	`#pragma` :	Misc

$
	‘`$`’ in constraint:	Multi-Alternative

%
	‘`%`’ in constraint:	Modifiers
	% in GTY option:	GTY Options
	‘`%`’ in template:	Output Template

&
	‘`&`’ in constraint:	Modifiers

(
	`(gimple_stmt_iterator` :	GIMPLE API
	(nil):	RTL Objects

*
	‘`*`’ in constraint:	Modifiers
	`*` in template:	Output Statement
	`*gimple_build_asm_vec` :	`GIMPLE_ASM`
	`*gimple_build_assign` :	`GIMPLE_ASSIGN`
	`*gimple_build_assign` :	`GIMPLE_ASSIGN`
	`*gimple_build_assign` :	`GIMPLE_ASSIGN`
	`*gimple_build_assign` :	`GIMPLE_ASSIGN`
	`*gimple_build_bind` :	`GIMPLE_BIND`
	`*gimple_build_call` :	`GIMPLE_CALL`
	`*gimple_build_call_from_tree` :	`GIMPLE_CALL`
	`*gimple_build_call_vec` :	`GIMPLE_CALL`
	`*gimple_build_catch` :	`GIMPLE_CATCH`
	`*gimple_build_cond` :	`GIMPLE_COND`
	`*gimple_build_cond_from_tree` :	`GIMPLE_COND`
	`*gimple_build_debug_bind` :	`GIMPLE_DEBUG`
	`*gimple_build_eh_filter` :	`GIMPLE_EH_FILTER`
	`*gimple_build_goto` :	`GIMPLE_GOTO`
	`*gimple_build_label` :	`GIMPLE_LABEL`
	`*gimple_build_omp_atomic_load` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`*gimple_build_omp_atomic_store` :	`GIMPLE_OMP_ATOMIC_STORE`
	`*gimple_build_omp_continue` :	`GIMPLE_OMP_CONTINUE`
	`*gimple_build_omp_critical` :	`GIMPLE_OMP_CRITICAL`
	`*gimple_build_omp_for` :	`GIMPLE_OMP_FOR`
	`*gimple_build_omp_parallel` :	`GIMPLE_OMP_PARALLEL`
	`*gimple_build_omp_sections` :	`GIMPLE_OMP_SECTIONS`
	`*gimple_build_omp_single` :	`GIMPLE_OMP_SINGLE`
	`*gimple_build_resx` :	`GIMPLE_RESX`
	`*gimple_build_return` :	`GIMPLE_RETURN`
	`*gimple_build_switch` :	`GIMPLE_SWITCH`
	`*gimple_build_try` :	`GIMPLE_TRY`

+
	‘`+`’ in constraint:	Modifiers

-
	`-fsection-anchors` :	Special Accessors
	`-fsection-anchors` :	Anchored Addresses

/
	‘`/c`’ in RTL dump:	Flags
	‘`/f`’ in RTL dump:	Flags
	‘`/i`’ in RTL dump:	Flags
	‘`/j`’ in RTL dump:	Flags
	‘`/s`’ in RTL dump:	Flags
	‘`/u`’ in RTL dump:	Flags
	‘`/v`’ in RTL dump:	Flags

0
	‘`0`’ in constraint:	Simple Constraints

<
	‘`<`’ in constraint:	Simple Constraints

=
	‘`=`’ in constraint:	Modifiers

>
	‘`>`’ in constraint:	Simple Constraints

?
	‘`?`’ in constraint:	Multi-Alternative

\
	\:	Output Template

^
	‘`^`’ in constraint:	Multi-Alternative

_
	`__absvdi2` :	Integer library routines
	`__absvsi2` :	Integer library routines
	`__addda3` :	Fixed-point fractional library routines
	`__adddf3` :	Soft float library routines
	`__adddq3` :	Fixed-point fractional library routines
	`__addha3` :	Fixed-point fractional library routines
	`__addhq3` :	Fixed-point fractional library routines
	`__addqq3` :	Fixed-point fractional library routines
	`__addsa3` :	Fixed-point fractional library routines
	`__addsf3` :	Soft float library routines
	`__addsq3` :	Fixed-point fractional library routines
	`__addta3` :	Fixed-point fractional library routines
	`__addtf3` :	Soft float library routines
	`__adduda3` :	Fixed-point fractional library routines
	`__addudq3` :	Fixed-point fractional library routines
	`__adduha3` :	Fixed-point fractional library routines
	`__adduhq3` :	Fixed-point fractional library routines
	`__adduqq3` :	Fixed-point fractional library routines
	`__addusa3` :	Fixed-point fractional library routines
	`__addusq3` :	Fixed-point fractional library routines
	`__adduta3` :	Fixed-point fractional library routines
	`__addvdi3` :	Integer library routines
	`__addvsi3` :	Integer library routines
	`__addxf3` :	Soft float library routines
	`__ashlda3` :	Fixed-point fractional library routines
	`__ashldi3` :	Integer library routines
	`__ashldq3` :	Fixed-point fractional library routines
	`__ashlha3` :	Fixed-point fractional library routines
	`__ashlhq3` :	Fixed-point fractional library routines
	`__ashlqq3` :	Fixed-point fractional library routines
	`__ashlsa3` :	Fixed-point fractional library routines
	`__ashlsi3` :	Integer library routines
	`__ashlsq3` :	Fixed-point fractional library routines
	`__ashlta3` :	Fixed-point fractional library routines
	`__ashlti3` :	Integer library routines
	`__ashluda3` :	Fixed-point fractional library routines
	`__ashludq3` :	Fixed-point fractional library routines
	`__ashluha3` :	Fixed-point fractional library routines
	`__ashluhq3` :	Fixed-point fractional library routines
	`__ashluqq3` :	Fixed-point fractional library routines
	`__ashlusa3` :	Fixed-point fractional library routines
	`__ashlusq3` :	Fixed-point fractional library routines
	`__ashluta3` :	Fixed-point fractional library routines
	`__ashrda3` :	Fixed-point fractional library routines
	`__ashrdi3` :	Integer library routines
	`__ashrdq3` :	Fixed-point fractional library routines
	`__ashrha3` :	Fixed-point fractional library routines
	`__ashrhq3` :	Fixed-point fractional library routines
	`__ashrqq3` :	Fixed-point fractional library routines
	`__ashrsa3` :	Fixed-point fractional library routines
	`__ashrsi3` :	Integer library routines
	`__ashrsq3` :	Fixed-point fractional library routines
	`__ashrta3` :	Fixed-point fractional library routines
	`__ashrti3` :	Integer library routines
	`__bid_adddd3` :	Decimal float library routines
	`__bid_addsd3` :	Decimal float library routines
	`__bid_addtd3` :	Decimal float library routines
	`__bid_divdd3` :	Decimal float library routines
	`__bid_divsd3` :	Decimal float library routines
	`__bid_divtd3` :	Decimal float library routines
	`__bid_eqdd2` :	Decimal float library routines
	`__bid_eqsd2` :	Decimal float library routines
	`__bid_eqtd2` :	Decimal float library routines
	`__bid_extendddtd2` :	Decimal float library routines
	`__bid_extendddtf` :	Decimal float library routines
	`__bid_extendddxf` :	Decimal float library routines
	`__bid_extenddfdd` :	Decimal float library routines
	`__bid_extenddftd` :	Decimal float library routines
	`__bid_extendsddd2` :	Decimal float library routines
	`__bid_extendsddf` :	Decimal float library routines
	`__bid_extendsdtd2` :	Decimal float library routines
	`__bid_extendsdtf` :	Decimal float library routines
	`__bid_extendsdxf` :	Decimal float library routines
	`__bid_extendsfdd` :	Decimal float library routines
	`__bid_extendsfsd` :	Decimal float library routines
	`__bid_extendsftd` :	Decimal float library routines
	`__bid_extendtftd` :	Decimal float library routines
	`__bid_extendxftd` :	Decimal float library routines
	`__bid_fixdddi` :	Decimal float library routines
	`__bid_fixddsi` :	Decimal float library routines
	`__bid_fixsddi` :	Decimal float library routines
	`__bid_fixsdsi` :	Decimal float library routines
	`__bid_fixtddi` :	Decimal float library routines
	`__bid_fixtdsi` :	Decimal float library routines
	`__bid_fixunsdddi` :	Decimal float library routines
	`__bid_fixunsddsi` :	Decimal float library routines
	`__bid_fixunssddi` :	Decimal float library routines
	`__bid_fixunssdsi` :	Decimal float library routines
	`__bid_fixunstddi` :	Decimal float library routines
	`__bid_fixunstdsi` :	Decimal float library routines
	`__bid_floatdidd` :	Decimal float library routines
	`__bid_floatdisd` :	Decimal float library routines
	`__bid_floatditd` :	Decimal float library routines
	`__bid_floatsidd` :	Decimal float library routines
	`__bid_floatsisd` :	Decimal float library routines
	`__bid_floatsitd` :	Decimal float library routines
	`__bid_floatunsdidd` :	Decimal float library routines
	`__bid_floatunsdisd` :	Decimal float library routines
	`__bid_floatunsditd` :	Decimal float library routines
	`__bid_floatunssidd` :	Decimal float library routines
	`__bid_floatunssisd` :	Decimal float library routines
	`__bid_floatunssitd` :	Decimal float library routines
	`__bid_gedd2` :	Decimal float library routines
	`__bid_gesd2` :	Decimal float library routines
	`__bid_getd2` :	Decimal float library routines
	`__bid_gtdd2` :	Decimal float library routines
	`__bid_gtsd2` :	Decimal float library routines
	`__bid_gttd2` :	Decimal float library routines
	`__bid_ledd2` :	Decimal float library routines
	`__bid_lesd2` :	Decimal float library routines
	`__bid_letd2` :	Decimal float library routines
	`__bid_ltdd2` :	Decimal float library routines
	`__bid_ltsd2` :	Decimal float library routines
	`__bid_lttd2` :	Decimal float library routines
	`__bid_muldd3` :	Decimal float library routines
	`__bid_mulsd3` :	Decimal float library routines
	`__bid_multd3` :	Decimal float library routines
	`__bid_nedd2` :	Decimal float library routines
	`__bid_negdd2` :	Decimal float library routines
	`__bid_negsd2` :	Decimal float library routines
	`__bid_negtd2` :	Decimal float library routines
	`__bid_nesd2` :	Decimal float library routines
	`__bid_netd2` :	Decimal float library routines
	`__bid_subdd3` :	Decimal float library routines
	`__bid_subsd3` :	Decimal float library routines
	`__bid_subtd3` :	Decimal float library routines
	`__bid_truncdddf` :	Decimal float library routines
	`__bid_truncddsd2` :	Decimal float library routines
	`__bid_truncddsf` :	Decimal float library routines
	`__bid_truncdfsd` :	Decimal float library routines
	`__bid_truncsdsf` :	Decimal float library routines
	`__bid_trunctddd2` :	Decimal float library routines
	`__bid_trunctddf` :	Decimal float library routines
	`__bid_trunctdsd2` :	Decimal float library routines
	`__bid_trunctdsf` :	Decimal float library routines
	`__bid_trunctdtf` :	Decimal float library routines
	`__bid_trunctdxf` :	Decimal float library routines
	`__bid_trunctfdd` :	Decimal float library routines
	`__bid_trunctfsd` :	Decimal float library routines
	`__bid_truncxfdd` :	Decimal float library routines
	`__bid_truncxfsd` :	Decimal float library routines
	`__bid_unorddd2` :	Decimal float library routines
	`__bid_unordsd2` :	Decimal float library routines
	`__bid_unordtd2` :	Decimal float library routines
	`__bswapdi2` :	Integer library routines
	`__bswapsi2` :	Integer library routines
	`__builtin_classify_type` :	Varargs
	`__builtin_next_arg` :	Varargs
	`__builtin_saveregs` :	Varargs
	`__chkp_bndcl` :	Misc
	`__chkp_bndcu` :	Misc
	`__chkp_bndldx` :	Misc
	`__chkp_bndmk` :	Misc
	`__chkp_bndret` :	Misc
	`__chkp_bndstx` :	Misc
	`__chkp_intersect` :	Misc
	`__chkp_narrow` :	Misc
	`__chkp_sizeof` :	Misc
	`__clear_cache` :	Miscellaneous routines
	`__clzdi2` :	Integer library routines
	`__clzsi2` :	Integer library routines
	`__clzti2` :	Integer library routines
	`__cmpda2` :	Fixed-point fractional library routines
	`__cmpdf2` :	Soft float library routines
	`__cmpdi2` :	Integer library routines
	`__cmpdq2` :	Fixed-point fractional library routines
	`__cmpha2` :	Fixed-point fractional library routines
	`__cmphq2` :	Fixed-point fractional library routines
	`__cmpqq2` :	Fixed-point fractional library routines
	`__cmpsa2` :	Fixed-point fractional library routines
	`__cmpsf2` :	Soft float library routines
	`__cmpsq2` :	Fixed-point fractional library routines
	`__cmpta2` :	Fixed-point fractional library routines
	`__cmptf2` :	Soft float library routines
	`__cmpti2` :	Integer library routines
	`__cmpuda2` :	Fixed-point fractional library routines
	`__cmpudq2` :	Fixed-point fractional library routines
	`__cmpuha2` :	Fixed-point fractional library routines
	`__cmpuhq2` :	Fixed-point fractional library routines
	`__cmpuqq2` :	Fixed-point fractional library routines
	`__cmpusa2` :	Fixed-point fractional library routines
	`__cmpusq2` :	Fixed-point fractional library routines
	`__cmputa2` :	Fixed-point fractional library routines
	`__CTOR_LIST__` :	Initialization
	`__ctzdi2` :	Integer library routines
	`__ctzsi2` :	Integer library routines
	`__ctzti2` :	Integer library routines
	`__divda3` :	Fixed-point fractional library routines
	`__divdc3` :	Soft float library routines
	`__divdf3` :	Soft float library routines
	`__divdi3` :	Integer library routines
	`__divdq3` :	Fixed-point fractional library routines
	`__divha3` :	Fixed-point fractional library routines
	`__divhq3` :	Fixed-point fractional library routines
	`__divqq3` :	Fixed-point fractional library routines
	`__divsa3` :	Fixed-point fractional library routines
	`__divsc3` :	Soft float library routines
	`__divsf3` :	Soft float library routines
	`__divsi3` :	Integer library routines
	`__divsq3` :	Fixed-point fractional library routines
	`__divta3` :	Fixed-point fractional library routines
	`__divtc3` :	Soft float library routines
	`__divtf3` :	Soft float library routines
	`__divti3` :	Integer library routines
	`__divxc3` :	Soft float library routines
	`__divxf3` :	Soft float library routines
	`__dpd_adddd3` :	Decimal float library routines
	`__dpd_addsd3` :	Decimal float library routines
	`__dpd_addtd3` :	Decimal float library routines
	`__dpd_divdd3` :	Decimal float library routines
	`__dpd_divsd3` :	Decimal float library routines
	`__dpd_divtd3` :	Decimal float library routines
	`__dpd_eqdd2` :	Decimal float library routines
	`__dpd_eqsd2` :	Decimal float library routines
	`__dpd_eqtd2` :	Decimal float library routines
	`__dpd_extendddtd2` :	Decimal float library routines
	`__dpd_extendddtf` :	Decimal float library routines
	`__dpd_extendddxf` :	Decimal float library routines
	`__dpd_extenddfdd` :	Decimal float library routines
	`__dpd_extenddftd` :	Decimal float library routines
	`__dpd_extendsddd2` :	Decimal float library routines
	`__dpd_extendsddf` :	Decimal float library routines
	`__dpd_extendsdtd2` :	Decimal float library routines
	`__dpd_extendsdtf` :	Decimal float library routines
	`__dpd_extendsdxf` :	Decimal float library routines
	`__dpd_extendsfdd` :	Decimal float library routines
	`__dpd_extendsfsd` :	Decimal float library routines
	`__dpd_extendsftd` :	Decimal float library routines
	`__dpd_extendtftd` :	Decimal float library routines
	`__dpd_extendxftd` :	Decimal float library routines
	`__dpd_fixdddi` :	Decimal float library routines
	`__dpd_fixddsi` :	Decimal float library routines
	`__dpd_fixsddi` :	Decimal float library routines
	`__dpd_fixsdsi` :	Decimal float library routines
	`__dpd_fixtddi` :	Decimal float library routines
	`__dpd_fixtdsi` :	Decimal float library routines
	`__dpd_fixunsdddi` :	Decimal float library routines
	`__dpd_fixunsddsi` :	Decimal float library routines
	`__dpd_fixunssddi` :	Decimal float library routines
	`__dpd_fixunssdsi` :	Decimal float library routines
	`__dpd_fixunstddi` :	Decimal float library routines
	`__dpd_fixunstdsi` :	Decimal float library routines
	`__dpd_floatdidd` :	Decimal float library routines
	`__dpd_floatdisd` :	Decimal float library routines
	`__dpd_floatditd` :	Decimal float library routines
	`__dpd_floatsidd` :	Decimal float library routines
	`__dpd_floatsisd` :	Decimal float library routines
	`__dpd_floatsitd` :	Decimal float library routines
	`__dpd_floatunsdidd` :	Decimal float library routines
	`__dpd_floatunsdisd` :	Decimal float library routines
	`__dpd_floatunsditd` :	Decimal float library routines
	`__dpd_floatunssidd` :	Decimal float library routines
	`__dpd_floatunssisd` :	Decimal float library routines
	`__dpd_floatunssitd` :	Decimal float library routines
	`__dpd_gedd2` :	Decimal float library routines
	`__dpd_gesd2` :	Decimal float library routines
	`__dpd_getd2` :	Decimal float library routines
	`__dpd_gtdd2` :	Decimal float library routines
	`__dpd_gtsd2` :	Decimal float library routines
	`__dpd_gttd2` :	Decimal float library routines
	`__dpd_ledd2` :	Decimal float library routines
	`__dpd_lesd2` :	Decimal float library routines
	`__dpd_letd2` :	Decimal float library routines
	`__dpd_ltdd2` :	Decimal float library routines
	`__dpd_ltsd2` :	Decimal float library routines
	`__dpd_lttd2` :	Decimal float library routines
	`__dpd_muldd3` :	Decimal float library routines
	`__dpd_mulsd3` :	Decimal float library routines
	`__dpd_multd3` :	Decimal float library routines
	`__dpd_nedd2` :	Decimal float library routines
	`__dpd_negdd2` :	Decimal float library routines
	`__dpd_negsd2` :	Decimal float library routines
	`__dpd_negtd2` :	Decimal float library routines
	`__dpd_nesd2` :	Decimal float library routines
	`__dpd_netd2` :	Decimal float library routines
	`__dpd_subdd3` :	Decimal float library routines
	`__dpd_subsd3` :	Decimal float library routines
	`__dpd_subtd3` :	Decimal float library routines
	`__dpd_truncdddf` :	Decimal float library routines
	`__dpd_truncddsd2` :	Decimal float library routines
	`__dpd_truncddsf` :	Decimal float library routines
	`__dpd_truncdfsd` :	Decimal float library routines
	`__dpd_truncsdsf` :	Decimal float library routines
	`__dpd_trunctddd2` :	Decimal float library routines
	`__dpd_trunctddf` :	Decimal float library routines
	`__dpd_trunctdsd2` :	Decimal float library routines
	`__dpd_trunctdsf` :	Decimal float library routines
	`__dpd_trunctdtf` :	Decimal float library routines
	`__dpd_trunctdxf` :	Decimal float library routines
	`__dpd_trunctfdd` :	Decimal float library routines
	`__dpd_trunctfsd` :	Decimal float library routines
	`__dpd_truncxfdd` :	Decimal float library routines
	`__dpd_truncxfsd` :	Decimal float library routines
	`__dpd_unorddd2` :	Decimal float library routines
	`__dpd_unordsd2` :	Decimal float library routines
	`__dpd_unordtd2` :	Decimal float library routines
	`__DTOR_LIST__` :	Initialization
	`__eqdf2` :	Soft float library routines
	`__eqsf2` :	Soft float library routines
	`__eqtf2` :	Soft float library routines
	`__extenddftf2` :	Soft float library routines
	`__extenddfxf2` :	Soft float library routines
	`__extendsfdf2` :	Soft float library routines
	`__extendsftf2` :	Soft float library routines
	`__extendsfxf2` :	Soft float library routines
	`__ffsdi2` :	Integer library routines
	`__ffsti2` :	Integer library routines
	`__fixdfdi` :	Soft float library routines
	`__fixdfsi` :	Soft float library routines
	`__fixdfti` :	Soft float library routines
	`__fixsfdi` :	Soft float library routines
	`__fixsfsi` :	Soft float library routines
	`__fixsfti` :	Soft float library routines
	`__fixtfdi` :	Soft float library routines
	`__fixtfsi` :	Soft float library routines
	`__fixtfti` :	Soft float library routines
	`__fixunsdfdi` :	Soft float library routines
	`__fixunsdfsi` :	Soft float library routines
	`__fixunsdfti` :	Soft float library routines
	`__fixunssfdi` :	Soft float library routines
	`__fixunssfsi` :	Soft float library routines
	`__fixunssfti` :	Soft float library routines
	`__fixunstfdi` :	Soft float library routines
	`__fixunstfsi` :	Soft float library routines
	`__fixunstfti` :	Soft float library routines
	`__fixunsxfdi` :	Soft float library routines
	`__fixunsxfsi` :	Soft float library routines
	`__fixunsxfti` :	Soft float library routines
	`__fixxfdi` :	Soft float library routines
	`__fixxfsi` :	Soft float library routines
	`__fixxfti` :	Soft float library routines
	`__floatdidf` :	Soft float library routines
	`__floatdisf` :	Soft float library routines
	`__floatditf` :	Soft float library routines
	`__floatdixf` :	Soft float library routines
	`__floatsidf` :	Soft float library routines
	`__floatsisf` :	Soft float library routines
	`__floatsitf` :	Soft float library routines
	`__floatsixf` :	Soft float library routines
	`__floattidf` :	Soft float library routines
	`__floattisf` :	Soft float library routines
	`__floattitf` :	Soft float library routines
	`__floattixf` :	Soft float library routines
	`__floatundidf` :	Soft float library routines
	`__floatundisf` :	Soft float library routines
	`__floatunditf` :	Soft float library routines
	`__floatundixf` :	Soft float library routines
	`__floatunsidf` :	Soft float library routines
	`__floatunsisf` :	Soft float library routines
	`__floatunsitf` :	Soft float library routines
	`__floatunsixf` :	Soft float library routines
	`__floatuntidf` :	Soft float library routines
	`__floatuntisf` :	Soft float library routines
	`__floatuntitf` :	Soft float library routines
	`__floatuntixf` :	Soft float library routines
	`__fractdadf` :	Fixed-point fractional library routines
	`__fractdadi` :	Fixed-point fractional library routines
	`__fractdadq` :	Fixed-point fractional library routines
	`__fractdaha2` :	Fixed-point fractional library routines
	`__fractdahi` :	Fixed-point fractional library routines
	`__fractdahq` :	Fixed-point fractional library routines
	`__fractdaqi` :	Fixed-point fractional library routines
	`__fractdaqq` :	Fixed-point fractional library routines
	`__fractdasa2` :	Fixed-point fractional library routines
	`__fractdasf` :	Fixed-point fractional library routines
	`__fractdasi` :	Fixed-point fractional library routines
	`__fractdasq` :	Fixed-point fractional library routines
	`__fractdata2` :	Fixed-point fractional library routines
	`__fractdati` :	Fixed-point fractional library routines
	`__fractdauda` :	Fixed-point fractional library routines
	`__fractdaudq` :	Fixed-point fractional library routines
	`__fractdauha` :	Fixed-point fractional library routines
	`__fractdauhq` :	Fixed-point fractional library routines
	`__fractdauqq` :	Fixed-point fractional library routines
	`__fractdausa` :	Fixed-point fractional library routines
	`__fractdausq` :	Fixed-point fractional library routines
	`__fractdauta` :	Fixed-point fractional library routines
	`__fractdfda` :	Fixed-point fractional library routines
	`__fractdfdq` :	Fixed-point fractional library routines
	`__fractdfha` :	Fixed-point fractional library routines
	`__fractdfhq` :	Fixed-point fractional library routines
	`__fractdfqq` :	Fixed-point fractional library routines
	`__fractdfsa` :	Fixed-point fractional library routines
	`__fractdfsq` :	Fixed-point fractional library routines
	`__fractdfta` :	Fixed-point fractional library routines
	`__fractdfuda` :	Fixed-point fractional library routines
	`__fractdfudq` :	Fixed-point fractional library routines
	`__fractdfuha` :	Fixed-point fractional library routines
	`__fractdfuhq` :	Fixed-point fractional library routines
	`__fractdfuqq` :	Fixed-point fractional library routines
	`__fractdfusa` :	Fixed-point fractional library routines
	`__fractdfusq` :	Fixed-point fractional library routines
	`__fractdfuta` :	Fixed-point fractional library routines
	`__fractdida` :	Fixed-point fractional library routines
	`__fractdidq` :	Fixed-point fractional library routines
	`__fractdiha` :	Fixed-point fractional library routines
	`__fractdihq` :	Fixed-point fractional library routines
	`__fractdiqq` :	Fixed-point fractional library routines
	`__fractdisa` :	Fixed-point fractional library routines
	`__fractdisq` :	Fixed-point fractional library routines
	`__fractdita` :	Fixed-point fractional library routines
	`__fractdiuda` :	Fixed-point fractional library routines
	`__fractdiudq` :	Fixed-point fractional library routines
	`__fractdiuha` :	Fixed-point fractional library routines
	`__fractdiuhq` :	Fixed-point fractional library routines
	`__fractdiuqq` :	Fixed-point fractional library routines
	`__fractdiusa` :	Fixed-point fractional library routines
	`__fractdiusq` :	Fixed-point fractional library routines
	`__fractdiuta` :	Fixed-point fractional library routines
	`__fractdqda` :	Fixed-point fractional library routines
	`__fractdqdf` :	Fixed-point fractional library routines
	`__fractdqdi` :	Fixed-point fractional library routines
	`__fractdqha` :	Fixed-point fractional library routines
	`__fractdqhi` :	Fixed-point fractional library routines
	`__fractdqhq2` :	Fixed-point fractional library routines
	`__fractdqqi` :	Fixed-point fractional library routines
	`__fractdqqq2` :	Fixed-point fractional library routines
	`__fractdqsa` :	Fixed-point fractional library routines
	`__fractdqsf` :	Fixed-point fractional library routines
	`__fractdqsi` :	Fixed-point fractional library routines
	`__fractdqsq2` :	Fixed-point fractional library routines
	`__fractdqta` :	Fixed-point fractional library routines
	`__fractdqti` :	Fixed-point fractional library routines
	`__fractdquda` :	Fixed-point fractional library routines
	`__fractdqudq` :	Fixed-point fractional library routines
	`__fractdquha` :	Fixed-point fractional library routines
	`__fractdquhq` :	Fixed-point fractional library routines
	`__fractdquqq` :	Fixed-point fractional library routines
	`__fractdqusa` :	Fixed-point fractional library routines
	`__fractdqusq` :	Fixed-point fractional library routines
	`__fractdquta` :	Fixed-point fractional library routines
	`__fracthada2` :	Fixed-point fractional library routines
	`__fracthadf` :	Fixed-point fractional library routines
	`__fracthadi` :	Fixed-point fractional library routines
	`__fracthadq` :	Fixed-point fractional library routines
	`__fracthahi` :	Fixed-point fractional library routines
	`__fracthahq` :	Fixed-point fractional library routines
	`__fracthaqi` :	Fixed-point fractional library routines
	`__fracthaqq` :	Fixed-point fractional library routines
	`__fracthasa2` :	Fixed-point fractional library routines
	`__fracthasf` :	Fixed-point fractional library routines
	`__fracthasi` :	Fixed-point fractional library routines
	`__fracthasq` :	Fixed-point fractional library routines
	`__fracthata2` :	Fixed-point fractional library routines
	`__fracthati` :	Fixed-point fractional library routines
	`__fracthauda` :	Fixed-point fractional library routines
	`__fracthaudq` :	Fixed-point fractional library routines
	`__fracthauha` :	Fixed-point fractional library routines
	`__fracthauhq` :	Fixed-point fractional library routines
	`__fracthauqq` :	Fixed-point fractional library routines
	`__fracthausa` :	Fixed-point fractional library routines
	`__fracthausq` :	Fixed-point fractional library routines
	`__fracthauta` :	Fixed-point fractional library routines
	`__fracthida` :	Fixed-point fractional library routines
	`__fracthidq` :	Fixed-point fractional library routines
	`__fracthiha` :	Fixed-point fractional library routines
	`__fracthihq` :	Fixed-point fractional library routines
	`__fracthiqq` :	Fixed-point fractional library routines
	`__fracthisa` :	Fixed-point fractional library routines
	`__fracthisq` :	Fixed-point fractional library routines
	`__fracthita` :	Fixed-point fractional library routines
	`__fracthiuda` :	Fixed-point fractional library routines
	`__fracthiudq` :	Fixed-point fractional library routines
	`__fracthiuha` :	Fixed-point fractional library routines
	`__fracthiuhq` :	Fixed-point fractional library routines
	`__fracthiuqq` :	Fixed-point fractional library routines
	`__fracthiusa` :	Fixed-point fractional library routines
	`__fracthiusq` :	Fixed-point fractional library routines
	`__fracthiuta` :	Fixed-point fractional library routines
	`__fracthqda` :	Fixed-point fractional library routines
	`__fracthqdf` :	Fixed-point fractional library routines
	`__fracthqdi` :	Fixed-point fractional library routines
	`__fracthqdq2` :	Fixed-point fractional library routines
	`__fracthqha` :	Fixed-point fractional library routines
	`__fracthqhi` :	Fixed-point fractional library routines
	`__fracthqqi` :	Fixed-point fractional library routines
	`__fracthqqq2` :	Fixed-point fractional library routines
	`__fracthqsa` :	Fixed-point fractional library routines
	`__fracthqsf` :	Fixed-point fractional library routines
	`__fracthqsi` :	Fixed-point fractional library routines
	`__fracthqsq2` :	Fixed-point fractional library routines
	`__fracthqta` :	Fixed-point fractional library routines
	`__fracthqti` :	Fixed-point fractional library routines
	`__fracthquda` :	Fixed-point fractional library routines
	`__fracthqudq` :	Fixed-point fractional library routines
	`__fracthquha` :	Fixed-point fractional library routines
	`__fracthquhq` :	Fixed-point fractional library routines
	`__fracthquqq` :	Fixed-point fractional library routines
	`__fracthqusa` :	Fixed-point fractional library routines
	`__fracthqusq` :	Fixed-point fractional library routines
	`__fracthquta` :	Fixed-point fractional library routines
	`__fractqida` :	Fixed-point fractional library routines
	`__fractqidq` :	Fixed-point fractional library routines
	`__fractqiha` :	Fixed-point fractional library routines
	`__fractqihq` :	Fixed-point fractional library routines
	`__fractqiqq` :	Fixed-point fractional library routines
	`__fractqisa` :	Fixed-point fractional library routines
	`__fractqisq` :	Fixed-point fractional library routines
	`__fractqita` :	Fixed-point fractional library routines
	`__fractqiuda` :	Fixed-point fractional library routines
	`__fractqiudq` :	Fixed-point fractional library routines
	`__fractqiuha` :	Fixed-point fractional library routines
	`__fractqiuhq` :	Fixed-point fractional library routines
	`__fractqiuqq` :	Fixed-point fractional library routines
	`__fractqiusa` :	Fixed-point fractional library routines
	`__fractqiusq` :	Fixed-point fractional library routines
	`__fractqiuta` :	Fixed-point fractional library routines
	`__fractqqda` :	Fixed-point fractional library routines
	`__fractqqdf` :	Fixed-point fractional library routines
	`__fractqqdi` :	Fixed-point fractional library routines
	`__fractqqdq2` :	Fixed-point fractional library routines
	`__fractqqha` :	Fixed-point fractional library routines
	`__fractqqhi` :	Fixed-point fractional library routines
	`__fractqqhq2` :	Fixed-point fractional library routines
	`__fractqqqi` :	Fixed-point fractional library routines
	`__fractqqsa` :	Fixed-point fractional library routines
	`__fractqqsf` :	Fixed-point fractional library routines
	`__fractqqsi` :	Fixed-point fractional library routines
	`__fractqqsq2` :	Fixed-point fractional library routines
	`__fractqqta` :	Fixed-point fractional library routines
	`__fractqqti` :	Fixed-point fractional library routines
	`__fractqquda` :	Fixed-point fractional library routines
	`__fractqqudq` :	Fixed-point fractional library routines
	`__fractqquha` :	Fixed-point fractional library routines
	`__fractqquhq` :	Fixed-point fractional library routines
	`__fractqquqq` :	Fixed-point fractional library routines
	`__fractqqusa` :	Fixed-point fractional library routines
	`__fractqqusq` :	Fixed-point fractional library routines
	`__fractqquta` :	Fixed-point fractional library routines
	`__fractsada2` :	Fixed-point fractional library routines
	`__fractsadf` :	Fixed-point fractional library routines
	`__fractsadi` :	Fixed-point fractional library routines
	`__fractsadq` :	Fixed-point fractional library routines
	`__fractsaha2` :	Fixed-point fractional library routines
	`__fractsahi` :	Fixed-point fractional library routines
	`__fractsahq` :	Fixed-point fractional library routines
	`__fractsaqi` :	Fixed-point fractional library routines
	`__fractsaqq` :	Fixed-point fractional library routines
	`__fractsasf` :	Fixed-point fractional library routines
	`__fractsasi` :	Fixed-point fractional library routines
	`__fractsasq` :	Fixed-point fractional library routines
	`__fractsata2` :	Fixed-point fractional library routines
	`__fractsati` :	Fixed-point fractional library routines
	`__fractsauda` :	Fixed-point fractional library routines
	`__fractsaudq` :	Fixed-point fractional library routines
	`__fractsauha` :	Fixed-point fractional library routines
	`__fractsauhq` :	Fixed-point fractional library routines
	`__fractsauqq` :	Fixed-point fractional library routines
	`__fractsausa` :	Fixed-point fractional library routines
	`__fractsausq` :	Fixed-point fractional library routines
	`__fractsauta` :	Fixed-point fractional library routines
	`__fractsfda` :	Fixed-point fractional library routines
	`__fractsfdq` :	Fixed-point fractional library routines
	`__fractsfha` :	Fixed-point fractional library routines
	`__fractsfhq` :	Fixed-point fractional library routines
	`__fractsfqq` :	Fixed-point fractional library routines
	`__fractsfsa` :	Fixed-point fractional library routines
	`__fractsfsq` :	Fixed-point fractional library routines
	`__fractsfta` :	Fixed-point fractional library routines
	`__fractsfuda` :	Fixed-point fractional library routines
	`__fractsfudq` :	Fixed-point fractional library routines
	`__fractsfuha` :	Fixed-point fractional library routines
	`__fractsfuhq` :	Fixed-point fractional library routines
	`__fractsfuqq` :	Fixed-point fractional library routines
	`__fractsfusa` :	Fixed-point fractional library routines
	`__fractsfusq` :	Fixed-point fractional library routines
	`__fractsfuta` :	Fixed-point fractional library routines
	`__fractsida` :	Fixed-point fractional library routines
	`__fractsidq` :	Fixed-point fractional library routines
	`__fractsiha` :	Fixed-point fractional library routines
	`__fractsihq` :	Fixed-point fractional library routines
	`__fractsiqq` :	Fixed-point fractional library routines
	`__fractsisa` :	Fixed-point fractional library routines
	`__fractsisq` :	Fixed-point fractional library routines
	`__fractsita` :	Fixed-point fractional library routines
	`__fractsiuda` :	Fixed-point fractional library routines
	`__fractsiudq` :	Fixed-point fractional library routines
	`__fractsiuha` :	Fixed-point fractional library routines
	`__fractsiuhq` :	Fixed-point fractional library routines
	`__fractsiuqq` :	Fixed-point fractional library routines
	`__fractsiusa` :	Fixed-point fractional library routines
	`__fractsiusq` :	Fixed-point fractional library routines
	`__fractsiuta` :	Fixed-point fractional library routines
	`__fractsqda` :	Fixed-point fractional library routines
	`__fractsqdf` :	Fixed-point fractional library routines
	`__fractsqdi` :	Fixed-point fractional library routines
	`__fractsqdq2` :	Fixed-point fractional library routines
	`__fractsqha` :	Fixed-point fractional library routines
	`__fractsqhi` :	Fixed-point fractional library routines
	`__fractsqhq2` :	Fixed-point fractional library routines
	`__fractsqqi` :	Fixed-point fractional library routines
	`__fractsqqq2` :	Fixed-point fractional library routines
	`__fractsqsa` :	Fixed-point fractional library routines
	`__fractsqsf` :	Fixed-point fractional library routines
	`__fractsqsi` :	Fixed-point fractional library routines
	`__fractsqta` :	Fixed-point fractional library routines
	`__fractsqti` :	Fixed-point fractional library routines
	`__fractsquda` :	Fixed-point fractional library routines
	`__fractsqudq` :	Fixed-point fractional library routines
	`__fractsquha` :	Fixed-point fractional library routines
	`__fractsquhq` :	Fixed-point fractional library routines
	`__fractsquqq` :	Fixed-point fractional library routines
	`__fractsqusa` :	Fixed-point fractional library routines
	`__fractsqusq` :	Fixed-point fractional library routines
	`__fractsquta` :	Fixed-point fractional library routines
	`__fracttada2` :	Fixed-point fractional library routines
	`__fracttadf` :	Fixed-point fractional library routines
	`__fracttadi` :	Fixed-point fractional library routines
	`__fracttadq` :	Fixed-point fractional library routines
	`__fracttaha2` :	Fixed-point fractional library routines
	`__fracttahi` :	Fixed-point fractional library routines
	`__fracttahq` :	Fixed-point fractional library routines
	`__fracttaqi` :	Fixed-point fractional library routines
	`__fracttaqq` :	Fixed-point fractional library routines
	`__fracttasa2` :	Fixed-point fractional library routines
	`__fracttasf` :	Fixed-point fractional library routines
	`__fracttasi` :	Fixed-point fractional library routines
	`__fracttasq` :	Fixed-point fractional library routines
	`__fracttati` :	Fixed-point fractional library routines
	`__fracttauda` :	Fixed-point fractional library routines
	`__fracttaudq` :	Fixed-point fractional library routines
	`__fracttauha` :	Fixed-point fractional library routines
	`__fracttauhq` :	Fixed-point fractional library routines
	`__fracttauqq` :	Fixed-point fractional library routines
	`__fracttausa` :	Fixed-point fractional library routines
	`__fracttausq` :	Fixed-point fractional library routines
	`__fracttauta` :	Fixed-point fractional library routines
	`__fracttida` :	Fixed-point fractional library routines
	`__fracttidq` :	Fixed-point fractional library routines
	`__fracttiha` :	Fixed-point fractional library routines
	`__fracttihq` :	Fixed-point fractional library routines
	`__fracttiqq` :	Fixed-point fractional library routines
	`__fracttisa` :	Fixed-point fractional library routines
	`__fracttisq` :	Fixed-point fractional library routines
	`__fracttita` :	Fixed-point fractional library routines
	`__fracttiuda` :	Fixed-point fractional library routines
	`__fracttiudq` :	Fixed-point fractional library routines
	`__fracttiuha` :	Fixed-point fractional library routines
	`__fracttiuhq` :	Fixed-point fractional library routines
	`__fracttiuqq` :	Fixed-point fractional library routines
	`__fracttiusa` :	Fixed-point fractional library routines
	`__fracttiusq` :	Fixed-point fractional library routines
	`__fracttiuta` :	Fixed-point fractional library routines
	`__fractudada` :	Fixed-point fractional library routines
	`__fractudadf` :	Fixed-point fractional library routines
	`__fractudadi` :	Fixed-point fractional library routines
	`__fractudadq` :	Fixed-point fractional library routines
	`__fractudaha` :	Fixed-point fractional library routines
	`__fractudahi` :	Fixed-point fractional library routines
	`__fractudahq` :	Fixed-point fractional library routines
	`__fractudaqi` :	Fixed-point fractional library routines
	`__fractudaqq` :	Fixed-point fractional library routines
	`__fractudasa` :	Fixed-point fractional library routines
	`__fractudasf` :	Fixed-point fractional library routines
	`__fractudasi` :	Fixed-point fractional library routines
	`__fractudasq` :	Fixed-point fractional library routines
	`__fractudata` :	Fixed-point fractional library routines
	`__fractudati` :	Fixed-point fractional library routines
	`__fractudaudq` :	Fixed-point fractional library routines
	`__fractudauha2` :	Fixed-point fractional library routines
	`__fractudauhq` :	Fixed-point fractional library routines
	`__fractudauqq` :	Fixed-point fractional library routines
	`__fractudausa2` :	Fixed-point fractional library routines
	`__fractudausq` :	Fixed-point fractional library routines
	`__fractudauta2` :	Fixed-point fractional library routines
	`__fractudqda` :	Fixed-point fractional library routines
	`__fractudqdf` :	Fixed-point fractional library routines
	`__fractudqdi` :	Fixed-point fractional library routines
	`__fractudqdq` :	Fixed-point fractional library routines
	`__fractudqha` :	Fixed-point fractional library routines
	`__fractudqhi` :	Fixed-point fractional library routines
	`__fractudqhq` :	Fixed-point fractional library routines
	`__fractudqqi` :	Fixed-point fractional library routines
	`__fractudqqq` :	Fixed-point fractional library routines
	`__fractudqsa` :	Fixed-point fractional library routines
	`__fractudqsf` :	Fixed-point fractional library routines
	`__fractudqsi` :	Fixed-point fractional library routines
	`__fractudqsq` :	Fixed-point fractional library routines
	`__fractudqta` :	Fixed-point fractional library routines
	`__fractudqti` :	Fixed-point fractional library routines
	`__fractudquda` :	Fixed-point fractional library routines
	`__fractudquha` :	Fixed-point fractional library routines
	`__fractudquhq2` :	Fixed-point fractional library routines
	`__fractudquqq2` :	Fixed-point fractional library routines
	`__fractudqusa` :	Fixed-point fractional library routines
	`__fractudqusq2` :	Fixed-point fractional library routines
	`__fractudquta` :	Fixed-point fractional library routines
	`__fractuhada` :	Fixed-point fractional library routines
	`__fractuhadf` :	Fixed-point fractional library routines
	`__fractuhadi` :	Fixed-point fractional library routines
	`__fractuhadq` :	Fixed-point fractional library routines
	`__fractuhaha` :	Fixed-point fractional library routines
	`__fractuhahi` :	Fixed-point fractional library routines
	`__fractuhahq` :	Fixed-point fractional library routines
	`__fractuhaqi` :	Fixed-point fractional library routines
	`__fractuhaqq` :	Fixed-point fractional library routines
	`__fractuhasa` :	Fixed-point fractional library routines
	`__fractuhasf` :	Fixed-point fractional library routines
	`__fractuhasi` :	Fixed-point fractional library routines
	`__fractuhasq` :	Fixed-point fractional library routines
	`__fractuhata` :	Fixed-point fractional library routines
	`__fractuhati` :	Fixed-point fractional library routines
	`__fractuhauda2` :	Fixed-point fractional library routines
	`__fractuhaudq` :	Fixed-point fractional library routines
	`__fractuhauhq` :	Fixed-point fractional library routines
	`__fractuhauqq` :	Fixed-point fractional library routines
	`__fractuhausa2` :	Fixed-point fractional library routines
	`__fractuhausq` :	Fixed-point fractional library routines
	`__fractuhauta2` :	Fixed-point fractional library routines
	`__fractuhqda` :	Fixed-point fractional library routines
	`__fractuhqdf` :	Fixed-point fractional library routines
	`__fractuhqdi` :	Fixed-point fractional library routines
	`__fractuhqdq` :	Fixed-point fractional library routines
	`__fractuhqha` :	Fixed-point fractional library routines
	`__fractuhqhi` :	Fixed-point fractional library routines
	`__fractuhqhq` :	Fixed-point fractional library routines
	`__fractuhqqi` :	Fixed-point fractional library routines
	`__fractuhqqq` :	Fixed-point fractional library routines
	`__fractuhqsa` :	Fixed-point fractional library routines
	`__fractuhqsf` :	Fixed-point fractional library routines
	`__fractuhqsi` :	Fixed-point fractional library routines
	`__fractuhqsq` :	Fixed-point fractional library routines
	`__fractuhqta` :	Fixed-point fractional library routines
	`__fractuhqti` :	Fixed-point fractional library routines
	`__fractuhquda` :	Fixed-point fractional library routines
	`__fractuhqudq2` :	Fixed-point fractional library routines
	`__fractuhquha` :	Fixed-point fractional library routines
	`__fractuhquqq2` :	Fixed-point fractional library routines
	`__fractuhqusa` :	Fixed-point fractional library routines
	`__fractuhqusq2` :	Fixed-point fractional library routines
	`__fractuhquta` :	Fixed-point fractional library routines
	`__fractunsdadi` :	Fixed-point fractional library routines
	`__fractunsdahi` :	Fixed-point fractional library routines
	`__fractunsdaqi` :	Fixed-point fractional library routines
	`__fractunsdasi` :	Fixed-point fractional library routines
	`__fractunsdati` :	Fixed-point fractional library routines
	`__fractunsdida` :	Fixed-point fractional library routines
	`__fractunsdidq` :	Fixed-point fractional library routines
	`__fractunsdiha` :	Fixed-point fractional library routines
	`__fractunsdihq` :	Fixed-point fractional library routines
	`__fractunsdiqq` :	Fixed-point fractional library routines
	`__fractunsdisa` :	Fixed-point fractional library routines
	`__fractunsdisq` :	Fixed-point fractional library routines
	`__fractunsdita` :	Fixed-point fractional library routines
	`__fractunsdiuda` :	Fixed-point fractional library routines
	`__fractunsdiudq` :	Fixed-point fractional library routines
	`__fractunsdiuha` :	Fixed-point fractional library routines
	`__fractunsdiuhq` :	Fixed-point fractional library routines
	`__fractunsdiuqq` :	Fixed-point fractional library routines
	`__fractunsdiusa` :	Fixed-point fractional library routines
	`__fractunsdiusq` :	Fixed-point fractional library routines
	`__fractunsdiuta` :	Fixed-point fractional library routines
	`__fractunsdqdi` :	Fixed-point fractional library routines
	`__fractunsdqhi` :	Fixed-point fractional library routines
	`__fractunsdqqi` :	Fixed-point fractional library routines
	`__fractunsdqsi` :	Fixed-point fractional library routines
	`__fractunsdqti` :	Fixed-point fractional library routines
	`__fractunshadi` :	Fixed-point fractional library routines
	`__fractunshahi` :	Fixed-point fractional library routines
	`__fractunshaqi` :	Fixed-point fractional library routines
	`__fractunshasi` :	Fixed-point fractional library routines
	`__fractunshati` :	Fixed-point fractional library routines
	`__fractunshida` :	Fixed-point fractional library routines
	`__fractunshidq` :	Fixed-point fractional library routines
	`__fractunshiha` :	Fixed-point fractional library routines
	`__fractunshihq` :	Fixed-point fractional library routines
	`__fractunshiqq` :	Fixed-point fractional library routines
	`__fractunshisa` :	Fixed-point fractional library routines
	`__fractunshisq` :	Fixed-point fractional library routines
	`__fractunshita` :	Fixed-point fractional library routines
	`__fractunshiuda` :	Fixed-point fractional library routines
	`__fractunshiudq` :	Fixed-point fractional library routines
	`__fractunshiuha` :	Fixed-point fractional library routines
	`__fractunshiuhq` :	Fixed-point fractional library routines
	`__fractunshiuqq` :	Fixed-point fractional library routines
	`__fractunshiusa` :	Fixed-point fractional library routines
	`__fractunshiusq` :	Fixed-point fractional library routines
	`__fractunshiuta` :	Fixed-point fractional library routines
	`__fractunshqdi` :	Fixed-point fractional library routines
	`__fractunshqhi` :	Fixed-point fractional library routines
	`__fractunshqqi` :	Fixed-point fractional library routines
	`__fractunshqsi` :	Fixed-point fractional library routines
	`__fractunshqti` :	Fixed-point fractional library routines
	`__fractunsqida` :	Fixed-point fractional library routines
	`__fractunsqidq` :	Fixed-point fractional library routines
	`__fractunsqiha` :	Fixed-point fractional library routines
	`__fractunsqihq` :	Fixed-point fractional library routines
	`__fractunsqiqq` :	Fixed-point fractional library routines
	`__fractunsqisa` :	Fixed-point fractional library routines
	`__fractunsqisq` :	Fixed-point fractional library routines
	`__fractunsqita` :	Fixed-point fractional library routines
	`__fractunsqiuda` :	Fixed-point fractional library routines
	`__fractunsqiudq` :	Fixed-point fractional library routines
	`__fractunsqiuha` :	Fixed-point fractional library routines
	`__fractunsqiuhq` :	Fixed-point fractional library routines
	`__fractunsqiuqq` :	Fixed-point fractional library routines
	`__fractunsqiusa` :	Fixed-point fractional library routines
	`__fractunsqiusq` :	Fixed-point fractional library routines
	`__fractunsqiuta` :	Fixed-point fractional library routines
	`__fractunsqqdi` :	Fixed-point fractional library routines
	`__fractunsqqhi` :	Fixed-point fractional library routines
	`__fractunsqqqi` :	Fixed-point fractional library routines
	`__fractunsqqsi` :	Fixed-point fractional library routines
	`__fractunsqqti` :	Fixed-point fractional library routines
	`__fractunssadi` :	Fixed-point fractional library routines
	`__fractunssahi` :	Fixed-point fractional library routines
	`__fractunssaqi` :	Fixed-point fractional library routines
	`__fractunssasi` :	Fixed-point fractional library routines
	`__fractunssati` :	Fixed-point fractional library routines
	`__fractunssida` :	Fixed-point fractional library routines
	`__fractunssidq` :	Fixed-point fractional library routines
	`__fractunssiha` :	Fixed-point fractional library routines
	`__fractunssihq` :	Fixed-point fractional library routines
	`__fractunssiqq` :	Fixed-point fractional library routines
	`__fractunssisa` :	Fixed-point fractional library routines
	`__fractunssisq` :	Fixed-point fractional library routines
	`__fractunssita` :	Fixed-point fractional library routines
	`__fractunssiuda` :	Fixed-point fractional library routines
	`__fractunssiudq` :	Fixed-point fractional library routines
	`__fractunssiuha` :	Fixed-point fractional library routines
	`__fractunssiuhq` :	Fixed-point fractional library routines
	`__fractunssiuqq` :	Fixed-point fractional library routines
	`__fractunssiusa` :	Fixed-point fractional library routines
	`__fractunssiusq` :	Fixed-point fractional library routines
	`__fractunssiuta` :	Fixed-point fractional library routines
	`__fractunssqdi` :	Fixed-point fractional library routines
	`__fractunssqhi` :	Fixed-point fractional library routines
	`__fractunssqqi` :	Fixed-point fractional library routines
	`__fractunssqsi` :	Fixed-point fractional library routines
	`__fractunssqti` :	Fixed-point fractional library routines
	`__fractunstadi` :	Fixed-point fractional library routines
	`__fractunstahi` :	Fixed-point fractional library routines
	`__fractunstaqi` :	Fixed-point fractional library routines
	`__fractunstasi` :	Fixed-point fractional library routines
	`__fractunstati` :	Fixed-point fractional library routines
	`__fractunstida` :	Fixed-point fractional library routines
	`__fractunstidq` :	Fixed-point fractional library routines
	`__fractunstiha` :	Fixed-point fractional library routines
	`__fractunstihq` :	Fixed-point fractional library routines
	`__fractunstiqq` :	Fixed-point fractional library routines
	`__fractunstisa` :	Fixed-point fractional library routines
	`__fractunstisq` :	Fixed-point fractional library routines
	`__fractunstita` :	Fixed-point fractional library routines
	`__fractunstiuda` :	Fixed-point fractional library routines
	`__fractunstiudq` :	Fixed-point fractional library routines
	`__fractunstiuha` :	Fixed-point fractional library routines
	`__fractunstiuhq` :	Fixed-point fractional library routines
	`__fractunstiuqq` :	Fixed-point fractional library routines
	`__fractunstiusa` :	Fixed-point fractional library routines
	`__fractunstiusq` :	Fixed-point fractional library routines
	`__fractunstiuta` :	Fixed-point fractional library routines
	`__fractunsudadi` :	Fixed-point fractional library routines
	`__fractunsudahi` :	Fixed-point fractional library routines
	`__fractunsudaqi` :	Fixed-point fractional library routines
	`__fractunsudasi` :	Fixed-point fractional library routines
	`__fractunsudati` :	Fixed-point fractional library routines
	`__fractunsudqdi` :	Fixed-point fractional library routines
	`__fractunsudqhi` :	Fixed-point fractional library routines
	`__fractunsudqqi` :	Fixed-point fractional library routines
	`__fractunsudqsi` :	Fixed-point fractional library routines
	`__fractunsudqti` :	Fixed-point fractional library routines
	`__fractunsuhadi` :	Fixed-point fractional library routines
	`__fractunsuhahi` :	Fixed-point fractional library routines
	`__fractunsuhaqi` :	Fixed-point fractional library routines
	`__fractunsuhasi` :	Fixed-point fractional library routines
	`__fractunsuhati` :	Fixed-point fractional library routines
	`__fractunsuhqdi` :	Fixed-point fractional library routines
	`__fractunsuhqhi` :	Fixed-point fractional library routines
	`__fractunsuhqqi` :	Fixed-point fractional library routines
	`__fractunsuhqsi` :	Fixed-point fractional library routines
	`__fractunsuhqti` :	Fixed-point fractional library routines
	`__fractunsuqqdi` :	Fixed-point fractional library routines
	`__fractunsuqqhi` :	Fixed-point fractional library routines
	`__fractunsuqqqi` :	Fixed-point fractional library routines
	`__fractunsuqqsi` :	Fixed-point fractional library routines
	`__fractunsuqqti` :	Fixed-point fractional library routines
	`__fractunsusadi` :	Fixed-point fractional library routines
	`__fractunsusahi` :	Fixed-point fractional library routines
	`__fractunsusaqi` :	Fixed-point fractional library routines
	`__fractunsusasi` :	Fixed-point fractional library routines
	`__fractunsusati` :	Fixed-point fractional library routines
	`__fractunsusqdi` :	Fixed-point fractional library routines
	`__fractunsusqhi` :	Fixed-point fractional library routines
	`__fractunsusqqi` :	Fixed-point fractional library routines
	`__fractunsusqsi` :	Fixed-point fractional library routines
	`__fractunsusqti` :	Fixed-point fractional library routines
	`__fractunsutadi` :	Fixed-point fractional library routines
	`__fractunsutahi` :	Fixed-point fractional library routines
	`__fractunsutaqi` :	Fixed-point fractional library routines
	`__fractunsutasi` :	Fixed-point fractional library routines
	`__fractunsutati` :	Fixed-point fractional library routines
	`__fractuqqda` :	Fixed-point fractional library routines
	`__fractuqqdf` :	Fixed-point fractional library routines
	`__fractuqqdi` :	Fixed-point fractional library routines
	`__fractuqqdq` :	Fixed-point fractional library routines
	`__fractuqqha` :	Fixed-point fractional library routines
	`__fractuqqhi` :	Fixed-point fractional library routines
	`__fractuqqhq` :	Fixed-point fractional library routines
	`__fractuqqqi` :	Fixed-point fractional library routines
	`__fractuqqqq` :	Fixed-point fractional library routines
	`__fractuqqsa` :	Fixed-point fractional library routines
	`__fractuqqsf` :	Fixed-point fractional library routines
	`__fractuqqsi` :	Fixed-point fractional library routines
	`__fractuqqsq` :	Fixed-point fractional library routines
	`__fractuqqta` :	Fixed-point fractional library routines
	`__fractuqqti` :	Fixed-point fractional library routines
	`__fractuqquda` :	Fixed-point fractional library routines
	`__fractuqqudq2` :	Fixed-point fractional library routines
	`__fractuqquha` :	Fixed-point fractional library routines
	`__fractuqquhq2` :	Fixed-point fractional library routines
	`__fractuqqusa` :	Fixed-point fractional library routines
	`__fractuqqusq2` :	Fixed-point fractional library routines
	`__fractuqquta` :	Fixed-point fractional library routines
	`__fractusada` :	Fixed-point fractional library routines
	`__fractusadf` :	Fixed-point fractional library routines
	`__fractusadi` :	Fixed-point fractional library routines
	`__fractusadq` :	Fixed-point fractional library routines
	`__fractusaha` :	Fixed-point fractional library routines
	`__fractusahi` :	Fixed-point fractional library routines
	`__fractusahq` :	Fixed-point fractional library routines
	`__fractusaqi` :	Fixed-point fractional library routines
	`__fractusaqq` :	Fixed-point fractional library routines
	`__fractusasa` :	Fixed-point fractional library routines
	`__fractusasf` :	Fixed-point fractional library routines
	`__fractusasi` :	Fixed-point fractional library routines
	`__fractusasq` :	Fixed-point fractional library routines
	`__fractusata` :	Fixed-point fractional library routines
	`__fractusati` :	Fixed-point fractional library routines
	`__fractusauda2` :	Fixed-point fractional library routines
	`__fractusaudq` :	Fixed-point fractional library routines
	`__fractusauha2` :	Fixed-point fractional library routines
	`__fractusauhq` :	Fixed-point fractional library routines
	`__fractusauqq` :	Fixed-point fractional library routines
	`__fractusausq` :	Fixed-point fractional library routines
	`__fractusauta2` :	Fixed-point fractional library routines
	`__fractusqda` :	Fixed-point fractional library routines
	`__fractusqdf` :	Fixed-point fractional library routines
	`__fractusqdi` :	Fixed-point fractional library routines
	`__fractusqdq` :	Fixed-point fractional library routines
	`__fractusqha` :	Fixed-point fractional library routines
	`__fractusqhi` :	Fixed-point fractional library routines
	`__fractusqhq` :	Fixed-point fractional library routines
	`__fractusqqi` :	Fixed-point fractional library routines
	`__fractusqqq` :	Fixed-point fractional library routines
	`__fractusqsa` :	Fixed-point fractional library routines
	`__fractusqsf` :	Fixed-point fractional library routines
	`__fractusqsi` :	Fixed-point fractional library routines
	`__fractusqsq` :	Fixed-point fractional library routines
	`__fractusqta` :	Fixed-point fractional library routines
	`__fractusqti` :	Fixed-point fractional library routines
	`__fractusquda` :	Fixed-point fractional library routines
	`__fractusqudq2` :	Fixed-point fractional library routines
	`__fractusquha` :	Fixed-point fractional library routines
	`__fractusquhq2` :	Fixed-point fractional library routines
	`__fractusquqq2` :	Fixed-point fractional library routines
	`__fractusqusa` :	Fixed-point fractional library routines
	`__fractusquta` :	Fixed-point fractional library routines
	`__fractutada` :	Fixed-point fractional library routines
	`__fractutadf` :	Fixed-point fractional library routines
	`__fractutadi` :	Fixed-point fractional library routines
	`__fractutadq` :	Fixed-point fractional library routines
	`__fractutaha` :	Fixed-point fractional library routines
	`__fractutahi` :	Fixed-point fractional library routines
	`__fractutahq` :	Fixed-point fractional library routines
	`__fractutaqi` :	Fixed-point fractional library routines
	`__fractutaqq` :	Fixed-point fractional library routines
	`__fractutasa` :	Fixed-point fractional library routines
	`__fractutasf` :	Fixed-point fractional library routines
	`__fractutasi` :	Fixed-point fractional library routines
	`__fractutasq` :	Fixed-point fractional library routines
	`__fractutata` :	Fixed-point fractional library routines
	`__fractutati` :	Fixed-point fractional library routines
	`__fractutauda2` :	Fixed-point fractional library routines
	`__fractutaudq` :	Fixed-point fractional library routines
	`__fractutauha2` :	Fixed-point fractional library routines
	`__fractutauhq` :	Fixed-point fractional library routines
	`__fractutauqq` :	Fixed-point fractional library routines
	`__fractutausa2` :	Fixed-point fractional library routines
	`__fractutausq` :	Fixed-point fractional library routines
	`__gedf2` :	Soft float library routines
	`__gesf2` :	Soft float library routines
	`__getf2` :	Soft float library routines
	`__gtdf2` :	Soft float library routines
	`__gtsf2` :	Soft float library routines
	`__gttf2` :	Soft float library routines
	`__ledf2` :	Soft float library routines
	`__lesf2` :	Soft float library routines
	`__letf2` :	Soft float library routines
	`__lshrdi3` :	Integer library routines
	`__lshrsi3` :	Integer library routines
	`__lshrti3` :	Integer library routines
	`__lshruda3` :	Fixed-point fractional library routines
	`__lshrudq3` :	Fixed-point fractional library routines
	`__lshruha3` :	Fixed-point fractional library routines
	`__lshruhq3` :	Fixed-point fractional library routines
	`__lshruqq3` :	Fixed-point fractional library routines
	`__lshrusa3` :	Fixed-point fractional library routines
	`__lshrusq3` :	Fixed-point fractional library routines
	`__lshruta3` :	Fixed-point fractional library routines
	`__ltdf2` :	Soft float library routines
	`__ltsf2` :	Soft float library routines
	`__lttf2` :	Soft float library routines
	`__main` :	Collect2
	`__moddi3` :	Integer library routines
	`__modsi3` :	Integer library routines
	`__modti3` :	Integer library routines
	`__morestack_current_segment` :	Miscellaneous routines
	`__morestack_initial_sp` :	Miscellaneous routines
	`__morestack_segments` :	Miscellaneous routines
	`__mulda3` :	Fixed-point fractional library routines
	`__muldc3` :	Soft float library routines
	`__muldf3` :	Soft float library routines
	`__muldi3` :	Integer library routines
	`__muldq3` :	Fixed-point fractional library routines
	`__mulha3` :	Fixed-point fractional library routines
	`__mulhq3` :	Fixed-point fractional library routines
	`__mulqq3` :	Fixed-point fractional library routines
	`__mulsa3` :	Fixed-point fractional library routines
	`__mulsc3` :	Soft float library routines
	`__mulsf3` :	Soft float library routines
	`__mulsi3` :	Integer library routines
	`__mulsq3` :	Fixed-point fractional library routines
	`__multa3` :	Fixed-point fractional library routines
	`__multc3` :	Soft float library routines
	`__multf3` :	Soft float library routines
	`__multi3` :	Integer library routines
	`__muluda3` :	Fixed-point fractional library routines
	`__muludq3` :	Fixed-point fractional library routines
	`__muluha3` :	Fixed-point fractional library routines
	`__muluhq3` :	Fixed-point fractional library routines
	`__muluqq3` :	Fixed-point fractional library routines
	`__mulusa3` :	Fixed-point fractional library routines
	`__mulusq3` :	Fixed-point fractional library routines
	`__muluta3` :	Fixed-point fractional library routines
	`__mulvdi3` :	Integer library routines
	`__mulvsi3` :	Integer library routines
	`__mulxc3` :	Soft float library routines
	`__mulxf3` :	Soft float library routines
	`__nedf2` :	Soft float library routines
	`__negda2` :	Fixed-point fractional library routines
	`__negdf2` :	Soft float library routines
	`__negdi2` :	Integer library routines
	`__negdq2` :	Fixed-point fractional library routines
	`__negha2` :	Fixed-point fractional library routines
	`__neghq2` :	Fixed-point fractional library routines
	`__negqq2` :	Fixed-point fractional library routines
	`__negsa2` :	Fixed-point fractional library routines
	`__negsf2` :	Soft float library routines
	`__negsq2` :	Fixed-point fractional library routines
	`__negta2` :	Fixed-point fractional library routines
	`__negtf2` :	Soft float library routines
	`__negti2` :	Integer library routines
	`__neguda2` :	Fixed-point fractional library routines
	`__negudq2` :	Fixed-point fractional library routines
	`__neguha2` :	Fixed-point fractional library routines
	`__neguhq2` :	Fixed-point fractional library routines
	`__neguqq2` :	Fixed-point fractional library routines
	`__negusa2` :	Fixed-point fractional library routines
	`__negusq2` :	Fixed-point fractional library routines
	`__neguta2` :	Fixed-point fractional library routines
	`__negvdi2` :	Integer library routines
	`__negvsi2` :	Integer library routines
	`__negxf2` :	Soft float library routines
	`__nesf2` :	Soft float library routines
	`__netf2` :	Soft float library routines
	`__paritydi2` :	Integer library routines
	`__paritysi2` :	Integer library routines
	`__parityti2` :	Integer library routines
	`__popcountdi2` :	Integer library routines
	`__popcountsi2` :	Integer library routines
	`__popcountti2` :	Integer library routines
	`__powidf2` :	Soft float library routines
	`__powisf2` :	Soft float library routines
	`__powitf2` :	Soft float library routines
	`__powixf2` :	Soft float library routines
	`__satfractdadq` :	Fixed-point fractional library routines
	`__satfractdaha2` :	Fixed-point fractional library routines
	`__satfractdahq` :	Fixed-point fractional library routines
	`__satfractdaqq` :	Fixed-point fractional library routines
	`__satfractdasa2` :	Fixed-point fractional library routines
	`__satfractdasq` :	Fixed-point fractional library routines
	`__satfractdata2` :	Fixed-point fractional library routines
	`__satfractdauda` :	Fixed-point fractional library routines
	`__satfractdaudq` :	Fixed-point fractional library routines
	`__satfractdauha` :	Fixed-point fractional library routines
	`__satfractdauhq` :	Fixed-point fractional library routines
	`__satfractdauqq` :	Fixed-point fractional library routines
	`__satfractdausa` :	Fixed-point fractional library routines
	`__satfractdausq` :	Fixed-point fractional library routines
	`__satfractdauta` :	Fixed-point fractional library routines
	`__satfractdfda` :	Fixed-point fractional library routines
	`__satfractdfdq` :	Fixed-point fractional library routines
	`__satfractdfha` :	Fixed-point fractional library routines
	`__satfractdfhq` :	Fixed-point fractional library routines
	`__satfractdfqq` :	Fixed-point fractional library routines
	`__satfractdfsa` :	Fixed-point fractional library routines
	`__satfractdfsq` :	Fixed-point fractional library routines
	`__satfractdfta` :	Fixed-point fractional library routines
	`__satfractdfuda` :	Fixed-point fractional library routines
	`__satfractdfudq` :	Fixed-point fractional library routines
	`__satfractdfuha` :	Fixed-point fractional library routines
	`__satfractdfuhq` :	Fixed-point fractional library routines
	`__satfractdfuqq` :	Fixed-point fractional library routines
	`__satfractdfusa` :	Fixed-point fractional library routines
	`__satfractdfusq` :	Fixed-point fractional library routines
	`__satfractdfuta` :	Fixed-point fractional library routines
	`__satfractdida` :	Fixed-point fractional library routines
	`__satfractdidq` :	Fixed-point fractional library routines
	`__satfractdiha` :	Fixed-point fractional library routines
	`__satfractdihq` :	Fixed-point fractional library routines
	`__satfractdiqq` :	Fixed-point fractional library routines
	`__satfractdisa` :	Fixed-point fractional library routines
	`__satfractdisq` :	Fixed-point fractional library routines
	`__satfractdita` :	Fixed-point fractional library routines
	`__satfractdiuda` :	Fixed-point fractional library routines
	`__satfractdiudq` :	Fixed-point fractional library routines
	`__satfractdiuha` :	Fixed-point fractional library routines
	`__satfractdiuhq` :	Fixed-point fractional library routines
	`__satfractdiuqq` :	Fixed-point fractional library routines
	`__satfractdiusa` :	Fixed-point fractional library routines
	`__satfractdiusq` :	Fixed-point fractional library routines
	`__satfractdiuta` :	Fixed-point fractional library routines
	`__satfractdqda` :	Fixed-point fractional library routines
	`__satfractdqha` :	Fixed-point fractional library routines
	`__satfractdqhq2` :	Fixed-point fractional library routines
	`__satfractdqqq2` :	Fixed-point fractional library routines
	`__satfractdqsa` :	Fixed-point fractional library routines
	`__satfractdqsq2` :	Fixed-point fractional library routines
	`__satfractdqta` :	Fixed-point fractional library routines
	`__satfractdquda` :	Fixed-point fractional library routines
	`__satfractdqudq` :	Fixed-point fractional library routines
	`__satfractdquha` :	Fixed-point fractional library routines
	`__satfractdquhq` :	Fixed-point fractional library routines
	`__satfractdquqq` :	Fixed-point fractional library routines
	`__satfractdqusa` :	Fixed-point fractional library routines
	`__satfractdqusq` :	Fixed-point fractional library routines
	`__satfractdquta` :	Fixed-point fractional library routines
	`__satfracthada2` :	Fixed-point fractional library routines
	`__satfracthadq` :	Fixed-point fractional library routines
	`__satfracthahq` :	Fixed-point fractional library routines
	`__satfracthaqq` :	Fixed-point fractional library routines
	`__satfracthasa2` :	Fixed-point fractional library routines
	`__satfracthasq` :	Fixed-point fractional library routines
	`__satfracthata2` :	Fixed-point fractional library routines
	`__satfracthauda` :	Fixed-point fractional library routines
	`__satfracthaudq` :	Fixed-point fractional library routines
	`__satfracthauha` :	Fixed-point fractional library routines
	`__satfracthauhq` :	Fixed-point fractional library routines
	`__satfracthauqq` :	Fixed-point fractional library routines
	`__satfracthausa` :	Fixed-point fractional library routines
	`__satfracthausq` :	Fixed-point fractional library routines
	`__satfracthauta` :	Fixed-point fractional library routines
	`__satfracthida` :	Fixed-point fractional library routines
	`__satfracthidq` :	Fixed-point fractional library routines
	`__satfracthiha` :	Fixed-point fractional library routines
	`__satfracthihq` :	Fixed-point fractional library routines
	`__satfracthiqq` :	Fixed-point fractional library routines
	`__satfracthisa` :	Fixed-point fractional library routines
	`__satfracthisq` :	Fixed-point fractional library routines
	`__satfracthita` :	Fixed-point fractional library routines
	`__satfracthiuda` :	Fixed-point fractional library routines
	`__satfracthiudq` :	Fixed-point fractional library routines
	`__satfracthiuha` :	Fixed-point fractional library routines
	`__satfracthiuhq` :	Fixed-point fractional library routines
	`__satfracthiuqq` :	Fixed-point fractional library routines
	`__satfracthiusa` :	Fixed-point fractional library routines
	`__satfracthiusq` :	Fixed-point fractional library routines
	`__satfracthiuta` :	Fixed-point fractional library routines
	`__satfracthqda` :	Fixed-point fractional library routines
	`__satfracthqdq2` :	Fixed-point fractional library routines
	`__satfracthqha` :	Fixed-point fractional library routines
	`__satfracthqqq2` :	Fixed-point fractional library routines
	`__satfracthqsa` :	Fixed-point fractional library routines
	`__satfracthqsq2` :	Fixed-point fractional library routines
	`__satfracthqta` :	Fixed-point fractional library routines
	`__satfracthquda` :	Fixed-point fractional library routines
	`__satfracthqudq` :	Fixed-point fractional library routines
	`__satfracthquha` :	Fixed-point fractional library routines
	`__satfracthquhq` :	Fixed-point fractional library routines
	`__satfracthquqq` :	Fixed-point fractional library routines
	`__satfracthqusa` :	Fixed-point fractional library routines
	`__satfracthqusq` :	Fixed-point fractional library routines
	`__satfracthquta` :	Fixed-point fractional library routines
	`__satfractqida` :	Fixed-point fractional library routines
	`__satfractqidq` :	Fixed-point fractional library routines
	`__satfractqiha` :	Fixed-point fractional library routines
	`__satfractqihq` :	Fixed-point fractional library routines
	`__satfractqiqq` :	Fixed-point fractional library routines
	`__satfractqisa` :	Fixed-point fractional library routines
	`__satfractqisq` :	Fixed-point fractional library routines
	`__satfractqita` :	Fixed-point fractional library routines
	`__satfractqiuda` :	Fixed-point fractional library routines
	`__satfractqiudq` :	Fixed-point fractional library routines
	`__satfractqiuha` :	Fixed-point fractional library routines
	`__satfractqiuhq` :	Fixed-point fractional library routines
	`__satfractqiuqq` :	Fixed-point fractional library routines
	`__satfractqiusa` :	Fixed-point fractional library routines
	`__satfractqiusq` :	Fixed-point fractional library routines
	`__satfractqiuta` :	Fixed-point fractional library routines
	`__satfractqqda` :	Fixed-point fractional library routines
	`__satfractqqdq2` :	Fixed-point fractional library routines
	`__satfractqqha` :	Fixed-point fractional library routines
	`__satfractqqhq2` :	Fixed-point fractional library routines
	`__satfractqqsa` :	Fixed-point fractional library routines
	`__satfractqqsq2` :	Fixed-point fractional library routines
	`__satfractqqta` :	Fixed-point fractional library routines
	`__satfractqquda` :	Fixed-point fractional library routines
	`__satfractqqudq` :	Fixed-point fractional library routines
	`__satfractqquha` :	Fixed-point fractional library routines
	`__satfractqquhq` :	Fixed-point fractional library routines
	`__satfractqquqq` :	Fixed-point fractional library routines
	`__satfractqqusa` :	Fixed-point fractional library routines
	`__satfractqqusq` :	Fixed-point fractional library routines
	`__satfractqquta` :	Fixed-point fractional library routines
	`__satfractsada2` :	Fixed-point fractional library routines
	`__satfractsadq` :	Fixed-point fractional library routines
	`__satfractsaha2` :	Fixed-point fractional library routines
	`__satfractsahq` :	Fixed-point fractional library routines
	`__satfractsaqq` :	Fixed-point fractional library routines
	`__satfractsasq` :	Fixed-point fractional library routines
	`__satfractsata2` :	Fixed-point fractional library routines
	`__satfractsauda` :	Fixed-point fractional library routines
	`__satfractsaudq` :	Fixed-point fractional library routines
	`__satfractsauha` :	Fixed-point fractional library routines
	`__satfractsauhq` :	Fixed-point fractional library routines
	`__satfractsauqq` :	Fixed-point fractional library routines
	`__satfractsausa` :	Fixed-point fractional library routines
	`__satfractsausq` :	Fixed-point fractional library routines
	`__satfractsauta` :	Fixed-point fractional library routines
	`__satfractsfda` :	Fixed-point fractional library routines
	`__satfractsfdq` :	Fixed-point fractional library routines
	`__satfractsfha` :	Fixed-point fractional library routines
	`__satfractsfhq` :	Fixed-point fractional library routines
	`__satfractsfqq` :	Fixed-point fractional library routines
	`__satfractsfsa` :	Fixed-point fractional library routines
	`__satfractsfsq` :	Fixed-point fractional library routines
	`__satfractsfta` :	Fixed-point fractional library routines
	`__satfractsfuda` :	Fixed-point fractional library routines
	`__satfractsfudq` :	Fixed-point fractional library routines
	`__satfractsfuha` :	Fixed-point fractional library routines
	`__satfractsfuhq` :	Fixed-point fractional library routines
	`__satfractsfuqq` :	Fixed-point fractional library routines
	`__satfractsfusa` :	Fixed-point fractional library routines
	`__satfractsfusq` :	Fixed-point fractional library routines
	`__satfractsfuta` :	Fixed-point fractional library routines
	`__satfractsida` :	Fixed-point fractional library routines
	`__satfractsidq` :	Fixed-point fractional library routines
	`__satfractsiha` :	Fixed-point fractional library routines
	`__satfractsihq` :	Fixed-point fractional library routines
	`__satfractsiqq` :	Fixed-point fractional library routines
	`__satfractsisa` :	Fixed-point fractional library routines
	`__satfractsisq` :	Fixed-point fractional library routines
	`__satfractsita` :	Fixed-point fractional library routines
	`__satfractsiuda` :	Fixed-point fractional library routines
	`__satfractsiudq` :	Fixed-point fractional library routines
	`__satfractsiuha` :	Fixed-point fractional library routines
	`__satfractsiuhq` :	Fixed-point fractional library routines
	`__satfractsiuqq` :	Fixed-point fractional library routines
	`__satfractsiusa` :	Fixed-point fractional library routines
	`__satfractsiusq` :	Fixed-point fractional library routines
	`__satfractsiuta` :	Fixed-point fractional library routines
	`__satfractsqda` :	Fixed-point fractional library routines
	`__satfractsqdq2` :	Fixed-point fractional library routines
	`__satfractsqha` :	Fixed-point fractional library routines
	`__satfractsqhq2` :	Fixed-point fractional library routines
	`__satfractsqqq2` :	Fixed-point fractional library routines
	`__satfractsqsa` :	Fixed-point fractional library routines
	`__satfractsqta` :	Fixed-point fractional library routines
	`__satfractsquda` :	Fixed-point fractional library routines
	`__satfractsqudq` :	Fixed-point fractional library routines
	`__satfractsquha` :	Fixed-point fractional library routines
	`__satfractsquhq` :	Fixed-point fractional library routines
	`__satfractsquqq` :	Fixed-point fractional library routines
	`__satfractsqusa` :	Fixed-point fractional library routines
	`__satfractsqusq` :	Fixed-point fractional library routines
	`__satfractsquta` :	Fixed-point fractional library routines
	`__satfracttada2` :	Fixed-point fractional library routines
	`__satfracttadq` :	Fixed-point fractional library routines
	`__satfracttaha2` :	Fixed-point fractional library routines
	`__satfracttahq` :	Fixed-point fractional library routines
	`__satfracttaqq` :	Fixed-point fractional library routines
	`__satfracttasa2` :	Fixed-point fractional library routines
	`__satfracttasq` :	Fixed-point fractional library routines
	`__satfracttauda` :	Fixed-point fractional library routines
	`__satfracttaudq` :	Fixed-point fractional library routines
	`__satfracttauha` :	Fixed-point fractional library routines
	`__satfracttauhq` :	Fixed-point fractional library routines
	`__satfracttauqq` :	Fixed-point fractional library routines
	`__satfracttausa` :	Fixed-point fractional library routines
	`__satfracttausq` :	Fixed-point fractional library routines
	`__satfracttauta` :	Fixed-point fractional library routines
	`__satfracttida` :	Fixed-point fractional library routines
	`__satfracttidq` :	Fixed-point fractional library routines
	`__satfracttiha` :	Fixed-point fractional library routines
	`__satfracttihq` :	Fixed-point fractional library routines
	`__satfracttiqq` :	Fixed-point fractional library routines
	`__satfracttisa` :	Fixed-point fractional library routines
	`__satfracttisq` :	Fixed-point fractional library routines
	`__satfracttita` :	Fixed-point fractional library routines
	`__satfracttiuda` :	Fixed-point fractional library routines
	`__satfracttiudq` :	Fixed-point fractional library routines
	`__satfracttiuha` :	Fixed-point fractional library routines
	`__satfracttiuhq` :	Fixed-point fractional library routines
	`__satfracttiuqq` :	Fixed-point fractional library routines
	`__satfracttiusa` :	Fixed-point fractional library routines
	`__satfracttiusq` :	Fixed-point fractional library routines
	`__satfracttiuta` :	Fixed-point fractional library routines
	`__satfractudada` :	Fixed-point fractional library routines
	`__satfractudadq` :	Fixed-point fractional library routines
	`__satfractudaha` :	Fixed-point fractional library routines
	`__satfractudahq` :	Fixed-point fractional library routines
	`__satfractudaqq` :	Fixed-point fractional library routines
	`__satfractudasa` :	Fixed-point fractional library routines
	`__satfractudasq` :	Fixed-point fractional library routines
	`__satfractudata` :	Fixed-point fractional library routines
	`__satfractudaudq` :	Fixed-point fractional library routines
	`__satfractudauha2` :	Fixed-point fractional library routines
	`__satfractudauhq` :	Fixed-point fractional library routines
	`__satfractudauqq` :	Fixed-point fractional library routines
	`__satfractudausa2` :	Fixed-point fractional library routines
	`__satfractudausq` :	Fixed-point fractional library routines
	`__satfractudauta2` :	Fixed-point fractional library routines
	`__satfractudqda` :	Fixed-point fractional library routines
	`__satfractudqdq` :	Fixed-point fractional library routines
	`__satfractudqha` :	Fixed-point fractional library routines
	`__satfractudqhq` :	Fixed-point fractional library routines
	`__satfractudqqq` :	Fixed-point fractional library routines
	`__satfractudqsa` :	Fixed-point fractional library routines
	`__satfractudqsq` :	Fixed-point fractional library routines
	`__satfractudqta` :	Fixed-point fractional library routines
	`__satfractudquda` :	Fixed-point fractional library routines
	`__satfractudquha` :	Fixed-point fractional library routines
	`__satfractudquhq2` :	Fixed-point fractional library routines
	`__satfractudquqq2` :	Fixed-point fractional library routines
	`__satfractudqusa` :	Fixed-point fractional library routines
	`__satfractudqusq2` :	Fixed-point fractional library routines
	`__satfractudquta` :	Fixed-point fractional library routines
	`__satfractuhada` :	Fixed-point fractional library routines
	`__satfractuhadq` :	Fixed-point fractional library routines
	`__satfractuhaha` :	Fixed-point fractional library routines
	`__satfractuhahq` :	Fixed-point fractional library routines
	`__satfractuhaqq` :	Fixed-point fractional library routines
	`__satfractuhasa` :	Fixed-point fractional library routines
	`__satfractuhasq` :	Fixed-point fractional library routines
	`__satfractuhata` :	Fixed-point fractional library routines
	`__satfractuhauda2` :	Fixed-point fractional library routines
	`__satfractuhaudq` :	Fixed-point fractional library routines
	`__satfractuhauhq` :	Fixed-point fractional library routines
	`__satfractuhauqq` :	Fixed-point fractional library routines
	`__satfractuhausa2` :	Fixed-point fractional library routines
	`__satfractuhausq` :	Fixed-point fractional library routines
	`__satfractuhauta2` :	Fixed-point fractional library routines
	`__satfractuhqda` :	Fixed-point fractional library routines
	`__satfractuhqdq` :	Fixed-point fractional library routines
	`__satfractuhqha` :	Fixed-point fractional library routines
	`__satfractuhqhq` :	Fixed-point fractional library routines
	`__satfractuhqqq` :	Fixed-point fractional library routines
	`__satfractuhqsa` :	Fixed-point fractional library routines
	`__satfractuhqsq` :	Fixed-point fractional library routines
	`__satfractuhqta` :	Fixed-point fractional library routines
	`__satfractuhquda` :	Fixed-point fractional library routines
	`__satfractuhqudq2` :	Fixed-point fractional library routines
	`__satfractuhquha` :	Fixed-point fractional library routines
	`__satfractuhquqq2` :	Fixed-point fractional library routines
	`__satfractuhqusa` :	Fixed-point fractional library routines
	`__satfractuhqusq2` :	Fixed-point fractional library routines
	`__satfractuhquta` :	Fixed-point fractional library routines
	`__satfractunsdida` :	Fixed-point fractional library routines
	`__satfractunsdidq` :	Fixed-point fractional library routines
	`__satfractunsdiha` :	Fixed-point fractional library routines
	`__satfractunsdihq` :	Fixed-point fractional library routines
	`__satfractunsdiqq` :	Fixed-point fractional library routines
	`__satfractunsdisa` :	Fixed-point fractional library routines
	`__satfractunsdisq` :	Fixed-point fractional library routines
	`__satfractunsdita` :	Fixed-point fractional library routines
	`__satfractunsdiuda` :	Fixed-point fractional library routines
	`__satfractunsdiudq` :	Fixed-point fractional library routines
	`__satfractunsdiuha` :	Fixed-point fractional library routines
	`__satfractunsdiuhq` :	Fixed-point fractional library routines
	`__satfractunsdiuqq` :	Fixed-point fractional library routines
	`__satfractunsdiusa` :	Fixed-point fractional library routines
	`__satfractunsdiusq` :	Fixed-point fractional library routines
	`__satfractunsdiuta` :	Fixed-point fractional library routines
	`__satfractunshida` :	Fixed-point fractional library routines
	`__satfractunshidq` :	Fixed-point fractional library routines
	`__satfractunshiha` :	Fixed-point fractional library routines
	`__satfractunshihq` :	Fixed-point fractional library routines
	`__satfractunshiqq` :	Fixed-point fractional library routines
	`__satfractunshisa` :	Fixed-point fractional library routines
	`__satfractunshisq` :	Fixed-point fractional library routines
	`__satfractunshita` :	Fixed-point fractional library routines
	`__satfractunshiuda` :	Fixed-point fractional library routines
	`__satfractunshiudq` :	Fixed-point fractional library routines
	`__satfractunshiuha` :	Fixed-point fractional library routines
	`__satfractunshiuhq` :	Fixed-point fractional library routines
	`__satfractunshiuqq` :	Fixed-point fractional library routines
	`__satfractunshiusa` :	Fixed-point fractional library routines
	`__satfractunshiusq` :	Fixed-point fractional library routines
	`__satfractunshiuta` :	Fixed-point fractional library routines
	`__satfractunsqida` :	Fixed-point fractional library routines
	`__satfractunsqidq` :	Fixed-point fractional library routines
	`__satfractunsqiha` :	Fixed-point fractional library routines
	`__satfractunsqihq` :	Fixed-point fractional library routines
	`__satfractunsqiqq` :	Fixed-point fractional library routines
	`__satfractunsqisa` :	Fixed-point fractional library routines
	`__satfractunsqisq` :	Fixed-point fractional library routines
	`__satfractunsqita` :	Fixed-point fractional library routines
	`__satfractunsqiuda` :	Fixed-point fractional library routines
	`__satfractunsqiudq` :	Fixed-point fractional library routines
	`__satfractunsqiuha` :	Fixed-point fractional library routines
	`__satfractunsqiuhq` :	Fixed-point fractional library routines
	`__satfractunsqiuqq` :	Fixed-point fractional library routines
	`__satfractunsqiusa` :	Fixed-point fractional library routines
	`__satfractunsqiusq` :	Fixed-point fractional library routines
	`__satfractunsqiuta` :	Fixed-point fractional library routines
	`__satfractunssida` :	Fixed-point fractional library routines
	`__satfractunssidq` :	Fixed-point fractional library routines
	`__satfractunssiha` :	Fixed-point fractional library routines
	`__satfractunssihq` :	Fixed-point fractional library routines
	`__satfractunssiqq` :	Fixed-point fractional library routines
	`__satfractunssisa` :	Fixed-point fractional library routines
	`__satfractunssisq` :	Fixed-point fractional library routines
	`__satfractunssita` :	Fixed-point fractional library routines
	`__satfractunssiuda` :	Fixed-point fractional library routines
	`__satfractunssiudq` :	Fixed-point fractional library routines
	`__satfractunssiuha` :	Fixed-point fractional library routines
	`__satfractunssiuhq` :	Fixed-point fractional library routines
	`__satfractunssiuqq` :	Fixed-point fractional library routines
	`__satfractunssiusa` :	Fixed-point fractional library routines
	`__satfractunssiusq` :	Fixed-point fractional library routines
	`__satfractunssiuta` :	Fixed-point fractional library routines
	`__satfractunstida` :	Fixed-point fractional library routines
	`__satfractunstidq` :	Fixed-point fractional library routines
	`__satfractunstiha` :	Fixed-point fractional library routines
	`__satfractunstihq` :	Fixed-point fractional library routines
	`__satfractunstiqq` :	Fixed-point fractional library routines
	`__satfractunstisa` :	Fixed-point fractional library routines
	`__satfractunstisq` :	Fixed-point fractional library routines
	`__satfractunstita` :	Fixed-point fractional library routines
	`__satfractunstiuda` :	Fixed-point fractional library routines
	`__satfractunstiudq` :	Fixed-point fractional library routines
	`__satfractunstiuha` :	Fixed-point fractional library routines
	`__satfractunstiuhq` :	Fixed-point fractional library routines
	`__satfractunstiuqq` :	Fixed-point fractional library routines
	`__satfractunstiusa` :	Fixed-point fractional library routines
	`__satfractunstiusq` :	Fixed-point fractional library routines
	`__satfractunstiuta` :	Fixed-point fractional library routines
	`__satfractuqqda` :	Fixed-point fractional library routines
	`__satfractuqqdq` :	Fixed-point fractional library routines
	`__satfractuqqha` :	Fixed-point fractional library routines
	`__satfractuqqhq` :	Fixed-point fractional library routines
	`__satfractuqqqq` :	Fixed-point fractional library routines
	`__satfractuqqsa` :	Fixed-point fractional library routines
	`__satfractuqqsq` :	Fixed-point fractional library routines
	`__satfractuqqta` :	Fixed-point fractional library routines
	`__satfractuqquda` :	Fixed-point fractional library routines
	`__satfractuqqudq2` :	Fixed-point fractional library routines
	`__satfractuqquha` :	Fixed-point fractional library routines
	`__satfractuqquhq2` :	Fixed-point fractional library routines
	`__satfractuqqusa` :	Fixed-point fractional library routines
	`__satfractuqqusq2` :	Fixed-point fractional library routines
	`__satfractuqquta` :	Fixed-point fractional library routines
	`__satfractusada` :	Fixed-point fractional library routines
	`__satfractusadq` :	Fixed-point fractional library routines
	`__satfractusaha` :	Fixed-point fractional library routines
	`__satfractusahq` :	Fixed-point fractional library routines
	`__satfractusaqq` :	Fixed-point fractional library routines
	`__satfractusasa` :	Fixed-point fractional library routines
	`__satfractusasq` :	Fixed-point fractional library routines
	`__satfractusata` :	Fixed-point fractional library routines
	`__satfractusauda2` :	Fixed-point fractional library routines
	`__satfractusaudq` :	Fixed-point fractional library routines
	`__satfractusauha2` :	Fixed-point fractional library routines
	`__satfractusauhq` :	Fixed-point fractional library routines
	`__satfractusauqq` :	Fixed-point fractional library routines
	`__satfractusausq` :	Fixed-point fractional library routines
	`__satfractusauta2` :	Fixed-point fractional library routines
	`__satfractusqda` :	Fixed-point fractional library routines
	`__satfractusqdq` :	Fixed-point fractional library routines
	`__satfractusqha` :	Fixed-point fractional library routines
	`__satfractusqhq` :	Fixed-point fractional library routines
	`__satfractusqqq` :	Fixed-point fractional library routines
	`__satfractusqsa` :	Fixed-point fractional library routines
	`__satfractusqsq` :	Fixed-point fractional library routines
	`__satfractusqta` :	Fixed-point fractional library routines
	`__satfractusquda` :	Fixed-point fractional library routines
	`__satfractusqudq2` :	Fixed-point fractional library routines
	`__satfractusquha` :	Fixed-point fractional library routines
	`__satfractusquhq2` :	Fixed-point fractional library routines
	`__satfractusquqq2` :	Fixed-point fractional library routines
	`__satfractusqusa` :	Fixed-point fractional library routines
	`__satfractusquta` :	Fixed-point fractional library routines
	`__satfractutada` :	Fixed-point fractional library routines
	`__satfractutadq` :	Fixed-point fractional library routines
	`__satfractutaha` :	Fixed-point fractional library routines
	`__satfractutahq` :	Fixed-point fractional library routines
	`__satfractutaqq` :	Fixed-point fractional library routines
	`__satfractutasa` :	Fixed-point fractional library routines
	`__satfractutasq` :	Fixed-point fractional library routines
	`__satfractutata` :	Fixed-point fractional library routines
	`__satfractutauda2` :	Fixed-point fractional library routines
	`__satfractutaudq` :	Fixed-point fractional library routines
	`__satfractutauha2` :	Fixed-point fractional library routines
	`__satfractutauhq` :	Fixed-point fractional library routines
	`__satfractutauqq` :	Fixed-point fractional library routines
	`__satfractutausa2` :	Fixed-point fractional library routines
	`__satfractutausq` :	Fixed-point fractional library routines
	`__splitstack_find` :	Miscellaneous routines
	`__ssaddda3` :	Fixed-point fractional library routines
	`__ssadddq3` :	Fixed-point fractional library routines
	`__ssaddha3` :	Fixed-point fractional library routines
	`__ssaddhq3` :	Fixed-point fractional library routines
	`__ssaddqq3` :	Fixed-point fractional library routines
	`__ssaddsa3` :	Fixed-point fractional library routines
	`__ssaddsq3` :	Fixed-point fractional library routines
	`__ssaddta3` :	Fixed-point fractional library routines
	`__ssashlda3` :	Fixed-point fractional library routines
	`__ssashldq3` :	Fixed-point fractional library routines
	`__ssashlha3` :	Fixed-point fractional library routines
	`__ssashlhq3` :	Fixed-point fractional library routines
	`__ssashlsa3` :	Fixed-point fractional library routines
	`__ssashlsq3` :	Fixed-point fractional library routines
	`__ssashlta3` :	Fixed-point fractional library routines
	`__ssdivda3` :	Fixed-point fractional library routines
	`__ssdivdq3` :	Fixed-point fractional library routines
	`__ssdivha3` :	Fixed-point fractional library routines
	`__ssdivhq3` :	Fixed-point fractional library routines
	`__ssdivqq3` :	Fixed-point fractional library routines
	`__ssdivsa3` :	Fixed-point fractional library routines
	`__ssdivsq3` :	Fixed-point fractional library routines
	`__ssdivta3` :	Fixed-point fractional library routines
	`__ssmulda3` :	Fixed-point fractional library routines
	`__ssmuldq3` :	Fixed-point fractional library routines
	`__ssmulha3` :	Fixed-point fractional library routines
	`__ssmulhq3` :	Fixed-point fractional library routines
	`__ssmulqq3` :	Fixed-point fractional library routines
	`__ssmulsa3` :	Fixed-point fractional library routines
	`__ssmulsq3` :	Fixed-point fractional library routines
	`__ssmulta3` :	Fixed-point fractional library routines
	`__ssnegda2` :	Fixed-point fractional library routines
	`__ssnegdq2` :	Fixed-point fractional library routines
	`__ssnegha2` :	Fixed-point fractional library routines
	`__ssneghq2` :	Fixed-point fractional library routines
	`__ssnegqq2` :	Fixed-point fractional library routines
	`__ssnegsa2` :	Fixed-point fractional library routines
	`__ssnegsq2` :	Fixed-point fractional library routines
	`__ssnegta2` :	Fixed-point fractional library routines
	`__sssubda3` :	Fixed-point fractional library routines
	`__sssubdq3` :	Fixed-point fractional library routines
	`__sssubha3` :	Fixed-point fractional library routines
	`__sssubhq3` :	Fixed-point fractional library routines
	`__sssubqq3` :	Fixed-point fractional library routines
	`__sssubsa3` :	Fixed-point fractional library routines
	`__sssubsq3` :	Fixed-point fractional library routines
	`__sssubta3` :	Fixed-point fractional library routines
	`__subda3` :	Fixed-point fractional library routines
	`__subdf3` :	Soft float library routines
	`__subdq3` :	Fixed-point fractional library routines
	`__subha3` :	Fixed-point fractional library routines
	`__subhq3` :	Fixed-point fractional library routines
	`__subqq3` :	Fixed-point fractional library routines
	`__subsa3` :	Fixed-point fractional library routines
	`__subsf3` :	Soft float library routines
	`__subsq3` :	Fixed-point fractional library routines
	`__subta3` :	Fixed-point fractional library routines
	`__subtf3` :	Soft float library routines
	`__subuda3` :	Fixed-point fractional library routines
	`__subudq3` :	Fixed-point fractional library routines
	`__subuha3` :	Fixed-point fractional library routines
	`__subuhq3` :	Fixed-point fractional library routines
	`__subuqq3` :	Fixed-point fractional library routines
	`__subusa3` :	Fixed-point fractional library routines
	`__subusq3` :	Fixed-point fractional library routines
	`__subuta3` :	Fixed-point fractional library routines
	`__subvdi3` :	Integer library routines
	`__subvsi3` :	Integer library routines
	`__subxf3` :	Soft float library routines
	`__truncdfsf2` :	Soft float library routines
	`__trunctfdf2` :	Soft float library routines
	`__trunctfsf2` :	Soft float library routines
	`__truncxfdf2` :	Soft float library routines
	`__truncxfsf2` :	Soft float library routines
	`__ucmpdi2` :	Integer library routines
	`__ucmpti2` :	Integer library routines
	`__udivdi3` :	Integer library routines
	`__udivmoddi4` :	Integer library routines
	`__udivmodti4` :	Integer library routines
	`__udivsi3` :	Integer library routines
	`__udivti3` :	Integer library routines
	`__udivuda3` :	Fixed-point fractional library routines
	`__udivudq3` :	Fixed-point fractional library routines
	`__udivuha3` :	Fixed-point fractional library routines
	`__udivuhq3` :	Fixed-point fractional library routines
	`__udivuqq3` :	Fixed-point fractional library routines
	`__udivusa3` :	Fixed-point fractional library routines
	`__udivusq3` :	Fixed-point fractional library routines
	`__udivuta3` :	Fixed-point fractional library routines
	`__umoddi3` :	Integer library routines
	`__umodsi3` :	Integer library routines
	`__umodti3` :	Integer library routines
	`__unorddf2` :	Soft float library routines
	`__unordsf2` :	Soft float library routines
	`__unordtf2` :	Soft float library routines
	`__usadduda3` :	Fixed-point fractional library routines
	`__usaddudq3` :	Fixed-point fractional library routines
	`__usadduha3` :	Fixed-point fractional library routines
	`__usadduhq3` :	Fixed-point fractional library routines
	`__usadduqq3` :	Fixed-point fractional library routines
	`__usaddusa3` :	Fixed-point fractional library routines
	`__usaddusq3` :	Fixed-point fractional library routines
	`__usadduta3` :	Fixed-point fractional library routines
	`__usashluda3` :	Fixed-point fractional library routines
	`__usashludq3` :	Fixed-point fractional library routines
	`__usashluha3` :	Fixed-point fractional library routines
	`__usashluhq3` :	Fixed-point fractional library routines
	`__usashluqq3` :	Fixed-point fractional library routines
	`__usashlusa3` :	Fixed-point fractional library routines
	`__usashlusq3` :	Fixed-point fractional library routines
	`__usashluta3` :	Fixed-point fractional library routines
	`__usdivuda3` :	Fixed-point fractional library routines
	`__usdivudq3` :	Fixed-point fractional library routines
	`__usdivuha3` :	Fixed-point fractional library routines
	`__usdivuhq3` :	Fixed-point fractional library routines
	`__usdivuqq3` :	Fixed-point fractional library routines
	`__usdivusa3` :	Fixed-point fractional library routines
	`__usdivusq3` :	Fixed-point fractional library routines
	`__usdivuta3` :	Fixed-point fractional library routines
	`__usmuluda3` :	Fixed-point fractional library routines
	`__usmuludq3` :	Fixed-point fractional library routines
	`__usmuluha3` :	Fixed-point fractional library routines
	`__usmuluhq3` :	Fixed-point fractional library routines
	`__usmuluqq3` :	Fixed-point fractional library routines
	`__usmulusa3` :	Fixed-point fractional library routines
	`__usmulusq3` :	Fixed-point fractional library routines
	`__usmuluta3` :	Fixed-point fractional library routines
	`__usneguda2` :	Fixed-point fractional library routines
	`__usnegudq2` :	Fixed-point fractional library routines
	`__usneguha2` :	Fixed-point fractional library routines
	`__usneguhq2` :	Fixed-point fractional library routines
	`__usneguqq2` :	Fixed-point fractional library routines
	`__usnegusa2` :	Fixed-point fractional library routines
	`__usnegusq2` :	Fixed-point fractional library routines
	`__usneguta2` :	Fixed-point fractional library routines
	`__ussubuda3` :	Fixed-point fractional library routines
	`__ussubudq3` :	Fixed-point fractional library routines
	`__ussubuha3` :	Fixed-point fractional library routines
	`__ussubuhq3` :	Fixed-point fractional library routines
	`__ussubuqq3` :	Fixed-point fractional library routines
	`__ussubusa3` :	Fixed-point fractional library routines
	`__ussubusq3` :	Fixed-point fractional library routines
	`__ussubuta3` :	Fixed-point fractional library routines

A
	`abort` :	Portability
	`abs` :	Arithmetic
	`abs` and attributes:	Expressions
	`absence_set` :	Processor pipeline description
	`absm2` instruction pattern:	Standard Names
	absolute value:	Arithmetic
	`ABS_EXPR` :	Unary and Binary Expressions
	access to operands:	Accessors
	access to special operands:	Special Accessors
	accessors:	Accessors
	`ACCUMULATE_OUTGOING_ARGS` :	Stack Arguments
	`ACCUMULATE_OUTGOING_ARGS` and stack frames:	Function Entry
	`ACCUM_TYPE_SIZE` :	Type Layout
	`acosm2` instruction pattern:	Standard Names
	`ADA_LONG_TYPE_SIZE` :	Type Layout
	Adding a new GIMPLE statement code:	Adding a new GIMPLE statement code
	`ADDITIONAL_REGISTER_NAMES` :	Instruction Output
	`addm3` instruction pattern:	Standard Names
	`addmodecc` instruction pattern:	Standard Names
	`addptrm3` instruction pattern:	Standard Names
	address constraints:	Simple Constraints
	addressing modes:	Addressing Modes
	`address_operand` :	Machine-Independent Predicates
	`address_operand` :	Simple Constraints
	`addr_diff_vec` :	Side Effects
	`addr_diff_vec`, length of:	Insn Lengths
	`ADDR_EXPR` :	Storage References
	`addr_vec` :	Side Effects
	`addr_vec`, length of:	Insn Lengths
	`addvm4` instruction pattern:	Standard Names
	`ADJUST_FIELD_ALIGN` :	Storage Layout
	`ADJUST_INSN_LENGTH` :	Insn Lengths
	`ADJUST_REG_ALLOC_ORDER` :	Allocation Order
	aggregates as return values:	Aggregate Return
	alias:	Alias analysis
	`allocate_stack` instruction pattern:	Standard Names
	`ALL_REGS` :	Register Classes
	alternate entry points:	Insns
	anchored addresses:	Anchored Addresses
	`and` :	Arithmetic
	`and` and attributes:	Expressions
	`and`, canonicalization of:	Insn Canonicalizations
	`andm3` instruction pattern:	Standard Names
	`ANNOTATE_EXPR` :	Unary and Binary Expressions
	annotations:	Annotations
	`APPLY_RESULT_SIZE` :	Scalar Return
	`ARGS_GROW_DOWNWARD` :	Frame Layout
	argument passing:	Interface
	arguments in registers:	Register Arguments
	arguments on stack:	Stack Arguments
	`ARG_POINTER_CFA_OFFSET` :	Frame Layout
	`ARG_POINTER_REGNUM` :	Frame Registers
	`ARG_POINTER_REGNUM` and virtual registers:	Regs and Memory
	`arg_pointer_rtx` :	Frame Registers
	arithmetic library:	Soft float library routines
	arithmetic shift:	Arithmetic
	arithmetic shift with signed saturation:	Arithmetic
	arithmetic shift with unsigned saturation:	Arithmetic
	arithmetic, in RTL:	Arithmetic
	`ARITHMETIC_TYPE_P` :	Types for C++
	array:	Types
	`ARRAY_RANGE_REF` :	Storage References
	`ARRAY_REF` :	Storage References
	`ARRAY_TYPE` :	Types
	`ashift` :	Arithmetic
	`ashift` and attributes:	Expressions
	`ashiftrt` :	Arithmetic
	`ashiftrt` and attributes:	Expressions
	`ashlm3` instruction pattern:	Standard Names
	`ashrm3` instruction pattern:	Standard Names
	`asinm2` instruction pattern:	Standard Names
	`ASM_APP_OFF` :	File Framework
	`ASM_APP_ON` :	File Framework
	`ASM_COMMENT_START` :	File Framework
	`ASM_DECLARE_COLD_FUNCTION_NAME` :	Label Output
	`ASM_DECLARE_COLD_FUNCTION_SIZE` :	Label Output
	`ASM_DECLARE_FUNCTION_NAME` :	Label Output
	`ASM_DECLARE_FUNCTION_SIZE` :	Label Output
	`ASM_DECLARE_OBJECT_NAME` :	Label Output
	`ASM_DECLARE_REGISTER_GLOBAL` :	Label Output
	`ASM_FINAL_SPEC` :	Driver
	`ASM_FINISH_DECLARE_OBJECT` :	Label Output
	`ASM_FORMAT_PRIVATE_NAME` :	Label Output
	`asm_fprintf` :	Instruction Output
	`ASM_FPRINTF_EXTENSIONS` :	Instruction Output
	`ASM_GENERATE_INTERNAL_LABEL` :	Label Output
	`asm_input` :	Side Effects
	`asm_input` and ‘`/v`’:	Flags
	`ASM_MAYBE_OUTPUT_ENCODED_ADDR_RTX` :	Exception Handling
	`asm_noperands` :	Insns
	`ASM_NO_SKIP_IN_TEXT` :	Alignment Output
	`asm_operands` and ‘`/v`’:	Flags
	`asm_operands`, RTL sharing:	Sharing
	`asm_operands`, usage:	Assembler
	`ASM_OUTPUT_ADDR_DIFF_ELT` :	Dispatch Tables
	`ASM_OUTPUT_ADDR_VEC_ELT` :	Dispatch Tables
	`ASM_OUTPUT_ALIGN` :	Alignment Output
	`ASM_OUTPUT_ALIGNED_BSS` :	Uninitialized Data
	`ASM_OUTPUT_ALIGNED_COMMON` :	Uninitialized Data
	`ASM_OUTPUT_ALIGNED_DECL_COMMON` :	Uninitialized Data
	`ASM_OUTPUT_ALIGNED_DECL_LOCAL` :	Uninitialized Data
	`ASM_OUTPUT_ALIGNED_LOCAL` :	Uninitialized Data
	`ASM_OUTPUT_ALIGN_WITH_NOP` :	Alignment Output
	`ASM_OUTPUT_ASCII` :	Data Output
	`ASM_OUTPUT_CASE_END` :	Dispatch Tables
	`ASM_OUTPUT_CASE_LABEL` :	Dispatch Tables
	`ASM_OUTPUT_COMMON` :	Uninitialized Data
	`ASM_OUTPUT_DEBUG_LABEL` :	Label Output
	`ASM_OUTPUT_DEF` :	Label Output
	`ASM_OUTPUT_DEF_FROM_DECLS` :	Label Output
	`ASM_OUTPUT_DWARF_DATAREL` :	SDB and DWARF
	`ASM_OUTPUT_DWARF_DELTA` :	SDB and DWARF
	`ASM_OUTPUT_DWARF_OFFSET` :	SDB and DWARF
	`ASM_OUTPUT_DWARF_PCREL` :	SDB and DWARF
	`ASM_OUTPUT_DWARF_TABLE_REF` :	SDB and DWARF
	`ASM_OUTPUT_DWARF_VMS_DELTA` :	SDB and DWARF
	`ASM_OUTPUT_EXTERNAL` :	Label Output
	`ASM_OUTPUT_FDESC` :	Data Output
	`ASM_OUTPUT_FUNCTION_LABEL` :	Label Output
	`ASM_OUTPUT_INTERNAL_LABEL` :	Label Output
	`ASM_OUTPUT_LABEL` :	Label Output
	`ASM_OUTPUT_LABELREF` :	Label Output
	`ASM_OUTPUT_LABEL_REF` :	Label Output
	`ASM_OUTPUT_LOCAL` :	Uninitialized Data
	`ASM_OUTPUT_MAX_SKIP_ALIGN` :	Alignment Output
	`ASM_OUTPUT_MEASURED_SIZE` :	Label Output
	`ASM_OUTPUT_OPCODE` :	Instruction Output
	`ASM_OUTPUT_POOL_EPILOGUE` :	Data Output
	`ASM_OUTPUT_POOL_PROLOGUE` :	Data Output
	`ASM_OUTPUT_REG_POP` :	Instruction Output
	`ASM_OUTPUT_REG_PUSH` :	Instruction Output
	`ASM_OUTPUT_SIZE_DIRECTIVE` :	Label Output
	`ASM_OUTPUT_SKIP` :	Alignment Output
	`ASM_OUTPUT_SOURCE_FILENAME` :	File Framework
	`ASM_OUTPUT_SPECIAL_POOL_ENTRY` :	Data Output
	`ASM_OUTPUT_SYMBOL_REF` :	Label Output
	`ASM_OUTPUT_TYPE_DIRECTIVE` :	Label Output
	`ASM_OUTPUT_WEAKREF` :	Label Output
	`ASM_OUTPUT_WEAK_ALIAS` :	Label Output
	`ASM_PREFERRED_EH_DATA_FORMAT` :	Exception Handling
	`ASM_SPEC` :	Driver
	`ASM_STABD_OP` :	DBX Options
	`ASM_STABN_OP` :	DBX Options
	`ASM_STABS_OP` :	DBX Options
	`ASM_WEAKEN_DECL` :	Label Output
	`ASM_WEAKEN_LABEL` :	Label Output
	assembler format:	File Framework
	assembler instructions in RTL:	Assembler
	`ASSEMBLER_DIALECT` :	Instruction Output
	`assemble_name` :	Label Output
	`assemble_name_raw` :	Label Output
	assigning attribute values to insns:	Tagging Insns
	`ASSUME_EXTENDED_UNWIND_CONTEXT` :	Frame Registers
	asterisk in template:	Output Statement
	`AS_NEEDS_DASH_FOR_PIPED_INPUT` :	Driver
	`atan2m3` instruction pattern:	Standard Names
	`atanm2` instruction pattern:	Standard Names
	`atomic` :	GTY Options
	`atomic_addmode` instruction pattern:	Standard Names
	`atomic_add_fetchmode` instruction pattern:	Standard Names
	`atomic_andmode` instruction pattern:	Standard Names
	`atomic_and_fetchmode` instruction pattern:	Standard Names
	`atomic_bit_test_and_complementmode` instruction pattern:	Standard Names
	`atomic_bit_test_and_resetmode` instruction pattern:	Standard Names
	`atomic_bit_test_and_setmode` instruction pattern:	Standard Names
	`atomic_compare_and_swapmode` instruction pattern:	Standard Names
	`atomic_exchangemode` instruction pattern:	Standard Names
	`atomic_fetch_addmode` instruction pattern:	Standard Names
	`atomic_fetch_andmode` instruction pattern:	Standard Names
	`atomic_fetch_nandmode` instruction pattern:	Standard Names
	`atomic_fetch_ormode` instruction pattern:	Standard Names
	`atomic_fetch_submode` instruction pattern:	Standard Names
	`atomic_fetch_xormode` instruction pattern:	Standard Names
	`atomic_loadmode` instruction pattern:	Standard Names
	`atomic_nandmode` instruction pattern:	Standard Names
	`atomic_nand_fetchmode` instruction pattern:	Standard Names
	`atomic_ormode` instruction pattern:	Standard Names
	`atomic_or_fetchmode` instruction pattern:	Standard Names
	`atomic_storemode` instruction pattern:	Standard Names
	`atomic_submode` instruction pattern:	Standard Names
	`atomic_sub_fetchmode` instruction pattern:	Standard Names
	`atomic_test_and_set` instruction pattern:	Standard Names
	`atomic_xormode` instruction pattern:	Standard Names
	`atomic_xor_fetchmode` instruction pattern:	Standard Names
	`attr` :	Expressions
	`attr` :	Tagging Insns
	attribute expressions:	Expressions
	attribute specifications:	Attr Example
	attribute specifications example:	Attr Example
	attributes:	Attributes
	attributes, defining:	Defining Attributes
	attributes, target-specific:	Target Attributes
	`ATTRIBUTE_ALIGNED_VALUE` :	Storage Layout
	`attr_flag` :	Expressions
	autoincrement addressing, availability:	Portability
	autoincrement/decrement addressing:	Simple Constraints
	`automata_option` :	Processor pipeline description
	automaton based pipeline description:	Processor pipeline description
	automaton based pipeline description:	Processor pipeline description
	automaton based scheduler:	Processor pipeline description
	`AVOID_CCMODE_COPIES` :	Values in Registers

B
	backslash:	Output Template
	`barrier` :	Insns
	`barrier` and ‘`/f`’:	Flags
	`barrier` and ‘`/v`’:	Flags
	`BASE_REG_CLASS` :	Register Classes
	basic block:	Basic Blocks
	Basic Statements:	Basic Statements
	`basic-block.h` :	Control Flow
	`basic_block` :	Basic Blocks
	`BASIC_BLOCK` :	Basic Blocks
	`BB_HEAD, BB_END` :	Maintaining the CFG
	`bb_seq` :	GIMPLE sequences
	`BIGGEST_ALIGNMENT` :	Storage Layout
	`BIGGEST_FIELD_ALIGNMENT` :	Storage Layout
	`BImode` :	Machine Modes
	`BIND_EXPR` :	Unary and Binary Expressions
	`BINFO_TYPE` :	Classes
	bit-fields:	Bit-Fields
	`BITFIELD_NBYTES_LIMITED` :	Storage Layout
	`BITS_BIG_ENDIAN` :	Storage Layout
	`BITS_BIG_ENDIAN`, effect on `sign_extract` :	Bit-Fields
	`BITS_PER_UNIT` :	Machine Modes
	`BITS_PER_WORD` :	Storage Layout
	bitwise complement:	Arithmetic
	bitwise exclusive-or:	Arithmetic
	bitwise inclusive-or:	Arithmetic
	bitwise logical-and:	Arithmetic
	`BIT_AND_EXPR` :	Unary and Binary Expressions
	`BIT_IOR_EXPR` :	Unary and Binary Expressions
	`BIT_NOT_EXPR` :	Unary and Binary Expressions
	`BIT_XOR_EXPR` :	Unary and Binary Expressions
	`BLKmode` :	Machine Modes
	`BLKmode`, and function return values:	Calls
	`blockage` instruction pattern:	Standard Names
	Blocks:	Blocks
	`BLOCK_FOR_INSN, gimple_bb` :	Maintaining the CFG
	`BLOCK_REG_PADDING` :	Register Arguments
	`BND32mode` :	Machine Modes
	`BND64mode` :	Machine Modes
	`bool` :	Misc
	`BOOLEAN_TYPE` :	Types
	`BOOL_TYPE_SIZE` :	Type Layout
	branch prediction:	Profile information
	`BRANCH_COST` :	Costs
	`break_out_memory_refs` :	Addressing Modes
	`BREAK_STMT` :	Statements for C++
	`BSS_SECTION_ASM_OP` :	Sections
	`bswap` :	Arithmetic
	`bswapm2` instruction pattern:	Standard Names
	`btruncm2` instruction pattern:	Standard Names
	`build0` :	Macros and Functions
	`build1` :	Macros and Functions
	`build2` :	Macros and Functions
	`build3` :	Macros and Functions
	`build4` :	Macros and Functions
	`build5` :	Macros and Functions
	`build6` :	Macros and Functions
	`builtin_longjmp` instruction pattern:	Standard Names
	`builtin_setjmp_receiver` instruction pattern:	Standard Names
	`builtin_setjmp_setup` instruction pattern:	Standard Names
	`BYTES_BIG_ENDIAN` :	Storage Layout
	`BYTES_BIG_ENDIAN`, effect on `subreg` :	Regs and Memory
	`byte_mode` :	Machine Modes

C
	C statements for assembler output:	Output Statement
	`cache` :	GTY Options
	`call` :	Flags
	`call` :	Side Effects
	`call` instruction pattern:	Standard Names
	`call` usage:	Calls
	`call`, in `call_insn` :	Flags
	`call`, in `mem` :	Flags
	call-clobbered register:	Register Basics
	call-clobbered register:	Register Basics
	call-clobbered register:	Register Basics
	call-saved register:	Register Basics
	call-saved register:	Register Basics
	call-saved register:	Register Basics
	call-used register:	Register Basics
	call-used register:	Register Basics
	call-used register:	Register Basics
	calling conventions:	Stack and Calling
	calling functions in RTL:	Calls
	`CALL_EXPR` :	Unary and Binary Expressions
	`call_insn` :	Insns
	`call_insn` and ‘`/c`’:	Flags
	`call_insn` and ‘`/f`’:	Flags
	`call_insn` and ‘`/i`’:	Flags
	`call_insn` and ‘`/j`’:	Flags
	`call_insn` and ‘`/s`’:	Flags
	`call_insn` and ‘`/s`’:	Flags
	`call_insn` and ‘`/u`’:	Flags
	`call_insn` and ‘`/u`’:	Flags
	`call_insn` and ‘`/u`’ or ‘`/i`’:	Flags
	`call_insn` and ‘`/v`’:	Flags
	`CALL_INSN_FUNCTION_USAGE` :	Insns
	`call_pop` instruction pattern:	Standard Names
	`CALL_POPS_ARGS` :	Stack Arguments
	`CALL_REALLY_USED_REGISTERS` :	Register Basics
	`CALL_USED_REGISTERS` :	Register Basics
	`call_used_regs` :	Register Basics
	`call_value` instruction pattern:	Standard Names
	`call_value_pop` instruction pattern:	Standard Names
	canadian:	Configure Terms
	`CANNOT_CHANGE_MODE_CLASS` :	Register Classes
	`CANNOT_CHANGE_MODE_CLASS` and subreg semantics:	Regs and Memory
	canonicalization of instructions:	Insn Canonicalizations
	`canonicalize_funcptr_for_compare` instruction pattern:	Standard Names
	`can_create_pseudo_p` :	Standard Names
	`can_fallthru` :	Basic Blocks
	caret:	Multi-Alternative
	`casesi` instruction pattern:	Standard Names
	`CASE_VECTOR_MODE` :	Misc
	`CASE_VECTOR_PC_RELATIVE` :	Misc
	`CASE_VECTOR_SHORTEN_MODE` :	Misc
	`cbranchmode4` instruction pattern:	Standard Names
	`cc0` :	Regs and Memory
	`cc0` :	CC0 Condition Codes
	`cc0`, RTL sharing:	Sharing
	`cc0_rtx` :	Regs and Memory
	`CC1PLUS_SPEC` :	Driver
	`CC1_SPEC` :	Driver
	`CCmode` :	Machine Modes
	`CCmode` :	MODE_CC Condition Codes
	`cc_status` :	CC0 Condition Codes
	`CC_STATUS_MDEP` :	CC0 Condition Codes
	`CC_STATUS_MDEP_INIT` :	CC0 Condition Codes
	`CDImode` :	Machine Modes
	`ceilm2` instruction pattern:	Standard Names
	`CEIL_DIV_EXPR` :	Unary and Binary Expressions
	`CEIL_MOD_EXPR` :	Unary and Binary Expressions
	`CFA_FRAME_BASE_OFFSET` :	Frame Layout
	CFG verification:	Maintaining the CFG
	CFG, Control Flow Graph:	Control Flow
	`cfghooks.h` :	Maintaining the CFG
	`cgraph_finalize_function` :	Parsing pass
	`chain_circular` :	GTY Options
	`chain_next` :	GTY Options
	`chain_prev` :	GTY Options
	`change_address` :	Standard Names
	`CHAR_TYPE_SIZE` :	Type Layout
	`check_stack` instruction pattern:	Standard Names
	`CHImode` :	Machine Modes
	CILK_PLUS:	Cilk Plus Transformation
	class definitions, register:	Register Classes
	class preference constraints:	Class Preferences
	class, scope:	Classes
	classes of RTX codes:	RTL Classes
	`CLASSTYPE_DECLARED_CLASS` :	Classes
	`CLASSTYPE_HAS_MUTABLE` :	Classes
	`CLASSTYPE_NON_POD_P` :	Classes
	`CLASS_MAX_NREGS` :	Register Classes
	`CLASS_TYPE_P` :	Types for C++
	Cleanups:	Cleanups
	`CLEANUP_DECL` :	Statements for C++
	`CLEANUP_EXPR` :	Statements for C++
	`CLEANUP_POINT_EXPR` :	Unary and Binary Expressions
	`CLEANUP_STMT` :	Statements for C++
	`clear_cache` instruction pattern:	Standard Names
	`CLEAR_INSN_CACHE` :	Trampolines
	`CLEAR_RATIO` :	Costs
	`clobber` :	Side Effects
	`clrsb` :	Arithmetic
	`clrsbm2` instruction pattern:	Standard Names
	`clz` :	Arithmetic
	`clzm2` instruction pattern:	Standard Names
	`CLZ_DEFINED_VALUE_AT_ZERO` :	Misc
	`cmpmemm` instruction pattern:	Standard Names
	`cmpstrm` instruction pattern:	Standard Names
	`cmpstrnm` instruction pattern:	Standard Names
	code generation RTL sequences:	Expander Definitions
	code iterators in `.md` files:	Code Iterators
	codes, RTL expression:	RTL Objects
	`code_label` :	Insns
	`CODE_LABEL` :	Basic Blocks
	`code_label` and ‘`/i`’:	Flags
	`code_label` and ‘`/v`’:	Flags
	`CODE_LABEL_NUMBER` :	Insns
	`COImode` :	Machine Modes
	`COLLECT2_HOST_INITIALIZATION` :	Host Misc
	`COLLECT_EXPORT_LIST` :	Misc
	`COLLECT_SHARED_FINI_FUNC` :	Macros for Initialization
	`COLLECT_SHARED_INIT_FUNC` :	Macros for Initialization
	`commit_edge_insertions` :	Maintaining the CFG
	`compare` :	Arithmetic
	`compare`, canonicalization of:	Insn Canonicalizations
	`COMPARE_MAX_PIECES` :	Costs
	`comparison_operator` :	Machine-Independent Predicates
	compiler passes and files:	Passes
	complement, bitwise:	Arithmetic
	`COMPLEX_CST` :	Constant expressions
	`COMPLEX_EXPR` :	Unary and Binary Expressions
	`COMPLEX_TYPE` :	Types
	`COMPONENT_REF` :	Storage References
	Compound Expressions:	Compound Expressions
	Compound Lvalues:	Compound Lvalues
	`COMPOUND_EXPR` :	Unary and Binary Expressions
	`COMPOUND_LITERAL_EXPR` :	Unary and Binary Expressions
	`COMPOUND_LITERAL_EXPR_DECL` :	Unary and Binary Expressions
	`COMPOUND_LITERAL_EXPR_DECL_EXPR` :	Unary and Binary Expressions
	computed jump:	Edges
	computing the length of an insn:	Insn Lengths
	`concat` :	Regs and Memory
	`concatn` :	Regs and Memory
	`cond` :	Comparisons
	`cond` and attributes:	Expressions
	condition code register:	Regs and Memory
	condition code status:	Condition Code
	condition codes:	Comparisons
	conditional execution:	Conditional Execution
	Conditional Expressions:	Conditional Expressions
	conditions, in patterns:	Patterns
	`cond_exec` :	Side Effects
	`COND_EXPR` :	Unary and Binary Expressions
	configuration file:	Filesystem
	configuration file:	Host Misc
	configure terms:	Configure Terms
	`CONJ_EXPR` :	Unary and Binary Expressions
	`const` :	Constants
	`const0_rtx` :	Constants
	`CONST0_RTX` :	Constants
	`const1_rtx` :	Constants
	`CONST1_RTX` :	Constants
	`const2_rtx` :	Constants
	`CONST2_RTX` :	Constants
	constant attributes:	Constant Attributes
	constant definitions:	Constant Definitions
	constants in constraints:	Simple Constraints
	`CONSTANT_ADDRESS_P` :	Addressing Modes
	`CONSTANT_ALIGNMENT` :	Storage Layout
	`CONSTANT_P` :	Addressing Modes
	`CONSTANT_POOL_ADDRESS_P` :	Flags
	`CONSTANT_POOL_BEFORE_FUNCTION` :	Data Output
	`constm1_rtx` :	Constants
	constraint modifier characters:	Modifiers
	constraint, matching:	Simple Constraints
	constraints:	Constraints
	constraints, defining:	Define Constraints
	constraints, machine specific:	Machine Constraints
	constraints, testing:	C Constraint Interface
	`constraint_num` :	C Constraint Interface
	`constraint_satisfied_p` :	C Constraint Interface
	`CONSTRUCTOR` :	Unary and Binary Expressions
	constructors, automatic calls:	Collect2
	constructors, output of:	Initialization
	`CONST_DECL` :	Declarations
	`const_double` :	Constants
	`const_double`, RTL sharing:	Sharing
	`CONST_DOUBLE_LOW` :	Constants
	`const_double_operand` :	Machine-Independent Predicates
	`const_fixed` :	Constants
	`const_int` :	Constants
	`const_int` and attribute tests:	Expressions
	`const_int` and attributes:	Expressions
	`const_int`, RTL sharing:	Sharing
	`const_int_operand` :	Machine-Independent Predicates
	`const_string` :	Constants
	`const_string` and attributes:	Expressions
	`const_true_rtx` :	Constants
	`const_vector` :	Constants
	`const_vector`, RTL sharing:	Sharing
	`CONST_WIDE_INT` :	Constants
	`CONST_WIDE_INT_ELT` :	Constants
	`CONST_WIDE_INT_NUNITS` :	Constants
	`CONST_WIDE_INT_VEC` :	Constants
	container:	Containers
	`CONTINUE_STMT` :	Statements for C++
	contributors:	Contributors
	controlling register usage:	Register Basics
	controlling the compilation driver:	Driver
	conventions, run-time:	Interface
	conversions:	Conversions
	`CONVERT_EXPR` :	Unary and Binary Expressions
	`copysignm3` instruction pattern:	Standard Names
	`copy_rtx` :	Addressing Modes
	`copy_rtx_if_shared` :	Sharing
	`cosm2` instruction pattern:	Standard Names
	costs of instructions:	Costs
	`CPLUSPLUS_CPP_SPEC` :	Driver
	`CPP_SPEC` :	Driver
	`CP_INTEGRAL_TYPE` :	Types for C++
	`cp_namespace_decls` :	Namespaces
	`CP_TYPE_CONST_NON_VOLATILE_P` :	Types for C++
	`CP_TYPE_CONST_P` :	Types for C++
	`cp_type_quals` :	Types for C++
	`cp_type_quals` :	Types for C++
	`CP_TYPE_RESTRICT_P` :	Types for C++
	`CP_TYPE_VOLATILE_P` :	Types for C++
	`CQImode` :	Machine Modes
	cross compilation and floating point:	Floating Point
	`crtl->args.pops_args` :	Function Entry
	`crtl->args.pretend_args_size` :	Function Entry
	`crtl->outgoing_args_size` :	Stack Arguments
	`CRTSTUFF_T_CFLAGS` :	Target Fragment
	`CRTSTUFF_T_CFLAGS_S` :	Target Fragment
	`CRT_CALL_STATIC_FUNCTION` :	Sections
	`CSImode` :	Machine Modes
	`cstoremode4` instruction pattern:	Standard Names
	`CTImode` :	Machine Modes
	`ctrapMM4` instruction pattern:	Standard Names
	`ctz` :	Arithmetic
	`ctzm2` instruction pattern:	Standard Names
	`CTZ_DEFINED_VALUE_AT_ZERO` :	Misc
	`CUMULATIVE_ARGS` :	Register Arguments
	`current_function_is_leaf` :	Leaf Functions
	`current_function_uses_only_leaf_regs` :	Leaf Functions
	`current_insn_predicate` :	Conditional Execution
	`C_COMMON_OVERRIDE_OPTIONS` :	Run-time Target
	`c_register_pragma` :	Misc
	`c_register_pragma_with_expansion` :	Misc

D
	`DAmode` :	Machine Modes
	data bypass:	Processor pipeline description
	data bypass:	Processor pipeline description
	data dependence delays:	Processor pipeline description
	Data Dependency Analysis:	Dependency analysis
	data structures:	Per-Function Data
	`DATA_ABI_ALIGNMENT` :	Storage Layout
	`DATA_ALIGNMENT` :	Storage Layout
	`DATA_SECTION_ASM_OP` :	Sections
	`DBR_OUTPUT_SEQEND` :	Instruction Output
	`dbr_sequence_length` :	Instruction Output
	`DBX_BLOCKS_FUNCTION_RELATIVE` :	DBX Options
	`DBX_CONTIN_CHAR` :	DBX Options
	`DBX_CONTIN_LENGTH` :	DBX Options
	`DBX_DEBUGGING_INFO` :	DBX Options
	`DBX_FUNCTION_FIRST` :	DBX Options
	`DBX_LINES_FUNCTION_RELATIVE` :	DBX Options
	`DBX_NO_XREFS` :	DBX Options
	`DBX_OUTPUT_MAIN_SOURCE_FILENAME` :	File Names and DBX
	`DBX_OUTPUT_MAIN_SOURCE_FILE_END` :	File Names and DBX
	`DBX_OUTPUT_NULL_N_SO_AT_MAIN_SOURCE_FILE_END` :	File Names and DBX
	`DBX_OUTPUT_SOURCE_LINE` :	DBX Hooks
	`DBX_REGISTER_NUMBER` :	All Debuggers
	`DBX_REGPARM_STABS_CODE` :	DBX Options
	`DBX_REGPARM_STABS_LETTER` :	DBX Options
	`DBX_STATIC_CONST_VAR_CODE` :	DBX Options
	`DBX_STATIC_STAB_DATA_SECTION` :	DBX Options
	`DBX_TYPE_DECL_STABS_CODE` :	DBX Options
	`DBX_USE_BINCL` :	DBX Options
	`DCmode` :	Machine Modes
	`DDmode` :	Machine Modes
	De Morgan’s law:	Insn Canonicalizations
	`dead_or_set_p` :	define_peephole
	`DEBUGGER_ARG_OFFSET` :	All Debuggers
	`DEBUGGER_AUTO_OFFSET` :	All Debuggers
	`debug_expr` :	Debug Information
	`DEBUG_EXPR_DECL` :	Declarations
	`debug_insn` :	Insns
	`DEBUG_SYMS_TEXT` :	DBX Options
	decimal float library:	Decimal float library routines
	declaration:	Declarations
	declarations, RTL:	RTL Declarations
	`DECLARE_LIBRARY_RENAMES` :	Library Calls
	`DECL_ALIGN` :	Declarations
	`DECL_ANTICIPATED` :	Functions for C++
	`DECL_ARGUMENTS` :	Function Basics
	`DECL_ARRAY_DELETE_OPERATOR_P` :	Functions for C++
	`DECL_ARTIFICIAL` :	Working with declarations
	`DECL_ARTIFICIAL` :	Function Basics
	`DECL_ARTIFICIAL` :	Function Properties
	`DECL_ASSEMBLER_NAME` :	Function Basics
	`DECL_ASSEMBLER_NAME` :	Function Basics
	`DECL_ATTRIBUTES` :	Attributes
	`DECL_BASE_CONSTRUCTOR_P` :	Functions for C++
	`DECL_COMPLETE_CONSTRUCTOR_P` :	Functions for C++
	`DECL_COMPLETE_DESTRUCTOR_P` :	Functions for C++
	`DECL_CONSTRUCTOR_P` :	Functions for C++
	`DECL_CONST_MEMFUNC_P` :	Functions for C++
	`DECL_CONTEXT` :	Namespaces
	`DECL_CONV_FN_P` :	Functions for C++
	`DECL_COPY_CONSTRUCTOR_P` :	Functions for C++
	`DECL_DESTRUCTOR_P` :	Functions for C++
	`DECL_EXTERNAL` :	Declarations
	`DECL_EXTERNAL` :	Function Properties
	`DECL_EXTERN_C_FUNCTION_P` :	Functions for C++
	`DECL_FUNCTION_MEMBER_P` :	Functions for C++
	`DECL_FUNCTION_SPECIFIC_OPTIMIZATION` :	Function Basics
	`DECL_FUNCTION_SPECIFIC_OPTIMIZATION` :	Function Properties
	`DECL_FUNCTION_SPECIFIC_TARGET` :	Function Basics
	`DECL_FUNCTION_SPECIFIC_TARGET` :	Function Properties
	`DECL_GLOBAL_CTOR_P` :	Functions for C++
	`DECL_GLOBAL_DTOR_P` :	Functions for C++
	`DECL_INITIAL` :	Declarations
	`DECL_INITIAL` :	Function Basics
	`DECL_LINKONCE_P` :	Functions for C++
	`DECL_LOCAL_FUNCTION_P` :	Functions for C++
	`DECL_MAIN_P` :	Functions for C++
	`DECL_NAME` :	Working with declarations
	`DECL_NAME` :	Function Basics
	`DECL_NAME` :	Function Basics
	`DECL_NAME` :	Namespaces
	`DECL_NAMESPACE_ALIAS` :	Namespaces
	`DECL_NAMESPACE_STD_P` :	Namespaces
	`DECL_NONCONVERTING_P` :	Functions for C++
	`DECL_NONSTATIC_MEMBER_FUNCTION_P` :	Functions for C++
	`DECL_NON_THUNK_FUNCTION_P` :	Functions for C++
	`DECL_OVERLOADED_OPERATOR_P` :	Functions for C++
	`DECL_PURE_P` :	Function Properties
	`DECL_RESULT` :	Function Basics
	`DECL_SAVED_TREE` :	Function Basics
	`DECL_SIZE` :	Declarations
	`DECL_STATIC_FUNCTION_P` :	Functions for C++
	`DECL_STMT` :	Statements for C++
	`DECL_STMT_DECL` :	Statements for C++
	`DECL_THUNK_P` :	Functions for C++
	`DECL_VIRTUAL_P` :	Function Properties
	`DECL_VOLATILE_MEMFUNC_P` :	Functions for C++
	`decrement_and_branch_until_zero` instruction pattern:	Standard Names
	`default` :	GTY Options
	`default_file_start` :	File Framework
	`DEFAULT_GDB_EXTENSIONS` :	DBX Options
	`DEFAULT_PCC_STRUCT_RETURN` :	Aggregate Return
	`DEFAULT_SIGNED_CHAR` :	Type Layout
	`define_address_constraint` :	Define Constraints
	`define_asm_attributes` :	Tagging Insns
	`define_attr` :	Defining Attributes
	`define_automaton` :	Processor pipeline description
	`define_bypass` :	Processor pipeline description
	`define_code_attr` :	Code Iterators
	`define_code_iterator` :	Code Iterators
	`define_cond_exec` :	Conditional Execution
	`define_constants` :	Constant Definitions
	`define_constraint` :	Define Constraints
	`define_cpu_unit` :	Processor pipeline description
	`define_c_enum` :	Constant Definitions
	`define_delay` :	Delay Slots
	`define_enum` :	Constant Definitions
	`define_enum_attr` :	Defining Attributes
	`define_enum_attr` :	Constant Definitions
	`define_expand` :	Expander Definitions
	`define_insn` :	Patterns
	`define_insn` example:	Example
	`define_insn_and_split` :	Insn Splitting
	`define_insn_reservation` :	Processor pipeline description
	`define_int_attr` :	Int Iterators
	`define_int_iterator` :	Int Iterators
	`define_memory_constraint` :	Define Constraints
	`define_mode_attr` :	Substitutions
	`define_mode_iterator` :	Defining Mode Iterators
	`define_peephole` :	define_peephole
	`define_peephole2` :	define_peephole2
	`define_predicate` :	Defining Predicates
	`define_query_cpu_unit` :	Processor pipeline description
	`define_register_constraint` :	Define Constraints
	`define_reservation` :	Processor pipeline description
	`define_special_memory_constraint` :	Define Constraints
	`define_special_predicate` :	Defining Predicates
	`define_split` :	Insn Splitting
	define_subst:	Define Subst
	define_subst:	Define Subst Example
	define_subst:	Define Subst Pattern Matching
	define_subst:	Define Subst Output Template
	`define_subst` :	Define Subst
	`define_subst` :	Subst Iterators
	`define_subst_attr` :	Subst Iterators
	`define_subst_attr` :	Subst Iterators
	defining attributes and their values:	Defining Attributes
	defining constraints:	Define Constraints
	defining jump instruction patterns:	Jump Patterns
	defining looping instruction patterns:	Looping Patterns
	defining peephole optimizers:	Peephole Definitions
	defining predicates:	Defining Predicates
	defining RTL sequences for code generation:	Expander Definitions
	delay slots, defining:	Delay Slots
	`deletable` :	GTY Options
	`DELETE_IF_ORDINARY` :	Filesystem
	Dependent Patterns:	Dependent Patterns
	`desc` :	GTY Options
	destructors, output of:	Initialization
	deterministic finite state automaton:	Processor pipeline description
	deterministic finite state automaton:	Processor pipeline description
	`DFmode` :	Machine Modes
	digits in constraint:	Simple Constraints
	`DImode` :	Machine Modes
	directory options .md:	Including Patterns
	`DIR_SEPARATOR` :	Filesystem
	`DIR_SEPARATOR_2` :	Filesystem
	disabling certain registers:	Register Basics
	dispatch table:	Dispatch Tables
	`div` :	Arithmetic
	`div` and attributes:	Expressions
	division:	Arithmetic
	division:	Arithmetic
	division:	Arithmetic
	`divm3` instruction pattern:	Standard Names
	`divmodm4` instruction pattern:	Standard Names
	dollar sign:	Multi-Alternative
	`DOLLARS_IN_IDENTIFIERS` :	Misc
	`doloop_begin` instruction pattern:	Standard Names
	`doloop_end` instruction pattern:	Standard Names
	`DONE` :	Expander Definitions
	`DONT_USE_BUILTIN_SETJMP` :	Exception Region Output
	`DOUBLE_TYPE_SIZE` :	Type Layout
	`DO_BODY` :	Statements for C++
	`DO_COND` :	Statements for C++
	`DO_STMT` :	Statements for C++
	`DQmode` :	Machine Modes
	driver:	Driver
	`DRIVER_SELF_SPECS` :	Driver
	dump examples:	Dump examples
	dump setup:	Dump setup
	dump types:	Dump types
	dump verbosity:	Dump output verbosity
	`DUMPFILE_FORMAT` :	Filesystem
	`dump_basic_block` :	Dump types
	`dump_generic_expr` :	Dump types
	`dump_gimple_stmt` :	Dump types
	`dump_printf` :	Dump types
	`DWARF2_ASM_LINE_DEBUG_INFO` :	SDB and DWARF
	`DWARF2_DEBUGGING_INFO` :	SDB and DWARF
	`DWARF2_FRAME_INFO` :	SDB and DWARF
	`DWARF2_FRAME_REG_OUT` :	Frame Registers
	`DWARF2_UNWIND_INFO` :	Exception Region Output
	`DWARF_ALT_FRAME_RETURN_COLUMN` :	Frame Layout
	`DWARF_CIE_DATA_ALIGNMENT` :	Exception Region Output
	`DWARF_FRAME_REGISTERS` :	Frame Registers
	`DWARF_FRAME_REGNUM` :	Frame Registers
	`DWARF_REG_TO_UNWIND_COLUMN` :	Frame Registers
	`DWARF_ZERO_REG` :	Frame Layout
	`DYNAMIC_CHAIN_ADDRESS` :	Frame Layout

E
	‘`E`’ in constraint:	Simple Constraints
	earlyclobber operand:	Modifiers
	`edge` :	Edges
	edge in the flow graph:	Edges
	edge iterators:	Edges
	edge splitting:	Maintaining the CFG
	`EDGE_ABNORMAL` :	Edges
	`EDGE_ABNORMAL, EDGE_ABNORMAL_CALL` :	Edges
	`EDGE_ABNORMAL, EDGE_EH` :	Edges
	`EDGE_ABNORMAL, EDGE_SIBCALL` :	Edges
	`EDGE_FALLTHRU, force_nonfallthru` :	Edges
	`EDOM`, implicit usage:	Library Calls
	`EH_FRAME_SECTION_NAME` :	Exception Region Output
	`EH_FRAME_THROUGH_COLLECT2` :	Exception Region Output
	`eh_return` instruction pattern:	Standard Names
	`EH_RETURN_DATA_REGNO` :	Exception Handling
	`EH_RETURN_HANDLER_RTX` :	Exception Handling
	`EH_RETURN_STACKADJ_RTX` :	Exception Handling
	`EH_TABLES_CAN_BE_READ_ONLY` :	Exception Region Output
	`EH_USES` :	Function Entry
	`ei_edge` :	Edges
	`ei_end_p` :	Edges
	`ei_last` :	Edges
	`ei_next` :	Edges
	`ei_one_before_end_p` :	Edges
	`ei_prev` :	Edges
	`ei_safe_safe` :	Edges
	`ei_start` :	Edges
	`ELIMINABLE_REGS` :	Elimination
	`ELSE_CLAUSE` :	Statements for C++
	Embedded C:	Fixed-point fractional library routines
	Empty Statements:	Empty Statements
	`EMPTY_CLASS_EXPR` :	Statements for C++
	`EMPTY_FIELD_BOUNDARY` :	Storage Layout
	Emulated TLS:	Emulated TLS
	enabled:	Disable Insn Alternatives
	`ENDFILE_SPEC` :	Driver
	endianness:	Portability
	`ENTRY_BLOCK_PTR, EXIT_BLOCK_PTR` :	Basic Blocks
	`enum reg_class` :	Register Classes
	`ENUMERAL_TYPE` :	Types
	enumerations:	Constant Definitions
	epilogue:	Function Entry
	`epilogue` instruction pattern:	Standard Names
	`EPILOGUE_USES` :	Function Entry
	`eq` :	Comparisons
	`eq` and attributes:	Expressions
	equal:	Comparisons
	`eq_attr` :	Expressions
	`EQ_EXPR` :	Unary and Binary Expressions
	`errno`, implicit usage:	Library Calls
	`EXACT_DIV_EXPR` :	Unary and Binary Expressions
	examining SSA_NAMEs:	SSA
	exception handling:	Edges
	exception handling:	Exception Handling
	`exception_receiver` instruction pattern:	Standard Names
	exclamation point:	Multi-Alternative
	`exclusion_set` :	Processor pipeline description
	exclusive-or, bitwise:	Arithmetic
	`EXIT_EXPR` :	Unary and Binary Expressions
	`EXIT_IGNORE_STACK` :	Function Entry
	`exp10m2` instruction pattern:	Standard Names
	`exp2m2` instruction pattern:	Standard Names
	expander definitions:	Expander Definitions
	`expm1m2` instruction pattern:	Standard Names
	`expm2` instruction pattern:	Standard Names
	expression:	Expression trees
	expression codes:	RTL Objects
	`EXPR_FILENAME` :	Working with declarations
	`EXPR_LINENO` :	Working with declarations
	`expr_list` :	Insns
	`EXPR_STMT` :	Statements for C++
	`EXPR_STMT_EXPR` :	Statements for C++
	`extendm n2` instruction pattern:	Standard Names
	extensible constraints:	Simple Constraints
	`EXTRA_SPECS` :	Driver
	`extv` instruction pattern:	Standard Names
	`extvm` instruction pattern:	Standard Names
	`extvmisalignm` instruction pattern:	Standard Names
	`extzv` instruction pattern:	Standard Names
	`extzvm` instruction pattern:	Standard Names
	`extzvmisalignm` instruction pattern:	Standard Names

F
	‘`F`’ in constraint:	Simple Constraints
	`FAIL` :	Expander Definitions
	`fall-thru` :	Edges
	`FATAL_EXIT_CODE` :	Host Misc
	FDL, GNU Free Documentation License:	GNU Free Documentation License
	features, optional, in system conventions:	Run-time Target
	`ffs` :	Arithmetic
	`ffsm2` instruction pattern:	Standard Names
	`FIELD_DECL` :	Declarations
	files and passes of the compiler:	Passes
	files, generated:	Files
	`file_end_indicate_exec_stack` :	File Framework
	`final_absence_set` :	Processor pipeline description
	`FINAL_PRESCAN_INSN` :	Instruction Output
	`final_presence_set` :	Processor pipeline description
	`final_sequence` :	Instruction Output
	`FIND_BASE_TERM` :	Addressing Modes
	finite state automaton minimization:	Processor pipeline description
	`FINI_ARRAY_SECTION_ASM_OP` :	Sections
	`FINI_SECTION_ASM_OP` :	Sections
	`FIRST_PARM_OFFSET` :	Frame Layout
	`FIRST_PARM_OFFSET` and virtual registers:	Regs and Memory
	`FIRST_PSEUDO_REGISTER` :	Register Basics
	`FIRST_STACK_REG` :	Stack Registers
	`FIRST_VIRTUAL_REGISTER` :	Regs and Memory
	`fix` :	Conversions
	fixed register:	Register Basics
	fixed-point fractional library:	Fixed-point fractional library routines
	`FIXED_CONVERT_EXPR` :	Unary and Binary Expressions
	`FIXED_CST` :	Constant expressions
	`FIXED_POINT_TYPE` :	Types
	`FIXED_REGISTERS` :	Register Basics
	`fixed_regs` :	Register Basics
	`fixm n2` instruction pattern:	Standard Names
	`fixunsm n2` instruction pattern:	Standard Names
	`fixuns_truncm n2` instruction pattern:	Standard Names
	`fix_truncm n2` instruction pattern:	Standard Names
	`FIX_TRUNC_EXPR` :	Unary and Binary Expressions
	flags in RTL expression:	Flags
	`float` :	Conversions
	floating point and cross compilation:	Floating Point
	`floatm n2` instruction pattern:	Standard Names
	`floatunsm n2` instruction pattern:	Standard Names
	`FLOAT_EXPR` :	Unary and Binary Expressions
	`float_extend` :	Conversions
	`FLOAT_LIB_COMPARE_RETURNS_BOOL` :	Library Calls
	`FLOAT_STORE_FLAG_VALUE` :	Misc
	`float_truncate` :	Conversions
	`FLOAT_TYPE_SIZE` :	Type Layout
	`FLOAT_WORDS_BIG_ENDIAN` :	Storage Layout
	`FLOAT_WORDS_BIG_ENDIAN`, (lack of) effect on `subreg` :	Regs and Memory
	`floorm2` instruction pattern:	Standard Names
	`FLOOR_DIV_EXPR` :	Unary and Binary Expressions
	`FLOOR_MOD_EXPR` :	Unary and Binary Expressions
	flow-insensitive alias analysis:	Alias analysis
	flow-sensitive alias analysis:	Alias analysis
	`fma` :	Arithmetic
	`fmam4` instruction pattern:	Standard Names
	`fmaxm3` instruction pattern:	Standard Names
	`fminm3` instruction pattern:	Standard Names
	`fmodm3` instruction pattern:	Standard Names
	`fmsm4` instruction pattern:	Standard Names
	`fnmam4` instruction pattern:	Standard Names
	`fnmsm4` instruction pattern:	Standard Names
	`FORCE_CODE_SECTION_ALIGN` :	Sections
	`force_reg` :	Standard Names
	`FOR_BODY` :	Statements for C++
	`FOR_COND` :	Statements for C++
	`FOR_EXPR` :	Statements for C++
	`FOR_INIT_STMT` :	Statements for C++
	`FOR_STMT` :	Statements for C++
	`for_user` :	GTY Options
	fractional types:	Fixed-point fractional library routines
	`fractm n2` instruction pattern:	Standard Names
	`fractunsm n2` instruction pattern:	Standard Names
	`fract_convert` :	Conversions
	`FRACT_TYPE_SIZE` :	Type Layout
	frame layout:	Frame Layout
	`FRAME_ADDR_RTX` :	Frame Layout
	`FRAME_GROWS_DOWNWARD` :	Frame Layout
	`FRAME_GROWS_DOWNWARD` and virtual registers:	Regs and Memory
	`FRAME_POINTER_CFA_OFFSET` :	Frame Layout
	`frame_pointer_needed` :	Function Entry
	`FRAME_POINTER_REGNUM` :	Frame Registers
	`FRAME_POINTER_REGNUM` and virtual registers:	Regs and Memory
	`frame_pointer_rtx` :	Frame Registers
	`frame_related` :	Flags
	`frame_related`, in `insn`, `call_insn`, `jump_insn`, `barrier`, and `set` :	Flags
	`frame_related`, in `mem` :	Flags
	`frame_related`, in `reg` :	Flags
	`frame_related`, in `symbol_ref` :	Flags
	`frequency, count, BB_FREQ_BASE` :	Profile information
	`ftruncm2` instruction pattern:	Standard Names
	function:	Functions
	function:	Functions for C++
	function call conventions:	Interface
	function entry and exit:	Function Entry
	function entry point, alternate function entry point:	Edges
	function properties:	Function Properties
	function-call insns:	Calls
	functions, leaf:	Leaf Functions
	`FUNCTION_ARG_OFFSET` :	Register Arguments
	`FUNCTION_ARG_PADDING` :	Register Arguments
	`FUNCTION_ARG_REGNO_P` :	Register Arguments
	`FUNCTION_BOUNDARY` :	Storage Layout
	`FUNCTION_DECL` :	Functions
	`FUNCTION_DECL` :	Functions for C++
	`FUNCTION_MODE` :	Misc
	`FUNCTION_PROFILER` :	Profiling
	`FUNCTION_TYPE` :	Types
	`FUNCTION_VALUE` :	Scalar Return
	`FUNCTION_VALUE_REGNO_P` :	Scalar Return
	fundamental type:	Types

G
	‘`G`’ in constraint:	Simple Constraints
	‘`g`’ in constraint:	Simple Constraints
	garbage collector, invocation:	Invoking the garbage collector
	garbage collector, troubleshooting:	Troubleshooting
	GCC and portability:	Portability
	`GCC_DRIVER_HOST_INITIALIZATION` :	Host Misc
	`gcov_type` :	Profile information
	`ge` :	Comparisons
	`ge` and attributes:	Expressions
	`gencodes` :	RTL passes
	`general_operand` :	Machine-Independent Predicates
	`GENERAL_REGS` :	Register Classes
	generated files:	Files
	generating assembler output:	Output Statement
	generating insns:	RTL Template
	GENERIC:	Parsing pass
	GENERIC:	GENERIC
	generic predicates:	Machine-Independent Predicates
	`genflags` :	RTL passes
	`GEN_ERRNO_RTX` :	Library Calls
	`get_attr` :	Expressions
	`get_attr_length` :	Insn Lengths
	`GET_CLASS_NARROWEST_MODE` :	Machine Modes
	`GET_CODE` :	RTL Objects
	`get_insns` :	Insns
	`get_last_insn` :	Insns
	`GET_MODE` :	Machine Modes
	`GET_MODE_ALIGNMENT` :	Machine Modes
	`GET_MODE_BITSIZE` :	Machine Modes
	`GET_MODE_CLASS` :	Machine Modes
	`GET_MODE_FBIT` :	Machine Modes
	`GET_MODE_IBIT` :	Machine Modes
	`GET_MODE_MASK` :	Machine Modes
	`GET_MODE_NAME` :	Machine Modes
	`GET_MODE_NUNITS` :	Machine Modes
	`GET_MODE_SIZE` :	Machine Modes
	`GET_MODE_UNIT_SIZE` :	Machine Modes
	`GET_MODE_WIDER_MODE` :	Machine Modes
	`GET_RTX_CLASS` :	RTL Classes
	`GET_RTX_FORMAT` :	RTL Classes
	`GET_RTX_LENGTH` :	RTL Classes
	`get_thread_pointermode` instruction pattern:	Standard Names
	`geu` :	Comparisons
	`geu` and attributes:	Expressions
	`GE_EXPR` :	Unary and Binary Expressions
	GGC:	Type Information
	`ggc_collect` :	Invoking the garbage collector
	GIMPLE:	Parsing pass
	GIMPLE:	Gimplification pass
	GIMPLE:	GIMPLE
	gimple:	Tuple representation
	GIMPLE API:	GIMPLE API
	GIMPLE class hierarchy:	Class hierarchy of GIMPLE statements
	GIMPLE Exception Handling:	GIMPLE Exception Handling
	GIMPLE instruction set:	GIMPLE instruction set
	GIMPLE sequences:	GIMPLE sequences
	GIMPLE statement iterators:	Basic Blocks
	GIMPLE statement iterators:	Maintaining the CFG
	`gimple_addresses_taken` :	Manipulating GIMPLE statements
	`GIMPLE_ASM` :	`GIMPLE_ASM`
	`gimple_asm_clobber_op` :	`GIMPLE_ASM`
	`gimple_asm_input_op` :	`GIMPLE_ASM`
	`gimple_asm_nclobbers` :	`GIMPLE_ASM`
	`gimple_asm_ninputs` :	`GIMPLE_ASM`
	`gimple_asm_noutputs` :	`GIMPLE_ASM`
	`gimple_asm_output_op` :	`GIMPLE_ASM`
	`gimple_asm_set_clobber_op` :	`GIMPLE_ASM`
	`gimple_asm_set_input_op` :	`GIMPLE_ASM`
	`gimple_asm_set_output_op` :	`GIMPLE_ASM`
	`gimple_asm_set_volatile` :	`GIMPLE_ASM`
	`gimple_asm_string` :	`GIMPLE_ASM`
	`gimple_asm_volatile_p` :	`GIMPLE_ASM`
	`GIMPLE_ASSIGN` :	`GIMPLE_ASSIGN`
	`gimple_assign_cast_p` :	Logical Operators
	`gimple_assign_cast_p` :	`GIMPLE_ASSIGN`
	`gimple_assign_lhs` :	`GIMPLE_ASSIGN`
	`gimple_assign_lhs_ptr` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs1` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs1_ptr` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs2` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs2_ptr` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs3` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs3_ptr` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs_class` :	`GIMPLE_ASSIGN`
	`gimple_assign_rhs_code` :	`GIMPLE_ASSIGN`
	`gimple_assign_set_lhs` :	`GIMPLE_ASSIGN`
	`gimple_assign_set_rhs1` :	`GIMPLE_ASSIGN`
	`gimple_assign_set_rhs2` :	`GIMPLE_ASSIGN`
	`gimple_assign_set_rhs3` :	`GIMPLE_ASSIGN`
	`gimple_bb` :	Manipulating GIMPLE statements
	`GIMPLE_BIND` :	`GIMPLE_BIND`
	`gimple_bind_add_seq` :	`GIMPLE_BIND`
	`gimple_bind_add_stmt` :	`GIMPLE_BIND`
	`gimple_bind_append_vars` :	`GIMPLE_BIND`
	`gimple_bind_block` :	`GIMPLE_BIND`
	`gimple_bind_body` :	`GIMPLE_BIND`
	`gimple_bind_set_block` :	`GIMPLE_BIND`
	`gimple_bind_set_body` :	`GIMPLE_BIND`
	`gimple_bind_set_vars` :	`GIMPLE_BIND`
	`gimple_bind_vars` :	`GIMPLE_BIND`
	`gimple_block` :	Manipulating GIMPLE statements
	`gimple_build` :	GIMPLE API
	`gimple_build` :	GIMPLE API
	`gimple_build` :	GIMPLE API
	`gimple_build` :	GIMPLE API
	`gimple_build` :	GIMPLE API
	`gimple_build` :	GIMPLE API
	`gimple_build_nop` :	`GIMPLE_NOP`
	`gimple_build_omp_master` :	`GIMPLE_OMP_MASTER`
	`gimple_build_omp_ordered` :	`GIMPLE_OMP_ORDERED`
	`gimple_build_omp_return` :	`GIMPLE_OMP_RETURN`
	`gimple_build_omp_section` :	`GIMPLE_OMP_SECTION`
	`gimple_build_omp_sections_switch` :	`GIMPLE_OMP_SECTIONS`
	`gimple_build_wce` :	`GIMPLE_WITH_CLEANUP_EXPR`
	`GIMPLE_CALL` :	`GIMPLE_CALL`
	`gimple_call_arg` :	`GIMPLE_CALL`
	`gimple_call_arg_ptr` :	`GIMPLE_CALL`
	`gimple_call_chain` :	`GIMPLE_CALL`
	`gimple_call_copy_skip_args` :	`GIMPLE_CALL`
	`gimple_call_fn` :	`GIMPLE_CALL`
	`gimple_call_fndecl` :	`GIMPLE_CALL`
	`gimple_call_lhs` :	`GIMPLE_CALL`
	`gimple_call_lhs_ptr` :	`GIMPLE_CALL`
	`gimple_call_noreturn_p` :	`GIMPLE_CALL`
	`gimple_call_num_args` :	`GIMPLE_CALL`
	`gimple_call_return_type` :	`GIMPLE_CALL`
	`gimple_call_set_arg` :	`GIMPLE_CALL`
	`gimple_call_set_chain` :	`GIMPLE_CALL`
	`gimple_call_set_fn` :	`GIMPLE_CALL`
	`gimple_call_set_fndecl` :	`GIMPLE_CALL`
	`gimple_call_set_lhs` :	`GIMPLE_CALL`
	`gimple_call_set_tail` :	`GIMPLE_CALL`
	`gimple_call_tail_p` :	`GIMPLE_CALL`
	`GIMPLE_CATCH` :	`GIMPLE_CATCH`
	`gimple_catch_handler` :	`GIMPLE_CATCH`
	`gimple_catch_set_handler` :	`GIMPLE_CATCH`
	`gimple_catch_set_types` :	`GIMPLE_CATCH`
	`gimple_catch_types` :	`GIMPLE_CATCH`
	`gimple_catch_types_ptr` :	`GIMPLE_CATCH`
	`gimple_code` :	Manipulating GIMPLE statements
	`GIMPLE_COND` :	`GIMPLE_COND`
	`gimple_cond_code` :	`GIMPLE_COND`
	`gimple_cond_false_label` :	`GIMPLE_COND`
	`gimple_cond_lhs` :	`GIMPLE_COND`
	`gimple_cond_make_false` :	`GIMPLE_COND`
	`gimple_cond_make_true` :	`GIMPLE_COND`
	`gimple_cond_rhs` :	`GIMPLE_COND`
	`gimple_cond_set_code` :	`GIMPLE_COND`
	`gimple_cond_set_false_label` :	`GIMPLE_COND`
	`gimple_cond_set_lhs` :	`GIMPLE_COND`
	`gimple_cond_set_rhs` :	`GIMPLE_COND`
	`gimple_cond_set_true_label` :	`GIMPLE_COND`
	`gimple_cond_true_label` :	`GIMPLE_COND`
	`gimple_convert` :	GIMPLE API
	`gimple_copy` :	Manipulating GIMPLE statements
	`GIMPLE_DEBUG` :	`GIMPLE_DEBUG`
	`GIMPLE_DEBUG_BIND` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_get_value` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_get_value_ptr` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_get_var` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_has_value_p` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_p` :	Logical Operators
	`gimple_debug_bind_reset_value` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_set_value` :	`GIMPLE_DEBUG`
	`gimple_debug_bind_set_var` :	`GIMPLE_DEBUG`
	`gimple_def_ops` :	Manipulating GIMPLE statements
	`GIMPLE_EH_FILTER` :	`GIMPLE_EH_FILTER`
	`gimple_eh_filter_failure` :	`GIMPLE_EH_FILTER`
	`gimple_eh_filter_set_failure` :	`GIMPLE_EH_FILTER`
	`gimple_eh_filter_set_types` :	`GIMPLE_EH_FILTER`
	`gimple_eh_filter_types` :	`GIMPLE_EH_FILTER`
	`gimple_eh_filter_types_ptr` :	`GIMPLE_EH_FILTER`
	`gimple_eh_must_not_throw_fndecl` :	`GIMPLE_EH_FILTER`
	`gimple_eh_must_not_throw_set_fndecl` :	`GIMPLE_EH_FILTER`
	`gimple_expr_code` :	Manipulating GIMPLE statements
	`gimple_expr_type` :	Manipulating GIMPLE statements
	`GIMPLE_GOTO` :	`GIMPLE_GOTO`
	`gimple_goto_dest` :	`GIMPLE_GOTO`
	`gimple_goto_set_dest` :	`GIMPLE_GOTO`
	`gimple_has_mem_ops` :	Manipulating GIMPLE statements
	`gimple_has_ops` :	Manipulating GIMPLE statements
	`gimple_has_volatile_ops` :	Manipulating GIMPLE statements
	`GIMPLE_LABEL` :	`GIMPLE_LABEL`
	`gimple_label_label` :	`GIMPLE_LABEL`
	`gimple_label_set_label` :	`GIMPLE_LABEL`
	`gimple_loaded_syms` :	Manipulating GIMPLE statements
	`gimple_locus` :	Manipulating GIMPLE statements
	`gimple_locus_empty_p` :	Manipulating GIMPLE statements
	`gimple_modified_p` :	Manipulating GIMPLE statements
	`GIMPLE_NOP` :	`GIMPLE_NOP`
	`gimple_nop_p` :	`GIMPLE_NOP`
	`gimple_no_warning_p` :	Manipulating GIMPLE statements
	`gimple_num_ops` :	Logical Operators
	`gimple_num_ops` :	Manipulating GIMPLE statements
	`GIMPLE_OMP_ATOMIC_LOAD` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`gimple_omp_atomic_load_lhs` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`gimple_omp_atomic_load_rhs` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`gimple_omp_atomic_load_set_lhs` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`gimple_omp_atomic_load_set_rhs` :	`GIMPLE_OMP_ATOMIC_LOAD`
	`GIMPLE_OMP_ATOMIC_STORE` :	`GIMPLE_OMP_ATOMIC_STORE`
	`gimple_omp_atomic_store_set_val` :	`GIMPLE_OMP_ATOMIC_STORE`
	`gimple_omp_atomic_store_val` :	`GIMPLE_OMP_ATOMIC_STORE`
	`gimple_omp_body` :	`GIMPLE_OMP_PARALLEL`
	`GIMPLE_OMP_CONTINUE` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_control_def` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_control_def_ptr` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_control_use` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_control_use_ptr` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_set_control_def` :	`GIMPLE_OMP_CONTINUE`
	`gimple_omp_continue_set_control_use` :	`GIMPLE_OMP_CONTINUE`
	`GIMPLE_OMP_CRITICAL` :	`GIMPLE_OMP_CRITICAL`
	`gimple_omp_critical_name` :	`GIMPLE_OMP_CRITICAL`
	`gimple_omp_critical_name_ptr` :	`GIMPLE_OMP_CRITICAL`
	`gimple_omp_critical_set_name` :	`GIMPLE_OMP_CRITICAL`
	`GIMPLE_OMP_FOR` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_clauses` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_clauses_ptr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_cond` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_final` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_final_ptr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_incr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_incr_ptr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_index` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_index_ptr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_initial` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_initial_ptr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_pre_body` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_clauses` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_cond` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_final` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_incr` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_index` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_initial` :	`GIMPLE_OMP_FOR`
	`gimple_omp_for_set_pre_body` :	`GIMPLE_OMP_FOR`
	`GIMPLE_OMP_MASTER` :	`GIMPLE_OMP_MASTER`
	`GIMPLE_OMP_ORDERED` :	`GIMPLE_OMP_ORDERED`
	`GIMPLE_OMP_PARALLEL` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_child_fn` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_child_fn_ptr` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_clauses` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_clauses_ptr` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_combined_p` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_data_arg` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_data_arg_ptr` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_set_child_fn` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_set_clauses` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_set_combined_p` :	`GIMPLE_OMP_PARALLEL`
	`gimple_omp_parallel_set_data_arg` :	`GIMPLE_OMP_PARALLEL`
	`GIMPLE_OMP_RETURN` :	`GIMPLE_OMP_RETURN`
	`gimple_omp_return_nowait_p` :	`GIMPLE_OMP_RETURN`
	`gimple_omp_return_set_nowait` :	`GIMPLE_OMP_RETURN`
	`GIMPLE_OMP_SECTION` :	`GIMPLE_OMP_SECTION`
	`GIMPLE_OMP_SECTIONS` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_clauses` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_clauses_ptr` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_control` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_control_ptr` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_set_clauses` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_sections_set_control` :	`GIMPLE_OMP_SECTIONS`
	`gimple_omp_section_last_p` :	`GIMPLE_OMP_SECTION`
	`gimple_omp_section_set_last` :	`GIMPLE_OMP_SECTION`
	`gimple_omp_set_body` :	`GIMPLE_OMP_PARALLEL`
	`GIMPLE_OMP_SINGLE` :	`GIMPLE_OMP_SINGLE`
	`gimple_omp_single_clauses` :	`GIMPLE_OMP_SINGLE`
	`gimple_omp_single_clauses_ptr` :	`GIMPLE_OMP_SINGLE`
	`gimple_omp_single_set_clauses` :	`GIMPLE_OMP_SINGLE`
	`gimple_op` :	Logical Operators
	`gimple_op` :	Manipulating GIMPLE statements
	`gimple_ops` :	Logical Operators
	`gimple_ops` :	Manipulating GIMPLE statements
	`gimple_op_ptr` :	Manipulating GIMPLE statements
	`GIMPLE_PHI` :	`GIMPLE_PHI`
	`gimple_phi_arg` :	`GIMPLE_PHI`
	`gimple_phi_arg` :	SSA
	`gimple_phi_arg_def` :	SSA
	`gimple_phi_arg_edge` :	SSA
	`gimple_phi_capacity` :	`GIMPLE_PHI`
	`gimple_phi_num_args` :	`GIMPLE_PHI`
	`gimple_phi_num_args` :	SSA
	`gimple_phi_result` :	`GIMPLE_PHI`
	`gimple_phi_result` :	SSA
	`gimple_phi_result_ptr` :	`GIMPLE_PHI`
	`gimple_phi_set_arg` :	`GIMPLE_PHI`
	`gimple_phi_set_result` :	`GIMPLE_PHI`
	`gimple_plf` :	Manipulating GIMPLE statements
	`GIMPLE_RESX` :	`GIMPLE_RESX`
	`gimple_resx_region` :	`GIMPLE_RESX`
	`gimple_resx_set_region` :	`GIMPLE_RESX`
	`GIMPLE_RETURN` :	`GIMPLE_RETURN`
	`gimple_return_retval` :	`GIMPLE_RETURN`
	`gimple_return_set_retval` :	`GIMPLE_RETURN`
	`gimple_seq_add_seq` :	GIMPLE sequences
	`gimple_seq_add_stmt` :	GIMPLE sequences
	`gimple_seq_alloc` :	GIMPLE sequences
	`gimple_seq_copy` :	GIMPLE sequences
	`gimple_seq_deep_copy` :	GIMPLE sequences
	`gimple_seq_empty_p` :	GIMPLE sequences
	`gimple_seq_first` :	GIMPLE sequences
	`gimple_seq_init` :	GIMPLE sequences
	`gimple_seq_last` :	GIMPLE sequences
	`gimple_seq_reverse` :	GIMPLE sequences
	`gimple_seq_set_first` :	GIMPLE sequences
	`gimple_seq_set_last` :	GIMPLE sequences
	`gimple_seq_singleton_p` :	GIMPLE sequences
	`gimple_set_block` :	Manipulating GIMPLE statements
	`gimple_set_def_ops` :	Manipulating GIMPLE statements
	`gimple_set_has_volatile_ops` :	Manipulating GIMPLE statements
	`gimple_set_locus` :	Manipulating GIMPLE statements
	`gimple_set_op` :	Manipulating GIMPLE statements
	`gimple_set_plf` :	Manipulating GIMPLE statements
	`gimple_set_use_ops` :	Manipulating GIMPLE statements
	`gimple_set_vdef_ops` :	Manipulating GIMPLE statements
	`gimple_set_visited` :	Manipulating GIMPLE statements
	`gimple_set_vuse_ops` :	Manipulating GIMPLE statements
	`gimple_simplify` :	GIMPLE API
	`gimple_simplify` :	GIMPLE API
	`gimple_simplify` :	GIMPLE API
	`gimple_simplify` :	GIMPLE API
	`gimple_simplify` :	GIMPLE API
	`gimple_simplify` :	GIMPLE API
	gimple_statement_with_ops:	Tuple representation
	`gimple_stored_syms` :	Manipulating GIMPLE statements
	`GIMPLE_SWITCH` :	`GIMPLE_SWITCH`
	`gimple_switch_default_label` :	`GIMPLE_SWITCH`
	`gimple_switch_index` :	`GIMPLE_SWITCH`
	`gimple_switch_label` :	`GIMPLE_SWITCH`
	`gimple_switch_num_labels` :	`GIMPLE_SWITCH`
	`gimple_switch_set_default_label` :	`GIMPLE_SWITCH`
	`gimple_switch_set_index` :	`GIMPLE_SWITCH`
	`gimple_switch_set_label` :	`GIMPLE_SWITCH`
	`gimple_switch_set_num_labels` :	`GIMPLE_SWITCH`
	`GIMPLE_TRY` :	`GIMPLE_TRY`
	`gimple_try_catch_is_cleanup` :	`GIMPLE_TRY`
	`gimple_try_cleanup` :	`GIMPLE_TRY`
	`gimple_try_eval` :	`GIMPLE_TRY`
	`gimple_try_kind` :	`GIMPLE_TRY`
	`gimple_try_set_catch_is_cleanup` :	`GIMPLE_TRY`
	`gimple_try_set_cleanup` :	`GIMPLE_TRY`
	`gimple_try_set_eval` :	`GIMPLE_TRY`
	`gimple_use_ops` :	Manipulating GIMPLE statements
	`gimple_vdef_ops` :	Manipulating GIMPLE statements
	`gimple_visited_p` :	Manipulating GIMPLE statements
	`gimple_vuse_ops` :	Manipulating GIMPLE statements
	`gimple_wce_cleanup` :	`GIMPLE_WITH_CLEANUP_EXPR`
	`gimple_wce_cleanup_eh_only` :	`GIMPLE_WITH_CLEANUP_EXPR`
	`gimple_wce_set_cleanup` :	`GIMPLE_WITH_CLEANUP_EXPR`
	`gimple_wce_set_cleanup_eh_only` :	`GIMPLE_WITH_CLEANUP_EXPR`
	`GIMPLE_WITH_CLEANUP_EXPR` :	`GIMPLE_WITH_CLEANUP_EXPR`
	gimplification:	Parsing pass
	gimplification:	Gimplification pass
	gimplifier:	Parsing pass
	`gimplify_assign` :	`GIMPLE_ASSIGN`
	`gimplify_expr` :	Gimplification pass
	`gimplify_function_tree` :	Gimplification pass
	`GLOBAL_INIT_PRIORITY` :	Functions for C++
	`global_regs` :	Register Basics
	`GO_IF_LEGITIMATE_ADDRESS` :	Addressing Modes
	greater than:	Comparisons
	greater than:	Comparisons
	greater than:	Comparisons
	`gsi_after_labels` :	Sequence iterators
	`gsi_bb` :	Sequence iterators
	`gsi_commit_edge_inserts` :	Sequence iterators
	`gsi_commit_edge_inserts` :	Maintaining the CFG
	`gsi_commit_one_edge_insert` :	Sequence iterators
	`gsi_end_p` :	Sequence iterators
	`gsi_end_p` :	Maintaining the CFG
	`gsi_for_stmt` :	Sequence iterators
	`gsi_insert_after` :	Sequence iterators
	`gsi_insert_after` :	Maintaining the CFG
	`gsi_insert_before` :	Sequence iterators
	`gsi_insert_before` :	Maintaining the CFG
	`gsi_insert_on_edge` :	Sequence iterators
	`gsi_insert_on_edge` :	Maintaining the CFG
	`gsi_insert_on_edge_immediate` :	Sequence iterators
	`gsi_insert_seq_after` :	Sequence iterators
	`gsi_insert_seq_before` :	Sequence iterators
	`gsi_insert_seq_on_edge` :	Sequence iterators
	`gsi_last` :	Sequence iterators
	`gsi_last` :	Maintaining the CFG
	`gsi_last_bb` :	Sequence iterators
	`gsi_link_after` :	Sequence iterators
	`gsi_link_before` :	Sequence iterators
	`gsi_link_seq_after` :	Sequence iterators
	`gsi_link_seq_before` :	Sequence iterators
	`gsi_move_after` :	Sequence iterators
	`gsi_move_before` :	Sequence iterators
	`gsi_move_to_bb_end` :	Sequence iterators
	`gsi_next` :	Sequence iterators
	`gsi_next` :	Maintaining the CFG
	`gsi_one_before_end_p` :	Sequence iterators
	`gsi_prev` :	Sequence iterators
	`gsi_prev` :	Maintaining the CFG
	`gsi_remove` :	Sequence iterators
	`gsi_remove` :	Maintaining the CFG
	`gsi_replace` :	Sequence iterators
	`gsi_seq` :	Sequence iterators
	`gsi_split_seq_after` :	Sequence iterators
	`gsi_split_seq_before` :	Sequence iterators
	`gsi_start` :	Sequence iterators
	`gsi_start` :	Maintaining the CFG
	`gsi_start_bb` :	Sequence iterators
	`gsi_stmt` :	Sequence iterators
	`gsi_stmt_ptr` :	Sequence iterators
	`gt` :	Comparisons
	`gt` and attributes:	Expressions
	`gtu` :	Comparisons
	`gtu` and attributes:	Expressions
	`GTY` :	Type Information
	`GT_EXPR` :	Unary and Binary Expressions

H
	‘`H`’ in constraint:	Simple Constraints
	`HAmode` :	Machine Modes
	`HANDLER` :	Statements for C++
	`HANDLER_BODY` :	Statements for C++
	`HANDLER_PARMS` :	Statements for C++
	`HANDLE_PRAGMA_PACK_WITH_EXPANSION` :	Misc
	hard registers:	Regs and Memory
	`HARD_FRAME_POINTER_IS_ARG_POINTER` :	Frame Registers
	`HARD_FRAME_POINTER_IS_FRAME_POINTER` :	Frame Registers
	`HARD_FRAME_POINTER_REGNUM` :	Frame Registers
	`HARD_REGNO_CALLER_SAVE_MODE` :	Caller Saves
	`HARD_REGNO_CALL_PART_CLOBBERED` :	Register Basics
	`HARD_REGNO_MODE_OK` :	Values in Registers
	`HARD_REGNO_NREGS` :	Values in Registers
	`HARD_REGNO_NREGS_HAS_PADDING` :	Values in Registers
	`HARD_REGNO_NREGS_WITH_PADDING` :	Values in Registers
	`HARD_REGNO_RENAME_OK` :	Values in Registers
	`HAS_INIT_SECTION` :	Macros for Initialization
	`HAS_LONG_COND_BRANCH` :	Misc
	`HAS_LONG_UNCOND_BRANCH` :	Misc
	`HAVE_DOS_BASED_FILE_SYSTEM` :	Filesystem
	`HAVE_POST_DECREMENT` :	Addressing Modes
	`HAVE_POST_INCREMENT` :	Addressing Modes
	`HAVE_POST_MODIFY_DISP` :	Addressing Modes
	`HAVE_POST_MODIFY_REG` :	Addressing Modes
	`HAVE_PRE_DECREMENT` :	Addressing Modes
	`HAVE_PRE_INCREMENT` :	Addressing Modes
	`HAVE_PRE_MODIFY_DISP` :	Addressing Modes
	`HAVE_PRE_MODIFY_REG` :	Addressing Modes
	`HCmode` :	Machine Modes
	`HFmode` :	Machine Modes
	`high` :	Constants
	`HImode` :	Machine Modes
	`HImode`, in `insn` :	Insns
	`HONOR_REG_ALLOC_ORDER` :	Allocation Order
	host configuration:	Host Config
	host functions:	Host Common
	host hooks:	Host Common
	host makefile fragment:	Host Fragment
	`HOST_BIT_BUCKET` :	Filesystem
	`HOST_EXECUTABLE_SUFFIX` :	Filesystem
	`HOST_HOOKS_EXTRA_SIGNALS` :	Host Common
	`HOST_HOOKS_GT_PCH_ALLOC_GRANULARITY` :	Host Common
	`HOST_HOOKS_GT_PCH_GET_ADDRESS` :	Host Common
	`HOST_HOOKS_GT_PCH_USE_ADDRESS` :	Host Common
	`HOST_LACKS_INODE_NUMBERS` :	Filesystem
	`HOST_LONG_FORMAT` :	Host Misc
	`HOST_LONG_LONG_FORMAT` :	Host Misc
	`HOST_OBJECT_SUFFIX` :	Filesystem
	`HOST_PTR_PRINTF` :	Host Misc
	`HOT_TEXT_SECTION_NAME` :	Sections
	`HQmode` :	Machine Modes

I
	‘`i`’ in constraint:	Simple Constraints
	‘`I`’ in constraint:	Simple Constraints
	identifier:	Identifiers
	`IDENTIFIER_LENGTH` :	Identifiers
	`IDENTIFIER_NODE` :	Identifiers
	`IDENTIFIER_OPNAME_P` :	Identifiers
	`IDENTIFIER_POINTER` :	Identifiers
	`IDENTIFIER_TYPENAME_P` :	Identifiers
	IEEE 754-2008:	Decimal float library routines
	`IFCVT_MACHDEP_INIT` :	Misc
	`IFCVT_MODIFY_CANCEL` :	Misc
	`IFCVT_MODIFY_FINAL` :	Misc
	`IFCVT_MODIFY_INSN` :	Misc
	`IFCVT_MODIFY_MULTIPLE_TESTS` :	Misc
	`IFCVT_MODIFY_TESTS` :	Misc
	`IF_COND` :	Statements for C++
	`IF_STMT` :	Statements for C++
	`if_then_else` :	Comparisons
	`if_then_else` and attributes:	Expressions
	`if_then_else` usage:	Side Effects
	`IMAGPART_EXPR` :	Unary and Binary Expressions
	Immediate Uses:	SSA Operands
	`immediate_operand` :	Machine-Independent Predicates
	`IMMEDIATE_PREFIX` :	Instruction Output
	`include` :	Including Patterns
	`INCLUDE_DEFAULTS` :	Driver
	inclusive-or, bitwise:	Arithmetic
	`INCOMING_FRAME_SP_OFFSET` :	Frame Layout
	`INCOMING_REGNO` :	Register Basics
	`INCOMING_REG_PARM_STACK_SPACE` :	Stack Arguments
	`INCOMING_RETURN_ADDR_RTX` :	Frame Layout
	`INCOMING_STACK_BOUNDARY` :	Storage Layout
	`INDEX_REG_CLASS` :	Register Classes
	`indirect_jump` instruction pattern:	Standard Names
	`indirect_operand` :	Machine-Independent Predicates
	`INDIRECT_REF` :	Storage References
	initialization routines:	Initialization
	`INITIAL_ELIMINATION_OFFSET` :	Elimination
	`INITIAL_FRAME_ADDRESS_RTX` :	Frame Layout
	`INIT_ARRAY_SECTION_ASM_OP` :	Sections
	`INIT_CUMULATIVE_ARGS` :	Register Arguments
	`INIT_CUMULATIVE_INCOMING_ARGS` :	Register Arguments
	`INIT_CUMULATIVE_LIBCALL_ARGS` :	Register Arguments
	`INIT_ENVIRONMENT` :	Driver
	`INIT_EXPANDERS` :	Per-Function Data
	`INIT_EXPR` :	Unary and Binary Expressions
	`init_machine_status` :	Per-Function Data
	`init_one_libfunc` :	Library Calls
	`INIT_SECTION_ASM_OP` :	Sections
	`INIT_SECTION_ASM_OP` :	Macros for Initialization
	inlining:	Target Attributes
	`insert_insn_on_edge` :	Maintaining the CFG
	`insn` :	Insns
	`insn` and ‘`/f`’:	Flags
	`insn` and ‘`/j`’:	Flags
	`insn` and ‘`/s`’:	Flags
	`insn` and ‘`/s`’:	Flags
	`insn` and ‘`/u`’:	Flags
	`insn` and ‘`/v`’:	Flags
	insn attributes:	Insn Attributes
	insn canonicalization:	Insn Canonicalizations
	insn includes:	Including Patterns
	insn lengths, computing:	Insn Lengths
	insn notes, notes:	Basic Blocks
	insn splitting:	Insn Splitting
	`insn-attr.h` :	Defining Attributes
	insns:	Insns
	insns, generating:	RTL Template
	insns, recognizing:	RTL Template
	`INSN_ANNULLED_BRANCH_P` :	Flags
	`INSN_CODE` :	Insns
	`INSN_DELETED_P` :	Flags
	`INSN_FROM_TARGET_P` :	Flags
	`insn_list` :	Insns
	`INSN_REFERENCES_ARE_DELAYED` :	Misc
	`INSN_SETS_ARE_DELAYED` :	Misc
	`INSN_UID` :	Insns
	`INSN_VAR_LOCATION` :	Insns
	instruction attributes:	Insn Attributes
	instruction latency time:	Processor pipeline description
	instruction latency time:	Processor pipeline description
	instruction latency time:	Processor pipeline description
	instruction patterns:	Patterns
	instruction splitting:	Insn Splitting
	`insv` instruction pattern:	Standard Names
	`insvm` instruction pattern:	Standard Names
	`insvmisalignm` instruction pattern:	Standard Names
	int iterators in `.md` files:	Int Iterators
	`INT16_TYPE` :	Type Layout
	`INT32_TYPE` :	Type Layout
	`INT64_TYPE` :	Type Layout
	`INT8_TYPE` :	Type Layout
	`INTEGER_CST` :	Constant expressions
	`INTEGER_TYPE` :	Types
	Interdependence of Patterns:	Dependent Patterns
	interfacing to GCC output:	Interface
	interlock delays:	Processor pipeline description
	intermediate representation lowering:	Parsing pass
	`INTMAX_TYPE` :	Type Layout
	`INTPTR_TYPE` :	Type Layout
	introduction:	Top
	`INT_FAST16_TYPE` :	Type Layout
	`INT_FAST32_TYPE` :	Type Layout
	`INT_FAST64_TYPE` :	Type Layout
	`INT_FAST8_TYPE` :	Type Layout
	`INT_LEAST16_TYPE` :	Type Layout
	`INT_LEAST32_TYPE` :	Type Layout
	`INT_LEAST64_TYPE` :	Type Layout
	`INT_LEAST8_TYPE` :	Type Layout
	`INT_TYPE_SIZE` :	Type Layout
	`INVOKE__main` :	Macros for Initialization
	`in_struct` :	Flags
	`in_struct`, in `code_label` and `note` :	Flags
	`in_struct`, in `insn` and `jump_insn` and `call_insn` :	Flags
	`in_struct`, in `insn`, `call_insn`, `jump_insn` and `jump_table_data` :	Flags
	`in_struct`, in `subreg` :	Flags
	`ior` :	Arithmetic
	`ior` and attributes:	Expressions
	`ior`, canonicalization of:	Insn Canonicalizations
	`iorm3` instruction pattern:	Standard Names
	`IRA_HARD_REGNO_ADD_COST_MULTIPLIER` :	Allocation Order
	`IS_ASM_LOGICAL_LINE_SEPARATOR` :	Data Output
	`is_gimple_addressable` :	Logical Operators
	`is_gimple_asm_val` :	Logical Operators
	`is_gimple_assign` :	Logical Operators
	`is_gimple_call` :	Logical Operators
	`is_gimple_call_addr` :	Logical Operators
	`is_gimple_constant` :	Logical Operators
	`is_gimple_debug` :	Logical Operators
	`is_gimple_ip_invariant` :	Logical Operators
	`is_gimple_ip_invariant_address` :	Logical Operators
	`is_gimple_mem_ref_addr` :	Logical Operators
	`is_gimple_min_invariant` :	Logical Operators
	`is_gimple_omp` :	Logical Operators
	`is_gimple_val` :	Logical Operators
	iterators in `.md` files:	Iterators
	IV analysis on GIMPLE:	Scalar evolutions
	IV analysis on RTL:	loop-iv

J
	`JMP_BUF_SIZE` :	Exception Region Output
	`jump` :	Flags
	`jump` instruction pattern:	Standard Names
	jump instruction patterns:	Jump Patterns
	jump instructions and `set` :	Side Effects
	`jump`, in `call_insn` :	Flags
	`jump`, in `insn` :	Flags
	`jump`, in `mem` :	Flags
	Jumps:	Jumps
	`JUMP_ALIGN` :	Alignment Output
	`jump_insn` :	Insns
	`jump_insn` and ‘`/f`’:	Flags
	`jump_insn` and ‘`/s`’:	Flags
	`jump_insn` and ‘`/s`’:	Flags
	`jump_insn` and ‘`/u`’:	Flags
	`jump_insn` and ‘`/v`’:	Flags
	`JUMP_LABEL` :	Insns
	`JUMP_TABLES_IN_TEXT_SECTION` :	Sections
	`jump_table_data` :	Insns
	`jump_table_data` and ‘`/s`’:	Flags
	`jump_table_data` and ‘`/v`’:	Flags

L
	`LABEL_ALIGN` :	Alignment Output
	`LABEL_ALIGN_AFTER_BARRIER` :	Alignment Output
	`LABEL_ALTERNATE_NAME` :	Edges
	`LABEL_ALT_ENTRY_P` :	Insns
	`LABEL_DECL` :	Declarations
	`LABEL_KIND` :	Insns
	`LABEL_NUSES` :	Insns
	`LABEL_PRESERVE_P` :	Flags
	`label_ref` :	Constants
	`label_ref` and ‘`/v`’:	Flags
	`label_ref`, RTL sharing:	Sharing
	`LABEL_REF_NONLOCAL_P` :	Flags
	language-dependent trees:	Language-dependent trees
	language-independent intermediate representation:	Parsing pass
	`lang_hooks.gimplify_expr` :	Gimplification pass
	`lang_hooks.parse_file` :	Parsing pass
	large return values:	Aggregate Return
	`LAST_STACK_REG` :	Stack Registers
	`LAST_VIRTUAL_REGISTER` :	Regs and Memory
	`lceilm n2` :	Standard Names
	LCSSA:	LCSSA
	`LDD_SUFFIX` :	Macros for Initialization
	`ldexpm3` instruction pattern:	Standard Names
	`LD_FINI_SWITCH` :	Macros for Initialization
	`LD_INIT_SWITCH` :	Macros for Initialization
	`le` :	Comparisons
	`le` and attributes:	Expressions
	leaf functions:	Leaf Functions
	`leaf_function_p` :	Standard Names
	`LEAF_REGISTERS` :	Leaf Functions
	`LEAF_REG_REMAP` :	Leaf Functions
	left rotate:	Arithmetic
	left shift:	Arithmetic
	`LEGITIMATE_PIC_OPERAND_P` :	PIC
	`LEGITIMIZE_RELOAD_ADDRESS` :	Addressing Modes
	`length` :	GTY Options
	less than:	Comparisons
	less than or equal:	Comparisons
	`leu` :	Comparisons
	`leu` and attributes:	Expressions
	`LE_EXPR` :	Unary and Binary Expressions
	`lfloorm n2` :	Standard Names
	`LIB2FUNCS_EXTRA` :	Target Fragment
	`LIBCALL_VALUE` :	Scalar Return
	`libgcc.a` :	Library Calls
	`LIBGCC2_CFLAGS` :	Target Fragment
	`LIBGCC2_GNU_PREFIX` :	Type Layout
	`LIBGCC2_UNWIND_ATTRIBUTE` :	Misc
	`LIBGCC_SPEC` :	Driver
	library subroutine names:	Library Calls
	`LIBRARY_PATH_ENV` :	Misc
	`LIB_SPEC` :	Driver
	`LIMIT_RELOAD_CLASS` :	Register Classes
	`LINK_COMMAND_SPEC` :	Driver
	`LINK_EH_SPEC` :	Driver
	`LINK_GCC_C_SEQUENCE_SPEC` :	Driver
	`LINK_LIBGCC_SPECIAL_1` :	Driver
	`LINK_SPEC` :	Driver
	list:	Containers
	Liveness representation:	Liveness information
	load address instruction:	Simple Constraints
	`LOAD_EXTEND_OP` :	Misc
	`load_multiple` instruction pattern:	Standard Names
	Local Register Allocator (LRA):	RTL passes
	`LOCAL_ALIGNMENT` :	Storage Layout
	`LOCAL_CLASS_P` :	Classes
	`LOCAL_DECL_ALIGNMENT` :	Storage Layout
	`LOCAL_INCLUDE_DIR` :	Driver
	`LOCAL_LABEL_PREFIX` :	Instruction Output
	`LOCAL_REGNO` :	Register Basics
	`log10m2` instruction pattern:	Standard Names
	`log1pm2` instruction pattern:	Standard Names
	`log2m2` instruction pattern:	Standard Names
	`logbm2` instruction pattern:	Standard Names
	Logical Operators:	Logical Operators
	logical-and, bitwise:	Arithmetic
	`LOGICAL_OP_NON_SHORT_CIRCUIT` :	Costs
	`logm2` instruction pattern:	Standard Names
	`LOG_LINKS` :	Insns
	`longjmp` and automatic variables:	Interface
	`LONG_ACCUM_TYPE_SIZE` :	Type Layout
	`LONG_DOUBLE_TYPE_SIZE` :	Type Layout
	`LONG_FRACT_TYPE_SIZE` :	Type Layout
	`LONG_LONG_ACCUM_TYPE_SIZE` :	Type Layout
	`LONG_LONG_FRACT_TYPE_SIZE` :	Type Layout
	`LONG_LONG_TYPE_SIZE` :	Type Layout
	`LONG_TYPE_SIZE` :	Type Layout
	Loop analysis:	Loop representation
	Loop manipulation:	Loop manipulation
	Loop querying:	Loop querying
	Loop representation:	Loop representation
	Loop-closed SSA form:	LCSSA
	looping instruction patterns:	Looping Patterns
	`LOOP_ALIGN` :	Alignment Output
	`LOOP_EXPR` :	Unary and Binary Expressions
	lowering, language-dependent intermediate representation:	Parsing pass
	`lo_sum` :	Arithmetic
	`lrintm n2` :	Standard Names
	`lroundm n2` :	Standard Names
	`lshiftrt` :	Arithmetic
	`lshiftrt` and attributes:	Expressions
	`LSHIFT_EXPR` :	Unary and Binary Expressions
	`lshrm3` instruction pattern:	Standard Names
	`lt` :	Comparisons
	`lt` and attributes:	Expressions
	`LTGT_EXPR` :	Unary and Binary Expressions
	lto:	LTO
	ltrans:	LTO
	`ltu` :	Comparisons
	`LT_EXPR` :	Unary and Binary Expressions

M
	‘`m`’ in constraint:	Simple Constraints
	machine attributes:	Target Attributes
	machine description macros:	Target Macros
	machine descriptions:	Machine Desc
	machine mode conversions:	Conversions
	machine modes:	Machine Modes
	machine specific constraints:	Machine Constraints
	machine-independent predicates:	Machine-Independent Predicates
	`machine_mode` :	Machine Modes
	`MACH_DEP_SECTION_ASM_FLAG` :	Sections
	macros, target description:	Target Macros
	`maddm n4` instruction pattern:	Standard Names
	makefile fragment:	Fragments
	makefile targets:	Makefile
	`MAKE_DECL_ONE_ONLY` :	Label Output
	`make_safe_from` :	Expander Definitions
	`MALLOC_ABI_ALIGNMENT` :	Storage Layout
	Manipulating GIMPLE statements:	Manipulating GIMPLE statements
	marking roots:	GGC Roots
	`maskloadm n` instruction pattern:	Standard Names
	`maskstorem n` instruction pattern:	Standard Names
	`MASK_RETURN_ADDR` :	Exception Region Output
	Match and Simplify:	Match and Simplify
	matching constraint:	Simple Constraints
	matching operands:	Output Template
	`match_dup` :	RTL Template
	`match_dup` :	define_peephole2
	`match_dup` and attributes:	Insn Lengths
	`match_operand` :	RTL Template
	`match_operand` and attributes:	Expressions
	`match_operator` :	RTL Template
	`match_op_dup` :	RTL Template
	`match_parallel` :	RTL Template
	`match_par_dup` :	RTL Template
	`match_scratch` :	RTL Template
	`match_scratch` :	define_peephole2
	`match_test` and attributes:	Expressions
	math library:	Soft float library routines
	math, in RTL:	Arithmetic
	`matherr` :	Library Calls
	`MATH_LIBRARY` :	Misc
	`maxm3` instruction pattern:	Standard Names
	`MAX_BITSIZE_MODE_ANY_INT` :	Machine Modes
	`MAX_BITSIZE_MODE_ANY_MODE` :	Machine Modes
	`MAX_BITS_PER_WORD` :	Storage Layout
	`MAX_CONDITIONAL_EXECUTE` :	Misc
	`MAX_FIXED_MODE_SIZE` :	Storage Layout
	`MAX_MOVE_MAX` :	Misc
	`MAX_OFILE_ALIGNMENT` :	Storage Layout
	`MAX_REGS_PER_ADDRESS` :	Addressing Modes
	`MAX_STACK_ALIGNMENT` :	Storage Layout
	`maybe_undef` :	GTY Options
	`may_trap_p, tree_could_trap_p` :	Edges
	`mcount` :	Profiling
	`MD_EXEC_PREFIX` :	Driver
	`MD_FALLBACK_FRAME_STATE_FOR` :	Exception Handling
	`MD_HANDLE_UNWABI` :	Exception Handling
	`MD_STARTFILE_PREFIX` :	Driver
	`MD_STARTFILE_PREFIX_1` :	Driver
	`mem` :	Regs and Memory
	`mem` and ‘`/c`’:	Flags
	`mem` and ‘`/f`’:	Flags
	`mem` and ‘`/j`’:	Flags
	`mem` and ‘`/u`’:	Flags
	`mem` and ‘`/v`’:	Flags
	`mem`, RTL sharing:	Sharing
	memory model:	Memory model
	memory reference, nonoffsettable:	Simple Constraints
	memory references in constraints:	Simple Constraints
	`memory_barrier` instruction pattern:	Standard Names
	`MEMORY_MOVE_COST` :	Costs
	`memory_operand` :	Machine-Independent Predicates
	`MEM_ADDR_SPACE` :	Special Accessors
	`MEM_ALIAS_SET` :	Special Accessors
	`MEM_ALIGN` :	Special Accessors
	`MEM_EXPR` :	Special Accessors
	`MEM_KEEP_ALIAS_SET_P` :	Flags
	`MEM_NOTRAP_P` :	Flags
	`MEM_OFFSET` :	Special Accessors
	`MEM_OFFSET_KNOWN_P` :	Special Accessors
	`MEM_POINTER` :	Flags
	`MEM_READONLY_P` :	Flags
	`MEM_REF` :	Storage References
	`mem_signal_fencemode` instruction pattern:	Standard Names
	`MEM_SIZE` :	Special Accessors
	`MEM_SIZE_KNOWN_P` :	Special Accessors
	`mem_thread_fencemode` instruction pattern:	Standard Names
	`MEM_VOLATILE_P` :	Flags
	`METHOD_TYPE` :	Types
	`MINIMUM_ALIGNMENT` :	Storage Layout
	`MINIMUM_ATOMIC_ALIGNMENT` :	Storage Layout
	`minm3` instruction pattern:	Standard Names
	`minus` :	Arithmetic
	`minus` and attributes:	Expressions
	`minus`, canonicalization of:	Insn Canonicalizations
	`MINUS_EXPR` :	Unary and Binary Expressions
	`MIN_UNITS_PER_WORD` :	Storage Layout
	MIPS coprocessor-definition macros:	MIPS Coprocessors
	miscellaneous register hooks:	Miscellaneous Register Hooks
	mnemonic attribute:	Mnemonic Attribute
	`mod` :	Arithmetic
	`mod` and attributes:	Expressions
	mode classes:	Machine Modes
	mode iterators in `.md` files:	Mode Iterators
	mode switching:	Mode Switching
	`MODES_TIEABLE_P` :	Values in Registers
	`MODE_ACCUM` :	Machine Modes
	`MODE_BASE_REG_CLASS` :	Register Classes
	`MODE_BASE_REG_REG_CLASS` :	Register Classes
	`MODE_CC` :	Machine Modes
	`MODE_CC` :	MODE_CC Condition Codes
	`MODE_CODE_BASE_REG_CLASS` :	Register Classes
	`MODE_COMPLEX_FLOAT` :	Machine Modes
	`MODE_COMPLEX_INT` :	Machine Modes
	`MODE_DECIMAL_FLOAT` :	Machine Modes
	`MODE_FLOAT` :	Machine Modes
	`MODE_FRACT` :	Machine Modes
	`MODE_FUNCTION` :	Machine Modes
	`MODE_INT` :	Machine Modes
	`MODE_PARTIAL_INT` :	Machine Modes
	`MODE_POINTER_BOUNDS` :	Machine Modes
	`MODE_RANDOM` :	Machine Modes
	`MODE_UACCUM` :	Machine Modes
	`MODE_UFRACT` :	Machine Modes
	modifiers in constraints:	Modifiers
	`MODIFY_EXPR` :	Unary and Binary Expressions
	`MODIFY_JNI_METHOD_CALL` :	Misc
	`modm3` instruction pattern:	Standard Names
	modulo scheduling:	RTL passes
	`MOVE_MAX` :	Misc
	`MOVE_MAX_PIECES` :	Costs
	`MOVE_RATIO` :	Costs
	`movm` instruction pattern:	Standard Names
	`movmemm` instruction pattern:	Standard Names
	`movmisalignm` instruction pattern:	Standard Names
	`movmodecc` instruction pattern:	Standard Names
	`movstr` instruction pattern:	Standard Names
	`movstrictm` instruction pattern:	Standard Names
	`msubm n4` instruction pattern:	Standard Names
	`mulhisi3` instruction pattern:	Standard Names
	`mulm3` instruction pattern:	Standard Names
	`mulqihi3` instruction pattern:	Standard Names
	`mulsidi3` instruction pattern:	Standard Names
	`mult` :	Arithmetic
	`mult` and attributes:	Expressions
	`mult`, canonicalization of:	Insn Canonicalizations
	`mult`, canonicalization of:	Insn Canonicalizations
	`MULTIARCH_DIRNAME` :	Target Fragment
	`MULTILIB_DEFAULTS` :	Driver
	`MULTILIB_DIRNAMES` :	Target Fragment
	`MULTILIB_EXCEPTIONS` :	Target Fragment
	`MULTILIB_EXTRA_OPTS` :	Target Fragment
	`MULTILIB_MATCHES` :	Target Fragment
	`MULTILIB_OPTIONS` :	Target Fragment
	`MULTILIB_OSDIRNAMES` :	Target Fragment
	`MULTILIB_REQUIRED` :	Target Fragment
	`MULTILIB_REUSE` :	Target Fragment
	multiple alternative constraints:	Multi-Alternative
	`MULTIPLE_SYMBOL_SPACES` :	Misc
	multiplication:	Arithmetic
	multiplication with signed saturation:	Arithmetic
	multiplication with unsigned saturation:	Arithmetic
	`MULT_EXPR` :	Unary and Binary Expressions
	`MULT_HIGHPART_EXPR` :	Unary and Binary Expressions
	`mulvm4` instruction pattern:	Standard Names

N
	‘`n`’ in constraint:	Simple Constraints
	name:	Identifiers
	named address spaces:	Named Address Spaces
	named patterns and conditions:	Patterns
	names, pattern:	Standard Names
	namespace, scope:	Namespaces
	`NAMESPACE_DECL` :	Declarations
	`NAMESPACE_DECL` :	Namespaces
	`NATIVE_SYSTEM_HEADER_COMPONENT` :	Driver
	`ne` :	Comparisons
	`ne` and attributes:	Expressions
	`nearbyintm2` instruction pattern:	Standard Names
	`neg` :	Arithmetic
	`neg` and attributes:	Expressions
	`neg`, canonicalization of:	Insn Canonicalizations
	`NEGATE_EXPR` :	Unary and Binary Expressions
	negation:	Arithmetic
	negation with signed saturation:	Arithmetic
	negation with unsigned saturation:	Arithmetic
	`negm2` instruction pattern:	Standard Names
	`negmodecc` instruction pattern:	Standard Names
	`negvm3` instruction pattern:	Standard Names
	nested functions, trampolines for:	Trampolines
	`nested_ptr` :	GTY Options
	`next_bb, prev_bb, FOR_EACH_BB, FOR_ALL_BB` :	Basic Blocks
	`NEXT_INSN` :	Insns
	`NEXT_OBJC_RUNTIME` :	Library Calls
	`NE_EXPR` :	Unary and Binary Expressions
	nil:	RTL Objects
	`NM_FLAGS` :	Macros for Initialization
	nondeterministic finite state automaton:	Processor pipeline description
	`nonimmediate_operand` :	Machine-Independent Predicates
	nonlocal goto handler:	Edges
	`nonlocal_goto` instruction pattern:	Standard Names
	`nonlocal_goto_receiver` instruction pattern:	Standard Names
	`nonmemory_operand` :	Machine-Independent Predicates
	nonoffsettable memory reference:	Simple Constraints
	`NON_LVALUE_EXPR` :	Unary and Binary Expressions
	`nop` instruction pattern:	Standard Names
	`NOP_EXPR` :	Unary and Binary Expressions
	normal predicates:	Predicates
	`not` :	Arithmetic
	`not` and attributes:	Expressions
	not equal:	Comparisons
	`not`, canonicalization of:	Insn Canonicalizations
	`note` :	Insns
	`note` and ‘`/i`’:	Flags
	`note` and ‘`/v`’:	Flags
	`NOTE_INSN_BASIC_BLOCK` :	Basic Blocks
	`NOTE_INSN_BASIC_BLOCK` :	Basic Blocks
	`NOTE_INSN_BLOCK_BEG` :	Insns
	`NOTE_INSN_BLOCK_END` :	Insns
	`NOTE_INSN_DELETED` :	Insns
	`NOTE_INSN_DELETED_LABEL` :	Insns
	`NOTE_INSN_EH_REGION_BEG` :	Insns
	`NOTE_INSN_EH_REGION_END` :	Insns
	`NOTE_INSN_FUNCTION_BEG` :	Insns
	`NOTE_INSN_VAR_LOCATION` :	Insns
	`NOTE_LINE_NUMBER` :	Insns
	`NOTE_SOURCE_FILE` :	Insns
	`NOTE_VAR_LOCATION` :	Insns
	`NOTICE_UPDATE_CC` :	CC0 Condition Codes
	`notmodecc` instruction pattern:	Standard Names
	`NO_DBX_BNSYM_ENSYM` :	DBX Hooks
	`NO_DBX_FUNCTION_END` :	DBX Hooks
	`NO_DBX_GCC_MARKER` :	File Names and DBX
	`NO_DBX_MAIN_SOURCE_DIRECTORY` :	File Names and DBX
	`NO_DOLLAR_IN_LABEL` :	Label Output
	`NO_DOT_IN_LABEL` :	Label Output
	`NO_FUNCTION_CSE` :	Costs
	`NO_IMPLICIT_EXTERN_C` :	Misc
	`NO_PROFILE_COUNTERS` :	Profiling
	`NO_REGS` :	Register Classes
	Number of iterations analysis:	Number of iterations
	`NUM_MACHINE_MODES` :	Machine Modes
	`NUM_MODES_FOR_MODE_SWITCHING` :	Mode Switching
	`N_REG_CLASSES` :	Register Classes

O
	‘`o`’ in constraint:	Simple Constraints
	`OACC_CACHE` :	OpenACC
	`OACC_DATA` :	OpenACC
	`OACC_DECLARE` :	OpenACC
	`OACC_ENTER_DATA` :	OpenACC
	`OACC_EXIT_DATA` :	OpenACC
	`OACC_HOST_DATA` :	OpenACC
	`OACC_KERNELS` :	OpenACC
	`OACC_LOOP` :	OpenACC
	`OACC_PARALLEL` :	OpenACC
	`OACC_UPDATE` :	OpenACC
	`OBJC_GEN_METHOD_LABEL` :	Label Output
	`OBJC_JBLEN` :	Misc
	`OBJECT_FORMAT_COFF` :	Macros for Initialization
	offsettable address:	Simple Constraints
	`OFFSET_TYPE` :	Types
	`OImode` :	Machine Modes
	`OMP_ATOMIC` :	OpenMP
	`OMP_CLAUSE` :	OpenMP
	`OMP_CONTINUE` :	OpenMP
	`OMP_CRITICAL` :	OpenMP
	`OMP_FOR` :	OpenMP
	`OMP_MASTER` :	OpenMP
	`OMP_ORDERED` :	OpenMP
	`OMP_PARALLEL` :	OpenMP
	`OMP_RETURN` :	OpenMP
	`OMP_SECTION` :	OpenMP
	`OMP_SECTIONS` :	OpenMP
	`OMP_SINGLE` :	OpenMP
	`one_cmplm2` instruction pattern:	Standard Names
	operand access:	Accessors
	Operand Access Routines:	SSA Operands
	operand constraints:	Constraints
	Operand Iterators:	SSA Operands
	operand predicates:	Predicates
	operand substitution:	Output Template
	Operands:	Operands
	operands:	SSA Operands
	`operands` :	Patterns
	operator predicates:	Predicates
	‘`optc-gen.awk`’:	Options
	`OPTGROUP_ALL` :	Optimization groups
	`OPTGROUP_INLINE` :	Optimization groups
	`OPTGROUP_IPA` :	Optimization groups
	`OPTGROUP_LOOP` :	Optimization groups
	`OPTGROUP_OMP` :	Optimization groups
	`OPTGROUP_OTHER` :	Optimization groups
	`OPTGROUP_VEC` :	Optimization groups
	optimization dumps:	Optimization info
	optimization groups:	Optimization groups
	optimization info file names:	Dump files and streams
	Optimization infrastructure for GIMPLE:	Tree SSA
	`OPTIMIZE_MODE_SWITCHING` :	Mode Switching
	option specification files:	Options
	optional hardware or system features:	Run-time Target
	options, directory search:	Including Patterns
	`OPTION_DEFAULT_SPECS` :	Driver
	order of register allocation:	Allocation Order
	`ordered_comparison_operator` :	Machine-Independent Predicates
	`ORDERED_EXPR` :	Unary and Binary Expressions
	Ordering of Patterns:	Pattern Ordering
	`ORIGINAL_REGNO` :	Special Accessors
	other register constraints:	Simple Constraints
	`outgoing_args_size` :	Stack Arguments
	`OUTGOING_REGNO` :	Register Basics
	`OUTGOING_REG_PARM_STACK_SPACE` :	Stack Arguments
	output of assembler code:	File Framework
	output statements:	Output Statement
	output templates:	Output Template
	`output_asm_insn` :	Output Statement
	`OUTPUT_QUOTED_STRING` :	File Framework
	`OVERLAPPING_REGISTER_NAMES` :	Instruction Output
	`OVERLOAD` :	Functions for C++
	`OVERRIDE_ABI_FORMAT` :	Register Arguments
	`OVL_CURRENT` :	Functions for C++
	`OVL_NEXT` :	Functions for C++

P
	‘`p`’ in constraint:	Simple Constraints
	`PAD_VARARGS_DOWN` :	Register Arguments
	`parallel` :	Side Effects
	parameters, c++ abi:	C++ ABI
	parameters, miscellaneous:	Misc
	parameters, precompiled headers:	PCH Target
	`parity` :	Arithmetic
	`paritym2` instruction pattern:	Standard Names
	`PARM_BOUNDARY` :	Storage Layout
	`PARM_DECL` :	Declarations
	`PARSE_LDD_OUTPUT` :	Macros for Initialization
	pass dumps:	Passes
	passes and files of the compiler:	Passes
	passing arguments:	Interface
	`pass_duplicate_computed_gotos` :	Edges
	`PATH_SEPARATOR` :	Filesystem
	`PATTERN` :	Insns
	pattern conditions:	Patterns
	pattern names:	Standard Names
	Pattern Ordering:	Pattern Ordering
	patterns:	Patterns
	`pc` :	Regs and Memory
	`pc` and attributes:	Insn Lengths
	`pc`, RTL sharing:	Sharing
	`PCC_BITFIELD_TYPE_MATTERS` :	Storage Layout
	`PCC_STATIC_STRUCT_RETURN` :	Aggregate Return
	`PC_REGNUM` :	Register Basics
	`pc_rtx` :	Regs and Memory
	`PDImode` :	Machine Modes
	peephole optimization, RTL representation:	Side Effects
	peephole optimizer definitions:	Peephole Definitions
	per-function data:	Per-Function Data
	percent sign:	Output Template
	PHI nodes:	SSA
	PIC:	PIC
	`PIC_OFFSET_TABLE_REGNUM` :	PIC
	`PIC_OFFSET_TABLE_REG_CALL_CLOBBERED` :	PIC
	pipeline hazard recognizer:	Processor pipeline description
	pipeline hazard recognizer:	Processor pipeline description
	Plugins:	Plugins
	`plus` :	Arithmetic
	`plus` and attributes:	Expressions
	`plus`, canonicalization of:	Insn Canonicalizations
	`PLUS_EXPR` :	Unary and Binary Expressions
	`Pmode` :	Misc
	`pmode_register_operand` :	Machine-Independent Predicates
	pointer:	Types
	`POINTERS_EXTEND_UNSIGNED` :	Storage Layout
	`POINTER_PLUS_EXPR` :	Unary and Binary Expressions
	`POINTER_SIZE` :	Storage Layout
	`POINTER_TYPE` :	Types
	`popcount` :	Arithmetic
	`popcountm2` instruction pattern:	Standard Names
	`pops_args` :	Function Entry
	`pop_operand` :	Machine-Independent Predicates
	portability:	Portability
	position independent code:	PIC
	`POSTDECREMENT_EXPR` :	Unary and Binary Expressions
	`POSTINCREMENT_EXPR` :	Unary and Binary Expressions
	`post_dec` :	Incdec
	`post_inc` :	Incdec
	`POST_LINK_SPEC` :	Driver
	`post_modify` :	Incdec
	`post_order_compute, inverted_post_order_compute, walk_dominator_tree` :	Basic Blocks
	`POWI_MAX_MULTS` :	Misc
	`powm3` instruction pattern:	Standard Names
	`pragma` :	Misc
	`PREDECREMENT_EXPR` :	Unary and Binary Expressions
	predefined macros:	Run-time Target
	predicates:	Predicates
	predicates and machine modes:	Predicates
	predication:	Conditional Execution
	`predict.def` :	Profile information
	`PREFERRED_DEBUGGING_TYPE` :	All Debuggers
	`PREFERRED_RELOAD_CLASS` :	Register Classes
	`PREFERRED_STACK_BOUNDARY` :	Storage Layout
	`prefetch` :	Side Effects
	`prefetch` and ‘`/v`’:	Flags
	`prefetch` instruction pattern:	Standard Names
	`PREFETCH_SCHEDULE_BARRIER_P` :	Flags
	`PREINCREMENT_EXPR` :	Unary and Binary Expressions
	`presence_set` :	Processor pipeline description
	preserving SSA form:	SSA
	`pretend_args_size` :	Function Entry
	`prev_active_insn` :	define_peephole
	`PREV_INSN` :	Insns
	`pre_dec` :	Incdec
	`PRE_GCC3_DWARF_FRAME_REGISTERS` :	Frame Registers
	`pre_inc` :	Incdec
	`pre_modify` :	Incdec
	`PRINT_OPERAND` :	Instruction Output
	`PRINT_OPERAND_ADDRESS` :	Instruction Output
	`PRINT_OPERAND_PUNCT_VALID_P` :	Instruction Output
	`probe_stack` instruction pattern:	Standard Names
	`probe_stack_address` instruction pattern:	Standard Names
	processor functional units:	Processor pipeline description
	processor functional units:	Processor pipeline description
	processor pipeline description:	Processor pipeline description
	product:	Arithmetic
	profile feedback:	Profile information
	profile representation:	Profile information
	`PROFILE_BEFORE_PROLOGUE` :	Profiling
	`PROFILE_HOOK` :	Profiling
	profiling, code generation:	Profiling
	program counter:	Regs and Memory
	prologue:	Function Entry
	`prologue` instruction pattern:	Standard Names
	`PROMOTE_MODE` :	Storage Layout
	pseudo registers:	Regs and Memory
	`PSImode` :	Machine Modes
	`PTRDIFF_TYPE` :	Type Layout
	`purge_dead_edges` :	Edges
	`purge_dead_edges` :	Maintaining the CFG
	push address instruction:	Simple Constraints
	`pushm1` instruction pattern:	Standard Names
	`PUSH_ARGS` :	Stack Arguments
	`PUSH_ARGS_REVERSED` :	Stack Arguments
	`push_operand` :	Machine-Independent Predicates
	`push_reload` :	Addressing Modes
	`PUSH_ROUNDING` :	Stack Arguments
	`PUT_CODE` :	RTL Objects
	`PUT_MODE` :	Machine Modes
	`PUT_REG_NOTE_KIND` :	Insns
	`PUT_SDB_…` :	SDB and DWARF

Q
	`QCmode` :	Machine Modes
	`QFmode` :	Machine Modes
	`QImode` :	Machine Modes
	`QImode`, in `insn` :	Insns
	`QQmode` :	Machine Modes
	qualified type:	Types
	qualified type:	Types for C++
	querying function unit reservations:	Processor pipeline description
	question mark:	Multi-Alternative
	quotient:	Arithmetic

R
	‘`r`’ in constraint:	Simple Constraints
	`RDIV_EXPR` :	Unary and Binary Expressions
	`READONLY_DATA_SECTION_ASM_OP` :	Sections
	real operands:	SSA Operands
	`REALPART_EXPR` :	Unary and Binary Expressions
	`REAL_CST` :	Constant expressions
	`REAL_LIBGCC_SPEC` :	Driver
	`REAL_NM_FILE_NAME` :	Macros for Initialization
	`REAL_TYPE` :	Types
	`REAL_VALUE_ABS` :	Floating Point
	`REAL_VALUE_ATOF` :	Floating Point
	`REAL_VALUE_FIX` :	Floating Point
	`REAL_VALUE_ISINF` :	Floating Point
	`REAL_VALUE_ISNAN` :	Floating Point
	`REAL_VALUE_NEGATE` :	Floating Point
	`REAL_VALUE_NEGATIVE` :	Floating Point
	`REAL_VALUE_TO_TARGET_DECIMAL128` :	Data Output
	`REAL_VALUE_TO_TARGET_DECIMAL32` :	Data Output
	`REAL_VALUE_TO_TARGET_DECIMAL64` :	Data Output
	`REAL_VALUE_TO_TARGET_DOUBLE` :	Data Output
	`REAL_VALUE_TO_TARGET_LONG_DOUBLE` :	Data Output
	`REAL_VALUE_TO_TARGET_SINGLE` :	Data Output
	`REAL_VALUE_TYPE` :	Floating Point
	`REAL_VALUE_UNSIGNED_FIX` :	Floating Point
	recognizing insns:	RTL Template
	`recog_data.operand` :	Instruction Output
	`RECORD_TYPE` :	Types
	`RECORD_TYPE` :	Classes
	`redirect_edge_and_branch` :	Profile information
	`redirect_edge_and_branch, redirect_jump` :	Maintaining the CFG
	`reduc_plus_scal_m` instruction pattern:	Standard Names
	`reduc_smax_scal_m` instruction pattern:	Standard Names
	`reduc_smin_scal_m` instruction pattern:	Standard Names
	`reduc_umax_scal_m` instruction pattern:	Standard Names
	`reduc_umin_scal_m` instruction pattern:	Standard Names
	reference:	Types
	`REFERENCE_TYPE` :	Types
	`reg` :	Regs and Memory
	`reg` and ‘`/f`’:	Flags
	`reg` and ‘`/i`’:	Flags
	`reg` and ‘`/v`’:	Flags
	`reg`, RTL sharing:	Sharing
	register allocation order:	Allocation Order
	register class definitions:	Register Classes
	register class preference constraints:	Class Preferences
	register pairs:	Values in Registers
	Register Transfer Language (RTL):	RTL
	register usage:	Registers
	registers arguments:	Register Arguments
	registers in constraints:	Simple Constraints
	`REGISTER_MOVE_COST` :	Costs
	`REGISTER_NAMES` :	Instruction Output
	`register_operand` :	Machine-Independent Predicates
	`REGISTER_PREFIX` :	Instruction Output
	`REGISTER_TARGET_PRAGMAS` :	Misc
	`REGMODE_NATURAL_SIZE` :	Values in Registers
	`REGNO_MODE_CODE_OK_FOR_BASE_P` :	Register Classes
	`REGNO_MODE_OK_FOR_BASE_P` :	Register Classes
	`REGNO_MODE_OK_FOR_REG_BASE_P` :	Register Classes
	`REGNO_OK_FOR_BASE_P` :	Register Classes
	`REGNO_OK_FOR_INDEX_P` :	Register Classes
	`REGNO_REG_CLASS` :	Register Classes
	`regs_ever_live` :	Function Entry
	regular expressions:	Processor pipeline description
	regular expressions:	Processor pipeline description
	`REG_ALLOC_ORDER` :	Allocation Order
	`REG_BR_PRED` :	Insns
	`REG_BR_PROB` :	Insns
	`REG_BR_PROB_BASE, BB_FREQ_BASE, count` :	Profile information
	`REG_BR_PROB_BASE, EDGE_FREQUENCY` :	Profile information
	`REG_CC_SETTER` :	Insns
	`REG_CC_USER` :	Insns
	`reg_class_contents` :	Register Basics
	`REG_CLASS_CONTENTS` :	Register Classes
	`reg_class_for_constraint` :	C Constraint Interface
	`REG_CLASS_NAMES` :	Register Classes
	`REG_CROSSING_JUMP` :	Insns
	`REG_DEAD` :	Insns
	`REG_DEAD, REG_UNUSED` :	Liveness information
	`REG_DEP_ANTI` :	Insns
	`REG_DEP_OUTPUT` :	Insns
	`REG_DEP_TRUE` :	Insns
	`REG_EH_REGION, EDGE_ABNORMAL_CALL` :	Edges
	`REG_EQUAL` :	Insns
	`REG_EQUIV` :	Insns
	`REG_EXPR` :	Special Accessors
	`REG_FRAME_RELATED_EXPR` :	Insns
	`REG_FUNCTION_VALUE_P` :	Flags
	`REG_INC` :	Insns
	`reg_label` and ‘`/v`’:	Flags
	`REG_LABEL_OPERAND` :	Insns
	`REG_LABEL_TARGET` :	Insns
	`reg_names` :	Register Basics
	`reg_names` :	Instruction Output
	`REG_NONNEG` :	Insns
	`REG_NOTES` :	Insns
	`REG_NOTE_KIND` :	Insns
	`REG_OFFSET` :	Special Accessors
	`REG_OK_STRICT` :	Addressing Modes
	`REG_PARM_STACK_SPACE` :	Stack Arguments
	`REG_PARM_STACK_SPACE`, and `TARGET_FUNCTION_ARG` :	Register Arguments
	`REG_POINTER` :	Flags
	`REG_SETJMP` :	Insns
	`REG_UNUSED` :	Insns
	`REG_USERVAR_P` :	Flags
	`REG_VALUE_IN_UNWIND_CONTEXT` :	Frame Registers
	`REG_WORDS_BIG_ENDIAN` :	Storage Layout
	relative costs:	Costs
	`RELATIVE_PREFIX_NOT_LINKDIR` :	Driver
	reloading:	RTL passes
	`reload_completed` :	Standard Names
	`reload_in` instruction pattern:	Standard Names
	`reload_in_progress` :	Standard Names
	`reload_out` instruction pattern:	Standard Names
	remainder:	Arithmetic
	`remainderm3` instruction pattern:	Standard Names
	`reorder` :	GTY Options
	representation of RTL:	RTL
	reservation delays:	Processor pipeline description
	`restore_stack_block` instruction pattern:	Standard Names
	`restore_stack_function` instruction pattern:	Standard Names
	`restore_stack_nonlocal` instruction pattern:	Standard Names
	`rest_of_decl_compilation` :	Parsing pass
	`rest_of_type_compilation` :	Parsing pass
	`RESULT_DECL` :	Declarations
	`return` :	Side Effects
	`return` instruction pattern:	Standard Names
	return values in registers:	Scalar Return
	returning aggregate values:	Aggregate Return
	returning structures and unions:	Interface
	`RETURN_ADDRESS_POINTER_REGNUM` :	Frame Registers
	`RETURN_ADDR_IN_PREVIOUS_FRAME` :	Frame Layout
	`RETURN_ADDR_OFFSET` :	Exception Handling
	`RETURN_ADDR_RTX` :	Frame Layout
	`RETURN_EXPR` :	Statements for C++
	`RETURN_STMT` :	Statements for C++
	`return_val` :	Flags
	`return_val`, in `call_insn` :	Flags
	`return_val`, in `reg` :	Flags
	`return_val`, in `symbol_ref` :	Flags
	reverse probability:	Profile information
	`REVERSE_CONDITION` :	MODE_CC Condition Codes
	`REVERSIBLE_CC_MODE` :	MODE_CC Condition Codes
	right rotate:	Arithmetic
	right shift:	Arithmetic
	`rintm2` instruction pattern:	Standard Names
	RISC:	Processor pipeline description
	RISC:	Processor pipeline description
	roots, marking:	GGC Roots
	rotate:	Arithmetic
	`rotate` :	Arithmetic
	`rotatert` :	Arithmetic
	`rotlm3` instruction pattern:	Standard Names
	`rotrm3` instruction pattern:	Standard Names
	`roundm2` instruction pattern:	Standard Names
	`ROUND_DIV_EXPR` :	Unary and Binary Expressions
	`ROUND_MOD_EXPR` :	Unary and Binary Expressions
	`ROUND_TYPE_ALIGN` :	Storage Layout
	`RSHIFT_EXPR` :	Unary and Binary Expressions
	`rsqrtm2` instruction pattern:	Standard Names
	RTL addition:	Arithmetic
	RTL addition with signed saturation:	Arithmetic
	RTL addition with unsigned saturation:	Arithmetic
	RTL classes:	RTL Classes
	RTL comparison:	Arithmetic
	RTL comparison operations:	Comparisons
	RTL constant expression types:	Constants
	RTL constants:	Constants
	RTL declarations:	RTL Declarations
	RTL difference:	Arithmetic
	RTL expression:	RTL Objects
	RTL expressions for arithmetic:	Arithmetic
	RTL format:	RTL Classes
	RTL format characters:	RTL Classes
	RTL function-call insns:	Calls
	RTL insn template:	RTL Template
	RTL integers:	RTL Objects
	RTL memory expressions:	Regs and Memory
	RTL object types:	RTL Objects
	RTL postdecrement:	Incdec
	RTL postincrement:	Incdec
	RTL predecrement:	Incdec
	RTL preincrement:	Incdec
	RTL register expressions:	Regs and Memory
	RTL representation:	RTL
	RTL side effect expressions:	Side Effects
	RTL strings:	RTL Objects
	RTL structure sharing assumptions:	Sharing
	RTL subtraction:	Arithmetic
	RTL subtraction with signed saturation:	Arithmetic
	RTL subtraction with unsigned saturation:	Arithmetic
	RTL sum:	Arithmetic
	RTL vectors:	RTL Objects
	`RTL_CONST_CALL_P` :	Flags
	`RTL_CONST_OR_PURE_CALL_P` :	Flags
	`RTL_LOOPING_CONST_OR_PURE_CALL_P` :	Flags
	`RTL_PURE_CALL_P` :	Flags
	RTX (See RTL):	RTL Objects
	RTX codes, classes of:	RTL Classes
	`RTX_FRAME_RELATED_P` :	Flags
	run-time conventions:	Interface
	run-time target specification:	Run-time Target

S
	‘`s`’ in constraint:	Simple Constraints
	`SAD_EXPR` :	Vectors
	`same_type_p` :	Types
	`SAmode` :	Machine Modes
	`satfractm n2` instruction pattern:	Standard Names
	`satfractunsm n2` instruction pattern:	Standard Names
	`satisfies_constraint_m` :	C Constraint Interface
	`sat_fract` :	Conversions
	`SAVE_EXPR` :	Unary and Binary Expressions
	`save_stack_block` instruction pattern:	Standard Names
	`save_stack_function` instruction pattern:	Standard Names
	`save_stack_nonlocal` instruction pattern:	Standard Names
	`SBSS_SECTION_ASM_OP` :	Sections
	Scalar evolutions:	Scalar evolutions
	scalars, returned as values:	Scalar Return
	`scalbm3` instruction pattern:	Standard Names
	`SCHED_GROUP_P` :	Flags
	`SCmode` :	Machine Modes
	`scratch` :	Regs and Memory
	scratch operands:	Regs and Memory
	`scratch`, RTL sharing:	Sharing
	`scratch_operand` :	Machine-Independent Predicates
	`SDATA_SECTION_ASM_OP` :	Sections
	`SDB_ALLOW_FORWARD_REFERENCES` :	SDB and DWARF
	`SDB_ALLOW_UNKNOWN_REFERENCES` :	SDB and DWARF
	`SDB_DEBUGGING_INFO` :	SDB and DWARF
	`SDB_DELIM` :	SDB and DWARF
	`SDB_OUTPUT_SOURCE_LINE` :	SDB and DWARF
	`SDmode` :	Machine Modes
	`sdot_prodm` instruction pattern:	Standard Names
	search options:	Including Patterns
	`SECONDARY_INPUT_RELOAD_CLASS` :	Register Classes
	`SECONDARY_MEMORY_NEEDED` :	Register Classes
	`SECONDARY_MEMORY_NEEDED_MODE` :	Register Classes
	`SECONDARY_MEMORY_NEEDED_RTX` :	Register Classes
	`SECONDARY_OUTPUT_RELOAD_CLASS` :	Register Classes
	`SECONDARY_RELOAD_CLASS` :	Register Classes
	`SELECT_CC_MODE` :	MODE_CC Condition Codes
	`sequence` :	Side Effects
	Sequence iterators:	Sequence iterators
	`set` :	Side Effects
	`set` and ‘`/f`’:	Flags
	`setmemm` instruction pattern:	Standard Names
	`SETUP_FRAME_ADDRESSES` :	Frame Layout
	`SET_ASM_OP` :	Label Output
	`SET_ASM_OP` :	Label Output
	`set_attr` :	Tagging Insns
	`set_attr_alternative` :	Tagging Insns
	`set_bb_seq` :	GIMPLE sequences
	`SET_DEST` :	Side Effects
	`SET_IS_RETURN_P` :	Flags
	`SET_LABEL_KIND` :	Insns
	`set_optab_libfunc` :	Library Calls
	`SET_RATIO` :	Costs
	`SET_SRC` :	Side Effects
	`set_thread_pointermode` instruction pattern:	Standard Names
	`SET_TYPE_STRUCTURAL_EQUALITY` :	Types
	`SET_TYPE_STRUCTURAL_EQUALITY` :	Types
	`SFmode` :	Machine Modes
	sharing of RTL components:	Sharing
	shift:	Arithmetic
	`SHIFT_COUNT_TRUNCATED` :	Misc
	`SHLIB_SUFFIX` :	Macros for Initialization
	`SHORT_ACCUM_TYPE_SIZE` :	Type Layout
	`SHORT_FRACT_TYPE_SIZE` :	Type Layout
	`SHORT_IMMEDIATES_SIGN_EXTEND` :	Misc
	`SHORT_TYPE_SIZE` :	Type Layout
	shrink-wrapping separate components:	Shrink-wrapping separate components
	`sibcall_epilogue` instruction pattern:	Standard Names
	sibling call:	Edges
	`SIBLING_CALL_P` :	Flags
	signed division:	Arithmetic
	signed division with signed saturation:	Arithmetic
	signed maximum:	Arithmetic
	signed minimum:	Arithmetic
	`significandm2` instruction pattern:	Standard Names
	`sign_extend` :	Conversions
	`sign_extract` :	Bit-Fields
	`sign_extract`, canonicalization of:	Insn Canonicalizations
	`SIG_ATOMIC_TYPE` :	Type Layout
	`SImode` :	Machine Modes
	simple constraints:	Simple Constraints
	`simple_return` :	Side Effects
	`simple_return` instruction pattern:	Standard Names
	`sincosm3` instruction pattern:	Standard Names
	`sinm2` instruction pattern:	Standard Names
	`SIZETYPE` :	Type Layout
	`SIZE_ASM_OP` :	Label Output
	`SIZE_TYPE` :	Type Layout
	`skip` :	GTY Options
	`SLOW_BYTE_ACCESS` :	Costs
	`SLOW_UNALIGNED_ACCESS` :	Costs
	`smax` :	Arithmetic
	`smin` :	Arithmetic
	sms, swing, software pipelining:	RTL passes
	`smulm3_highpart` instruction pattern:	Standard Names
	soft float library:	Soft float library routines
	`special` :	GTY Options
	special predicates:	Predicates
	`SPECS` :	Target Fragment
	speed of instructions:	Costs
	splitting instructions:	Insn Splitting
	`split_block` :	Maintaining the CFG
	`SQmode` :	Machine Modes
	`sqrt` :	Arithmetic
	`sqrtm2` instruction pattern:	Standard Names
	square root:	Arithmetic
	SSA:	SSA
	`ssaddm3` instruction pattern:	Standard Names
	`ssadm` instruction pattern:	Standard Names
	`ssashlm3` instruction pattern:	Standard Names
	`SSA_NAME_DEF_STMT` :	SSA
	`SSA_NAME_VERSION` :	SSA
	`ssdivm3` instruction pattern:	Standard Names
	`ssmaddm n4` instruction pattern:	Standard Names
	`ssmsubm n4` instruction pattern:	Standard Names
	`ssmulm3` instruction pattern:	Standard Names
	`ssnegm2` instruction pattern:	Standard Names
	`sssubm3` instruction pattern:	Standard Names
	`ss_abs` :	Arithmetic
	`ss_ashift` :	Arithmetic
	`ss_div` :	Arithmetic
	`ss_minus` :	Arithmetic
	`ss_mult` :	Arithmetic
	`ss_neg` :	Arithmetic
	`ss_plus` :	Arithmetic
	`ss_truncate` :	Conversions
	stack arguments:	Stack Arguments
	stack frame layout:	Frame Layout
	stack smashing protection:	Stack Smashing Protection
	`STACK_ALIGNMENT_NEEDED` :	Frame Layout
	`STACK_BOUNDARY` :	Storage Layout
	`STACK_CHECK_BUILTIN` :	Stack Checking
	`STACK_CHECK_FIXED_FRAME_SIZE` :	Stack Checking
	`STACK_CHECK_MAX_FRAME_SIZE` :	Stack Checking
	`STACK_CHECK_MAX_VAR_SIZE` :	Stack Checking
	`STACK_CHECK_MOVING_SP` :	Stack Checking
	`STACK_CHECK_PROBE_INTERVAL_EXP` :	Stack Checking
	`STACK_CHECK_PROTECT` :	Stack Checking
	`STACK_CHECK_STATIC_BUILTIN` :	Stack Checking
	`STACK_DYNAMIC_OFFSET` :	Frame Layout
	`STACK_DYNAMIC_OFFSET` and virtual registers:	Regs and Memory
	`STACK_GROWS_DOWNWARD` :	Frame Layout
	`STACK_PARMS_IN_REG_PARM_AREA` :	Stack Arguments
	`STACK_POINTER_OFFSET` :	Frame Layout
	`STACK_POINTER_OFFSET` and virtual registers:	Regs and Memory
	`STACK_POINTER_REGNUM` :	Frame Registers
	`STACK_POINTER_REGNUM` and virtual registers:	Regs and Memory
	`stack_pointer_rtx` :	Frame Registers
	`stack_protect_set` instruction pattern:	Standard Names
	`stack_protect_test` instruction pattern:	Standard Names
	`STACK_PUSH_CODE` :	Frame Layout
	`STACK_REGS` :	Stack Registers
	`STACK_REG_COVER_CLASS` :	Stack Registers
	`STACK_SAVEAREA_MODE` :	Storage Layout
	`STACK_SIZE_MODE` :	Storage Layout
	`STACK_SLOT_ALIGNMENT` :	Storage Layout
	standard pattern names:	Standard Names
	`STANDARD_STARTFILE_PREFIX` :	Driver
	`STANDARD_STARTFILE_PREFIX_1` :	Driver
	`STANDARD_STARTFILE_PREFIX_2` :	Driver
	`STARTFILE_SPEC` :	Driver
	`STARTING_FRAME_OFFSET` :	Frame Layout
	`STARTING_FRAME_OFFSET` and virtual registers:	Regs and Memory
	Statement and operand traversals:	Statement and operand traversals
	Statement Sequences:	Statement Sequences
	Statements:	Statements
	statements:	Function Properties
	statements:	Statements for C++
	Static profile estimation:	Profile information
	static single assignment:	SSA
	`STATIC_CHAIN_INCOMING_REGNUM` :	Frame Registers
	`STATIC_CHAIN_REGNUM` :	Frame Registers
	`stdarg.h` and register arguments:	Register Arguments
	`STDC_0_IN_SYSTEM_HEADERS` :	Misc
	`STMT_EXPR` :	Unary and Binary Expressions
	`STMT_IS_FULL_EXPR_P` :	Statements for C++
	storage layout:	Storage Layout
	`STORE_FLAG_VALUE` :	Misc
	`STORE_MAX_PIECES` :	Costs
	‘`store_multiple`’ instruction pattern:	Standard Names
	`strcpy` :	Storage Layout
	`STRICT_ALIGNMENT` :	Storage Layout
	`strict_low_part` :	RTL Declarations
	`strict_memory_address_p` :	Addressing Modes
	`STRING_CST` :	Constant expressions
	`STRING_POOL_ADDRESS_P` :	Flags
	`strlenm` instruction pattern:	Standard Names
	structure value address:	Aggregate Return
	structures, returning:	Interface
	`STRUCTURE_SIZE_BOUNDARY` :	Storage Layout
	`subm3` instruction pattern:	Standard Names
	`SUBOBJECT` :	Statements for C++
	`SUBOBJECT_CLEANUP` :	Statements for C++
	`subreg` :	Regs and Memory
	`subreg` and ‘`/s`’:	Flags
	`subreg` and ‘`/u`’:	Flags
	`subreg` and ‘`/u`’ and ‘`/v`’:	Flags
	`subreg`, in `strict_low_part` :	RTL Declarations
	`SUBREG_BYTE` :	Regs and Memory
	`SUBREG_PROMOTED_UNSIGNED_P` :	Flags
	`SUBREG_PROMOTED_UNSIGNED_SET` :	Flags
	`SUBREG_PROMOTED_VAR_P` :	Flags
	`SUBREG_REG` :	Regs and Memory
	subst iterators in `.md` files:	Subst Iterators
	`subvm4` instruction pattern:	Standard Names
	`SUCCESS_EXIT_CODE` :	Host Misc
	`SUPPORTS_INIT_PRIORITY` :	Macros for Initialization
	`SUPPORTS_ONE_ONLY` :	Label Output
	`SUPPORTS_WEAK` :	Label Output
	`SWITCHABLE_TARGET` :	Run-time Target
	`SWITCH_BODY` :	Statements for C++
	`SWITCH_COND` :	Statements for C++
	`SWITCH_STMT` :	Statements for C++
	symbolic label:	Sharing
	`SYMBOL_FLAG_ANCHOR` :	Special Accessors
	`SYMBOL_FLAG_EXTERNAL` :	Special Accessors
	`SYMBOL_FLAG_FUNCTION` :	Special Accessors
	`SYMBOL_FLAG_HAS_BLOCK_INFO` :	Special Accessors
	`SYMBOL_FLAG_LOCAL` :	Special Accessors
	`SYMBOL_FLAG_SMALL` :	Special Accessors
	`SYMBOL_FLAG_TLS_SHIFT` :	Special Accessors
	`symbol_ref` :	Constants
	`symbol_ref` and ‘`/f`’:	Flags
	`symbol_ref` and ‘`/i`’:	Flags
	`symbol_ref` and ‘`/u`’:	Flags
	`symbol_ref` and ‘`/v`’:	Flags
	`symbol_ref`, RTL sharing:	Sharing
	`SYMBOL_REF_ANCHOR_P` :	Special Accessors
	`SYMBOL_REF_BLOCK` :	Special Accessors
	`SYMBOL_REF_BLOCK_OFFSET` :	Special Accessors
	`SYMBOL_REF_CONSTANT` :	Special Accessors
	`SYMBOL_REF_DATA` :	Special Accessors
	`SYMBOL_REF_DECL` :	Special Accessors
	`SYMBOL_REF_EXTERNAL_P` :	Special Accessors
	`SYMBOL_REF_FLAG` :	Flags
	`SYMBOL_REF_FLAG`, in `TARGET_ENCODE_SECTION_INFO` :	Sections
	`SYMBOL_REF_FLAGS` :	Special Accessors
	`SYMBOL_REF_FUNCTION_P` :	Special Accessors
	`SYMBOL_REF_HAS_BLOCK_INFO_P` :	Special Accessors
	`SYMBOL_REF_LOCAL_P` :	Special Accessors
	`SYMBOL_REF_SMALL_P` :	Special Accessors
	`SYMBOL_REF_TLS_MODEL` :	Special Accessors
	`SYMBOL_REF_USED` :	Flags
	`SYMBOL_REF_WEAK` :	Flags
	`sync_addmode` instruction pattern:	Standard Names
	`sync_andmode` instruction pattern:	Standard Names
	`sync_compare_and_swapmode` instruction pattern:	Standard Names
	`sync_iormode` instruction pattern:	Standard Names
	`sync_lock_releasemode` instruction pattern:	Standard Names
	`sync_lock_test_and_setmode` instruction pattern:	Standard Names
	`sync_nandmode` instruction pattern:	Standard Names
	`sync_new_addmode` instruction pattern:	Standard Names
	`sync_new_andmode` instruction pattern:	Standard Names
	`sync_new_iormode` instruction pattern:	Standard Names
	`sync_new_nandmode` instruction pattern:	Standard Names
	`sync_new_submode` instruction pattern:	Standard Names
	`sync_new_xormode` instruction pattern:	Standard Names
	`sync_old_addmode` instruction pattern:	Standard Names
	`sync_old_andmode` instruction pattern:	Standard Names
	`sync_old_iormode` instruction pattern:	Standard Names
	`sync_old_nandmode` instruction pattern:	Standard Names
	`sync_old_submode` instruction pattern:	Standard Names
	`sync_old_xormode` instruction pattern:	Standard Names
	`sync_submode` instruction pattern:	Standard Names
	`sync_xormode` instruction pattern:	Standard Names
	`SYSROOT_HEADERS_SUFFIX_SPEC` :	Driver
	`SYSROOT_SUFFIX_SPEC` :	Driver

T
	`t-target` :	Target Fragment
	table jump:	Basic Blocks
	`tablejump` instruction pattern:	Standard Names
	`tag` :	GTY Options
	tagging insns:	Tagging Insns
	tail calls:	Tail Calls
	`TAmode` :	Machine Modes
	`tanm2` instruction pattern:	Standard Names
	target attributes:	Target Attributes
	target description macros:	Target Macros
	target functions:	Target Structure
	target hooks:	Target Structure
	target makefile fragment:	Target Fragment
	target specifications:	Run-time Target
	`targetm` :	Target Structure
	targets, makefile:	Makefile
	`TARGET_ABSOLUTE_BIGGEST_ALIGNMENT` :	Storage Layout
	`TARGET_ADDITIONAL_ALLOCNO_CLASS_P` :	Register Classes
	`TARGET_ADDRESS_COST` :	Costs
	`TARGET_ADDR_SPACE_ADDRESS_MODE` :	Named Address Spaces
	`TARGET_ADDR_SPACE_CONVERT` :	Named Address Spaces
	`TARGET_ADDR_SPACE_DEBUG` :	Named Address Spaces
	`TARGET_ADDR_SPACE_DIAGNOSE_USAGE` :	Named Address Spaces
	`TARGET_ADDR_SPACE_LEGITIMATE_ADDRESS_P` :	Named Address Spaces
	`TARGET_ADDR_SPACE_LEGITIMIZE_ADDRESS` :	Named Address Spaces
	`TARGET_ADDR_SPACE_POINTER_MODE` :	Named Address Spaces
	`TARGET_ADDR_SPACE_SUBSET_P` :	Named Address Spaces
	`TARGET_ADDR_SPACE_VALID_POINTER_MODE` :	Named Address Spaces
	`TARGET_ADDR_SPACE_ZERO_ADDRESS_VALID` :	Named Address Spaces
	`TARGET_ALIGN_ANON_BITFIELD` :	Storage Layout
	`TARGET_ALLOCATE_INITIAL_VALUE` :	Misc
	`TARGET_ALLOCATE_STACK_SLOTS_FOR_ARGS` :	Misc
	`TARGET_ALWAYS_STRIP_DOTDOT` :	Driver
	`TARGET_ARG_PARTIAL_BYTES` :	Register Arguments
	`TARGET_ARM_EABI_UNWINDER` :	Exception Region Output
	`TARGET_ARRAY_MODE_SUPPORTED_P` :	Register Arguments
	`TARGET_ASAN_SHADOW_OFFSET` :	Misc
	`TARGET_ASM_ALIGNED_DI_OP` :	Data Output
	`TARGET_ASM_ALIGNED_HI_OP` :	Data Output
	`TARGET_ASM_ALIGNED_SI_OP` :	Data Output
	`TARGET_ASM_ALIGNED_TI_OP` :	Data Output
	`TARGET_ASM_ASSEMBLE_UNDEFINED_DECL` :	Label Output
	`TARGET_ASM_ASSEMBLE_VISIBILITY` :	Label Output
	`TARGET_ASM_BYTE_OP` :	Data Output
	`TARGET_ASM_CAN_OUTPUT_MI_THUNK` :	Function Entry
	`TARGET_ASM_CLOSE_PAREN` :	Data Output
	`TARGET_ASM_CODE_END` :	File Framework
	`TARGET_ASM_CONSTRUCTOR` :	Macros for Initialization
	`TARGET_ASM_DECLARE_CONSTANT_NAME` :	Label Output
	`TARGET_ASM_DECL_END` :	Data Output
	`TARGET_ASM_DESTRUCTOR` :	Macros for Initialization
	`TARGET_ASM_ELF_FLAGS_NUMERIC` :	File Framework
	`TARGET_ASM_EMIT_EXCEPT_PERSONALITY` :	Dispatch Tables
	`TARGET_ASM_EMIT_EXCEPT_TABLE_LABEL` :	Dispatch Tables
	`TARGET_ASM_EMIT_UNWIND_LABEL` :	Dispatch Tables
	`TARGET_ASM_EXTERNAL_LIBCALL` :	Label Output
	`TARGET_ASM_FILE_END` :	File Framework
	`TARGET_ASM_FILE_START` :	File Framework
	`TARGET_ASM_FILE_START_APP_OFF` :	File Framework
	`TARGET_ASM_FILE_START_FILE_DIRECTIVE` :	File Framework
	`TARGET_ASM_FINAL_POSTSCAN_INSN` :	Instruction Output
	`TARGET_ASM_FUNCTION_BEGIN_EPILOGUE` :	Function Entry
	`TARGET_ASM_FUNCTION_END_PROLOGUE` :	Function Entry
	`TARGET_ASM_FUNCTION_EPILOGUE` :	Function Entry
	`TARGET_ASM_FUNCTION_PROLOGUE` :	Function Entry
	`TARGET_ASM_FUNCTION_RODATA_SECTION` :	Sections
	`TARGET_ASM_FUNCTION_SECTION` :	File Framework
	`TARGET_ASM_FUNCTION_SWITCHED_TEXT_SECTIONS` :	File Framework
	`TARGET_ASM_GLOBALIZE_DECL_NAME` :	Label Output
	`TARGET_ASM_GLOBALIZE_LABEL` :	Label Output
	`TARGET_ASM_INIT_SECTIONS` :	Sections
	`TARGET_ASM_INTEGER` :	Data Output
	`TARGET_ASM_INTERNAL_LABEL` :	Label Output
	`TARGET_ASM_JUMP_ALIGN_MAX_SKIP` :	Alignment Output
	`TARGET_ASM_LABEL_ALIGN_AFTER_BARRIER_MAX_SKIP` :	Alignment Output
	`TARGET_ASM_LABEL_ALIGN_MAX_SKIP` :	Alignment Output
	`TARGET_ASM_LOOP_ALIGN_MAX_SKIP` :	Alignment Output
	`TARGET_ASM_LTO_END` :	File Framework
	`TARGET_ASM_LTO_START` :	File Framework
	`TARGET_ASM_MARK_DECL_PRESERVED` :	Label Output
	`TARGET_ASM_MERGEABLE_RODATA_PREFIX` :	Sections
	`TARGET_ASM_NAMED_SECTION` :	File Framework
	`TARGET_ASM_OPEN_PAREN` :	Data Output
	`TARGET_ASM_OUTPUT_ADDR_CONST_EXTRA` :	Data Output
	`TARGET_ASM_OUTPUT_ANCHOR` :	Anchored Addresses
	`TARGET_ASM_OUTPUT_DWARF_DTPREL` :	SDB and DWARF
	`TARGET_ASM_OUTPUT_IDENT` :	File Framework
	`TARGET_ASM_OUTPUT_MI_THUNK` :	Function Entry
	`TARGET_ASM_OUTPUT_SOURCE_FILENAME` :	File Framework
	`TARGET_ASM_RECORD_GCC_SWITCHES` :	File Framework
	`TARGET_ASM_RECORD_GCC_SWITCHES_SECTION` :	File Framework
	`TARGET_ASM_RELOC_RW_MASK` :	Sections
	`TARGET_ASM_SELECT_RTX_SECTION` :	Sections
	`TARGET_ASM_SELECT_SECTION` :	Sections
	`TARGET_ASM_TM_CLONE_TABLE_SECTION` :	Sections
	`TARGET_ASM_TRAMPOLINE_TEMPLATE` :	Trampolines
	`TARGET_ASM_TTYPE` :	Exception Region Output
	`TARGET_ASM_UNALIGNED_DI_OP` :	Data Output
	`TARGET_ASM_UNALIGNED_HI_OP` :	Data Output
	`TARGET_ASM_UNALIGNED_SI_OP` :	Data Output
	`TARGET_ASM_UNALIGNED_TI_OP` :	Data Output
	`TARGET_ASM_UNIQUE_SECTION` :	Sections
	`TARGET_ASM_UNWIND_EMIT` :	Dispatch Tables
	`TARGET_ASM_UNWIND_EMIT_BEFORE_INSN` :	Dispatch Tables
	`TARGET_ATOMIC_ALIGN_FOR_MODE` :	Misc
	`TARGET_ATOMIC_ASSIGN_EXPAND_FENV` :	Misc
	`TARGET_ATOMIC_TEST_AND_SET_TRUEVAL` :	Misc
	`TARGET_ATTRIBUTE_TABLE` :	Target Attributes
	`TARGET_ATTRIBUTE_TAKES_IDENTIFIER_P` :	Target Attributes
	`TARGET_BINDS_LOCAL_P` :	Sections
	`TARGET_BRANCH_TARGET_REGISTER_CALLEE_SAVED` :	Misc
	`TARGET_BRANCH_TARGET_REGISTER_CLASS` :	Misc
	`TARGET_BUILD_BUILTIN_VA_LIST` :	Register Arguments
	`TARGET_BUILTIN_CHKP_FUNCTION` :	Misc
	`TARGET_BUILTIN_DECL` :	Misc
	`TARGET_BUILTIN_RECIPROCAL` :	Addressing Modes
	`TARGET_BUILTIN_SETJMP_FRAME_VALUE` :	Frame Layout
	`TARGET_CALLEE_COPIES` :	Register Arguments
	`TARGET_CALL_ARGS` :	Varargs
	`TARGET_CALL_FUSAGE_CONTAINS_NON_CALLEE_CLOBBERS` :	Miscellaneous Register Hooks
	`TARGET_CANNOT_FORCE_CONST_MEM` :	Addressing Modes
	`TARGET_CANNOT_MODIFY_JUMPS_P` :	Misc
	`TARGET_CANNOT_SUBSTITUTE_MEM_EQUIV_P` :	Register Classes
	`TARGET_CANONICALIZE_COMPARISON` :	MODE_CC Condition Codes
	`TARGET_CANONICAL_VA_LIST_TYPE` :	Register Arguments
	`TARGET_CAN_ELIMINATE` :	Elimination
	`TARGET_CAN_FOLLOW_JUMP` :	Misc
	`TARGET_CAN_INLINE_P` :	Target Attributes
	`TARGET_CAN_USE_DOLOOP_P` :	Misc
	`TARGET_CASE_VALUES_THRESHOLD` :	Misc
	`TARGET_CC_MODES_COMPATIBLE` :	MODE_CC Condition Codes
	`TARGET_CHECK_PCH_TARGET_FLAGS` :	PCH Target
	`TARGET_CHECK_STRING_OBJECT_FORMAT_ARG` :	Run-time Target
	`TARGET_CHKP_BOUND_MODE` :	Misc
	`TARGET_CHKP_BOUND_TYPE` :	Misc
	`TARGET_CHKP_FUNCTION_VALUE_BOUNDS` :	Varargs
	`TARGET_CHKP_INITIALIZE_BOUNDS` :	Misc
	`TARGET_CHKP_MAKE_BOUNDS_CONSTANT` :	Misc
	`TARGET_CLASS_LIKELY_SPILLED_P` :	Register Classes
	`TARGET_CLASS_MAX_NREGS` :	Register Classes
	`TARGET_COMMUTATIVE_P` :	Misc
	`TARGET_COMPARE_BY_PIECES_BRANCH_RATIO` :	Costs
	`TARGET_COMPARE_VERSION_PRIORITY` :	Misc
	`TARGET_COMPUTE_PRESSURE_CLASSES` :	Register Classes
	`TARGET_COMP_TYPE_ATTRIBUTES` :	Target Attributes
	`TARGET_CONDITIONAL_REGISTER_USAGE` :	Register Basics
	`TARGET_CONST_ANCHOR` :	Misc
	`TARGET_CONST_NOT_OK_FOR_DEBUG_P` :	Addressing Modes
	`TARGET_CONVERT_TO_TYPE` :	Misc
	`TARGET_CPU_CPP_BUILTINS` :	Run-time Target
	`TARGET_CSTORE_MODE` :	Register Classes
	`TARGET_CUSTOM_FUNCTION_DESCRIPTORS` :	Trampolines
	`TARGET_CXX_ADJUST_CLASS_AT_DEFINITION` :	C++ ABI
	`TARGET_CXX_CDTOR_RETURNS_THIS` :	C++ ABI
	`TARGET_CXX_CLASS_DATA_ALWAYS_COMDAT` :	C++ ABI
	`TARGET_CXX_COOKIE_HAS_SIZE` :	C++ ABI
	`TARGET_CXX_DECL_MANGLING_CONTEXT` :	C++ ABI
	`TARGET_CXX_DETERMINE_CLASS_DATA_VISIBILITY` :	C++ ABI
	`TARGET_CXX_GET_COOKIE_SIZE` :	C++ ABI
	`TARGET_CXX_GUARD_MASK_BIT` :	C++ ABI
	`TARGET_CXX_GUARD_TYPE` :	C++ ABI
	`TARGET_CXX_IMPLICIT_EXTERN_C` :	Misc
	`TARGET_CXX_IMPORT_EXPORT_CLASS` :	C++ ABI
	`TARGET_CXX_KEY_METHOD_MAY_BE_INLINE` :	C++ ABI
	`TARGET_CXX_LIBRARY_RTTI_COMDAT` :	C++ ABI
	`TARGET_CXX_USE_AEABI_ATEXIT` :	C++ ABI
	`TARGET_CXX_USE_ATEXIT_FOR_CXA_ATEXIT` :	C++ ABI
	`TARGET_C_EXCESS_PRECISION` :	Storage Layout
	`TARGET_C_PREINCLUDE` :	Misc
	`TARGET_DEBUG_UNWIND_INFO` :	SDB and DWARF
	`TARGET_DECIMAL_FLOAT_SUPPORTED_P` :	Storage Layout
	`TARGET_DECLSPEC` :	Target Attributes
	`TARGET_DEFAULT_PACK_STRUCT` :	Misc
	`TARGET_DEFAULT_SHORT_ENUMS` :	Type Layout
	`TARGET_DEFAULT_TARGET_FLAGS` :	Run-time Target
	`TARGET_DEFERRED_OUTPUT_DEFS` :	Label Output
	`TARGET_DELAY_SCHED2` :	SDB and DWARF
	`TARGET_DELAY_VARTRACK` :	SDB and DWARF
	`TARGET_DELEGITIMIZE_ADDRESS` :	Addressing Modes
	`TARGET_DIFFERENT_ADDR_DISPLACEMENT_P` :	Register Classes
	`TARGET_DLLIMPORT_DECL_ATTRIBUTES` :	Target Attributes
	`TARGET_DWARF_CALLING_CONVENTION` :	SDB and DWARF
	`TARGET_DWARF_FRAME_REG_MODE` :	Exception Region Output
	`TARGET_DWARF_HANDLE_FRAME_UNSPEC` :	Frame Layout
	`TARGET_DWARF_REGISTER_SPAN` :	Exception Region Output
	`TARGET_EDOM` :	Library Calls
	`TARGET_EMUTLS_DEBUG_FORM_TLS_ADDRESS` :	Emulated TLS
	`TARGET_EMUTLS_GET_ADDRESS` :	Emulated TLS
	`TARGET_EMUTLS_REGISTER_COMMON` :	Emulated TLS
	`TARGET_EMUTLS_TMPL_PREFIX` :	Emulated TLS
	`TARGET_EMUTLS_TMPL_SECTION` :	Emulated TLS
	`TARGET_EMUTLS_VAR_ALIGN_FIXED` :	Emulated TLS
	`TARGET_EMUTLS_VAR_FIELDS` :	Emulated TLS
	`TARGET_EMUTLS_VAR_INIT` :	Emulated TLS
	`TARGET_EMUTLS_VAR_PREFIX` :	Emulated TLS
	`TARGET_EMUTLS_VAR_SECTION` :	Emulated TLS
	`TARGET_ENCODE_SECTION_INFO` :	Sections
	`TARGET_ENCODE_SECTION_INFO` and address validation:	Addressing Modes
	`TARGET_ENCODE_SECTION_INFO` usage:	Instruction Output
	`TARGET_END_CALL_ARGS` :	Varargs
	`TARGET_ENUM_VA_LIST_P` :	Register Arguments
	`TARGET_EXCEPT_UNWIND_INFO` :	Exception Region Output
	`TARGET_EXECUTABLE_SUFFIX` :	Misc
	`TARGET_EXPAND_BUILTIN` :	Misc
	`TARGET_EXPAND_BUILTIN_SAVEREGS` :	Varargs
	`TARGET_EXPAND_DIVMOD_LIBFUNC` :	Scheduling
	`TARGET_EXPAND_TO_RTL_HOOK` :	Storage Layout
	`TARGET_EXPR` :	Unary and Binary Expressions
	`TARGET_EXTRA_INCLUDES` :	Misc
	`TARGET_EXTRA_LIVE_ON_ENTRY` :	Tail Calls
	`TARGET_EXTRA_PRE_INCLUDES` :	Misc
	`TARGET_FIXED_CONDITION_CODE_REGS` :	MODE_CC Condition Codes
	`TARGET_FIXED_POINT_SUPPORTED_P` :	Storage Layout
	`target_flags` :	Run-time Target
	`TARGET_FLAGS_REGNUM` :	MODE_CC Condition Codes
	`TARGET_FLOATN_MODE` :	Register Arguments
	`TARGET_FLOAT_EXCEPTIONS_ROUNDING_SUPPORTED_P` :	Run-time Target
	`TARGET_FN_ABI_VA_LIST` :	Register Arguments
	`TARGET_FOLD_BUILTIN` :	Misc
	`TARGET_FORMAT_TYPES` :	Misc
	`TARGET_FRAME_POINTER_REQUIRED` :	Elimination
	`TARGET_FUNCTION_ARG` :	Register Arguments
	`TARGET_FUNCTION_ARG_ADVANCE` :	Register Arguments
	`TARGET_FUNCTION_ARG_BOUNDARY` :	Register Arguments
	`TARGET_FUNCTION_ARG_ROUND_BOUNDARY` :	Register Arguments
	`TARGET_FUNCTION_ATTRIBUTE_INLINABLE_P` :	Target Attributes
	`TARGET_FUNCTION_INCOMING_ARG` :	Register Arguments
	`TARGET_FUNCTION_OK_FOR_SIBCALL` :	Tail Calls
	`TARGET_FUNCTION_VALUE` :	Scalar Return
	`TARGET_FUNCTION_VALUE_REGNO_P` :	Scalar Return
	`TARGET_GENERATE_VERSION_DISPATCHER_BODY` :	Misc
	`TARGET_GEN_CCMP_FIRST` :	Misc
	`TARGET_GEN_CCMP_NEXT` :	Misc
	`TARGET_GET_DRAP_RTX` :	Misc
	`TARGET_GET_FUNCTION_VERSIONS_DISPATCHER` :	Misc
	`TARGET_GET_PCH_VALIDITY` :	PCH Target
	`TARGET_GET_RAW_ARG_MODE` :	Aggregate Return
	`TARGET_GET_RAW_RESULT_MODE` :	Aggregate Return
	`TARGET_GIMPLE_FOLD_BUILTIN` :	Misc
	`TARGET_GIMPLIFY_VA_ARG_EXPR` :	Register Arguments
	`TARGET_GOACC_DIM_LIMIT` :	Addressing Modes
	`TARGET_GOACC_FORK_JOIN` :	Addressing Modes
	`TARGET_GOACC_REDUCTION` :	Addressing Modes
	`TARGET_GOACC_VALIDATE_DIMS` :	Addressing Modes
	`TARGET_HANDLE_C_OPTION` :	Run-time Target
	`TARGET_HANDLE_OPTION` :	Run-time Target
	`TARGET_HARD_REGNO_SCRATCH_OK` :	Values in Registers
	`TARGET_HAS_IFUNC_P` :	Misc
	`TARGET_HAS_NO_HW_DIVIDE` :	Library Calls
	`TARGET_HAVE_CONDITIONAL_EXECUTION` :	Misc
	`TARGET_HAVE_CTORS_DTORS` :	Macros for Initialization
	`TARGET_HAVE_NAMED_SECTIONS` :	File Framework
	`TARGET_HAVE_SRODATA_SECTION` :	Sections
	`TARGET_HAVE_SWITCHABLE_BSS_SECTIONS` :	File Framework
	`TARGET_HAVE_TLS` :	Sections
	`TARGET_INIT_BUILTINS` :	Misc
	`TARGET_INIT_DWARF_REG_SIZES_EXTRA` :	Exception Region Output
	`TARGET_INIT_LIBFUNCS` :	Library Calls
	`TARGET_INIT_PIC_REG` :	Register Arguments
	`TARGET_INSERT_ATTRIBUTES` :	Target Attributes
	`TARGET_INSTANTIATE_DECLS` :	Storage Layout
	`TARGET_INVALID_ARG_FOR_UNPROTOTYPED_FN` :	Misc
	`TARGET_INVALID_BINARY_OP` :	Misc
	`TARGET_INVALID_CONVERSION` :	Misc
	`TARGET_INVALID_UNARY_OP` :	Misc
	`TARGET_INVALID_WITHIN_DOLOOP` :	Misc
	`TARGET_IN_SMALL_DATA_P` :	Sections
	`TARGET_IRA_CHANGE_PSEUDO_ALLOCNO_CLASS` :	Register Classes
	`TARGET_KEEP_LEAF_WHEN_PROFILED` :	Profiling
	`TARGET_LEGITIMATE_ADDRESS_P` :	Addressing Modes
	`TARGET_LEGITIMATE_COMBINED_INSN` :	Misc
	`TARGET_LEGITIMATE_CONSTANT_P` :	Addressing Modes
	`TARGET_LEGITIMIZE_ADDRESS` :	Addressing Modes
	`TARGET_LEGITIMIZE_ADDRESS_DISPLACEMENT` :	Register Classes
	`TARGET_LIBCALL_VALUE` :	Scalar Return
	`TARGET_LIBC_HAS_FUNCTION` :	Library Calls
	`TARGET_LIBFUNC_GNU_PREFIX` :	Library Calls
	`TARGET_LIBGCC_CMP_RETURN_MODE` :	Storage Layout
	`TARGET_LIBGCC_FLOATING_MODE_SUPPORTED_P` :	Register Arguments
	`TARGET_LIBGCC_SDATA_SECTION` :	Sections
	`TARGET_LIBGCC_SHIFT_COUNT_MODE` :	Storage Layout
	`TARGET_LIB_INT_CMP_BIASED` :	Library Calls
	`TARGET_LOAD_BOUNDS_FOR_ARG` :	Varargs
	`TARGET_LOAD_RETURNED_BOUNDS` :	Varargs
	`TARGET_LOOP_UNROLL_ADJUST` :	Misc
	`TARGET_LRA_P` :	Register Classes
	`TARGET_MACHINE_DEPENDENT_REORG` :	Misc
	`TARGET_MANGLE_ASSEMBLER_NAME` :	Label Output
	`TARGET_MANGLE_DECL_ASSEMBLER_NAME` :	Sections
	`TARGET_MANGLE_TYPE` :	Storage Layout
	`TARGET_MAX_ANCHOR_OFFSET` :	Anchored Addresses
	`TARGET_MAX_NOCE_IFCVT_SEQ_COST` :	Costs
	`TARGET_MD_ASM_ADJUST` :	Misc
	`TARGET_MEMBER_TYPE_FORCES_BLK` :	Storage Layout
	`TARGET_MEMMODEL_CHECK` :	Misc
	`TARGET_MEMORY_MOVE_COST` :	Costs
	`TARGET_MEM_CONSTRAINT` :	Addressing Modes
	`TARGET_MEM_REF` :	Storage References
	`TARGET_MERGE_DECL_ATTRIBUTES` :	Target Attributes
	`TARGET_MERGE_TYPE_ATTRIBUTES` :	Target Attributes
	`TARGET_MIN_ANCHOR_OFFSET` :	Anchored Addresses
	`TARGET_MIN_ARITHMETIC_PRECISION` :	Misc
	`TARGET_MIN_DIVISIONS_FOR_RECIP_MUL` :	Misc
	`TARGET_MODE_AFTER` :	Mode Switching
	`TARGET_MODE_DEPENDENT_ADDRESS_P` :	Addressing Modes
	`TARGET_MODE_EMIT` :	Mode Switching
	`TARGET_MODE_ENTRY` :	Mode Switching
	`TARGET_MODE_EXIT` :	Mode Switching
	`TARGET_MODE_NEEDED` :	Mode Switching
	`TARGET_MODE_PRIORITY` :	Mode Switching
	`TARGET_MODE_REP_EXTENDED` :	Misc
	`TARGET_MS_BITFIELD_LAYOUT_P` :	Storage Layout
	`TARGET_MUST_PASS_IN_STACK` :	Register Arguments
	`TARGET_MUST_PASS_IN_STACK`, and `TARGET_FUNCTION_ARG` :	Register Arguments
	`TARGET_NARROW_VOLATILE_BITFIELD` :	Storage Layout
	`TARGET_NOCE_CONVERSION_PROFITABLE_P` :	Costs
	`TARGET_NO_REGISTER_ALLOCATION` :	SDB and DWARF
	`TARGET_NO_SPECULATION_IN_DELAY_SLOTS_P` :	Costs
	`TARGET_N_FORMAT_TYPES` :	Misc
	`TARGET_OBJC_CONSTRUCT_STRING_OBJECT` :	Run-time Target
	`TARGET_OBJC_DECLARE_CLASS_DEFINITION` :	Run-time Target
	`TARGET_OBJC_DECLARE_UNRESOLVED_CLASS_REFERENCE` :	Run-time Target
	`TARGET_OBJECT_SUFFIX` :	Misc
	`TARGET_OBJFMT_CPP_BUILTINS` :	Run-time Target
	`TARGET_OFFLOAD_OPTIONS` :	Misc
	`TARGET_OMIT_STRUCT_RETURN_REG` :	Scalar Return
	`TARGET_OPTAB_SUPPORTED_P` :	Costs
	`TARGET_OPTF` :	Misc
	`TARGET_OPTION_DEFAULT_PARAMS` :	Run-time Target
	`TARGET_OPTION_FUNCTION_VERSIONS` :	Target Attributes
	`TARGET_OPTION_INIT_STRUCT` :	Run-time Target
	`TARGET_OPTION_OPTIMIZATION_TABLE` :	Run-time Target
	`TARGET_OPTION_OVERRIDE` :	Target Attributes
	`TARGET_OPTION_POST_STREAM_IN` :	Target Attributes
	`TARGET_OPTION_PRAGMA_PARSE` :	Target Attributes
	`TARGET_OPTION_PRINT` :	Target Attributes
	`TARGET_OPTION_RESTORE` :	Target Attributes
	`TARGET_OPTION_SAVE` :	Target Attributes
	`TARGET_OPTION_VALID_ATTRIBUTE_P` :	Target Attributes
	`TARGET_OS_CPP_BUILTINS` :	Run-time Target
	`TARGET_OVERRIDES_FORMAT_ATTRIBUTES` :	Misc
	`TARGET_OVERRIDES_FORMAT_ATTRIBUTES_COUNT` :	Misc
	`TARGET_OVERRIDES_FORMAT_INIT` :	Misc
	`TARGET_OVERRIDE_OPTIONS_AFTER_CHANGE` :	Run-time Target
	`TARGET_PASS_BY_REFERENCE` :	Register Arguments
	`TARGET_PCH_VALID_P` :	PCH Target
	`TARGET_POSIX_IO` :	Misc
	`TARGET_PREFERRED_OUTPUT_RELOAD_CLASS` :	Register Classes
	`TARGET_PREFERRED_RELOAD_CLASS` :	Register Classes
	`TARGET_PREFERRED_RENAME_CLASS` :	Register Classes
	`TARGET_PREPARE_PCH_SAVE` :	PCH Target
	`TARGET_PRETEND_OUTGOING_VARARGS_NAMED` :	Varargs
	`TARGET_PROFILE_BEFORE_PROLOGUE` :	Sections
	`TARGET_PROMOTED_TYPE` :	Misc
	`TARGET_PROMOTE_FUNCTION_MODE` :	Storage Layout
	`TARGET_PROMOTE_PROTOTYPES` :	Stack Arguments
	`TARGET_PTRMEMFUNC_VBIT_LOCATION` :	Type Layout
	`TARGET_RECORD_OFFLOAD_SYMBOL` :	Misc
	`TARGET_REF_MAY_ALIAS_ERRNO` :	Register Arguments
	`TARGET_REGISTER_MOVE_COST` :	Costs
	`TARGET_REGISTER_PRIORITY` :	Register Classes
	`TARGET_REGISTER_USAGE_LEVELING_P` :	Register Classes
	`TARGET_RELAYOUT_FUNCTION` :	Target Attributes
	`TARGET_RESOLVE_OVERLOADED_BUILTIN` :	Misc
	`TARGET_RETURN_IN_MEMORY` :	Aggregate Return
	`TARGET_RETURN_IN_MSB` :	Scalar Return
	`TARGET_RETURN_POPS_ARGS` :	Stack Arguments
	`TARGET_RTX_COSTS` :	Costs
	`TARGET_RUN_TARGET_SELFTESTS` :	Misc
	`TARGET_SCALAR_MODE_SUPPORTED_P` :	Register Arguments
	`TARGET_SCHED_ADJUST_COST` :	Scheduling
	`TARGET_SCHED_ADJUST_PRIORITY` :	Scheduling
	`TARGET_SCHED_ALLOC_SCHED_CONTEXT` :	Scheduling
	`TARGET_SCHED_CAN_SPECULATE_INSN` :	Scheduling
	`TARGET_SCHED_CLEAR_SCHED_CONTEXT` :	Scheduling
	`TARGET_SCHED_DEPENDENCIES_EVALUATION_HOOK` :	Scheduling
	`TARGET_SCHED_DFA_NEW_CYCLE` :	Scheduling
	`TARGET_SCHED_DFA_POST_ADVANCE_CYCLE` :	Scheduling
	`TARGET_SCHED_DFA_POST_CYCLE_INSN` :	Scheduling
	`TARGET_SCHED_DFA_PRE_ADVANCE_CYCLE` :	Scheduling
	`TARGET_SCHED_DFA_PRE_CYCLE_INSN` :	Scheduling
	`TARGET_SCHED_DISPATCH` :	Scheduling
	`TARGET_SCHED_DISPATCH_DO` :	Scheduling
	`TARGET_SCHED_EXPOSED_PIPELINE` :	Scheduling
	`TARGET_SCHED_FINISH` :	Scheduling
	`TARGET_SCHED_FINISH_GLOBAL` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BACKTRACK` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_BEGIN` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_DFA_LOOKAHEAD_GUARD` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_END` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_FINI` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_INIT` :	Scheduling
	`TARGET_SCHED_FIRST_CYCLE_MULTIPASS_ISSUE` :	Scheduling
	`TARGET_SCHED_FREE_SCHED_CONTEXT` :	Scheduling
	`TARGET_SCHED_FUSION_PRIORITY` :	Scheduling
	`TARGET_SCHED_GEN_SPEC_CHECK` :	Scheduling
	`TARGET_SCHED_H_I_D_EXTENDED` :	Scheduling
	`TARGET_SCHED_INIT` :	Scheduling
	`TARGET_SCHED_INIT_DFA_POST_CYCLE_INSN` :	Scheduling
	`TARGET_SCHED_INIT_DFA_PRE_CYCLE_INSN` :	Scheduling
	`TARGET_SCHED_INIT_GLOBAL` :	Scheduling
	`TARGET_SCHED_INIT_SCHED_CONTEXT` :	Scheduling
	`TARGET_SCHED_ISSUE_RATE` :	Scheduling
	`TARGET_SCHED_IS_COSTLY_DEPENDENCE` :	Scheduling
	`TARGET_SCHED_MACRO_FUSION_P` :	Scheduling
	`TARGET_SCHED_MACRO_FUSION_PAIR_P` :	Scheduling
	`TARGET_SCHED_NEEDS_BLOCK_P` :	Scheduling
	`TARGET_SCHED_REASSOCIATION_WIDTH` :	Scheduling
	`TARGET_SCHED_REORDER` :	Scheduling
	`TARGET_SCHED_REORDER2` :	Scheduling
	`TARGET_SCHED_SET_SCHED_CONTEXT` :	Scheduling
	`TARGET_SCHED_SET_SCHED_FLAGS` :	Scheduling
	`TARGET_SCHED_SMS_RES_MII` :	Scheduling
	`TARGET_SCHED_SPECULATE_INSN` :	Scheduling
	`TARGET_SCHED_VARIABLE_ISSUE` :	Scheduling
	`TARGET_SECONDARY_RELOAD` :	Register Classes
	`TARGET_SECTION_TYPE_FLAGS` :	File Framework
	`TARGET_SETUP_INCOMING_VARARGS` :	Varargs
	`TARGET_SETUP_INCOMING_VARARG_BOUNDS` :	Varargs
	`TARGET_SET_CURRENT_FUNCTION` :	Misc
	`TARGET_SET_DEFAULT_TYPE_ATTRIBUTES` :	Target Attributes
	`TARGET_SET_UP_BY_PROLOGUE` :	Tail Calls
	`TARGET_SHIFT_TRUNCATION_MASK` :	Misc
	`TARGET_SHRINK_WRAP_COMPONENTS_FOR_BB` :	Shrink-wrapping separate components
	`TARGET_SHRINK_WRAP_DISQUALIFY_COMPONENTS` :	Shrink-wrapping separate components
	`TARGET_SHRINK_WRAP_EMIT_EPILOGUE_COMPONENTS` :	Shrink-wrapping separate components
	`TARGET_SHRINK_WRAP_EMIT_PROLOGUE_COMPONENTS` :	Shrink-wrapping separate components
	`TARGET_SHRINK_WRAP_GET_SEPARATE_COMPONENTS` :	Shrink-wrapping separate components
	`TARGET_SHRINK_WRAP_SET_HANDLED_COMPONENTS` :	Shrink-wrapping separate components
	`TARGET_SIMD_CLONE_ADJUST` :	Addressing Modes
	`TARGET_SIMD_CLONE_COMPUTE_VECSIZE_AND_SIMDLEN` :	Addressing Modes
	`TARGET_SIMD_CLONE_USABLE` :	Addressing Modes
	`TARGET_SIMT_VF` :	Addressing Modes
	`TARGET_SMALL_REGISTER_CLASSES_FOR_MODE_P` :	Register Arguments
	`TARGET_SPILL_CLASS` :	Register Classes
	`TARGET_SPLIT_COMPLEX_ARG` :	Register Arguments
	`TARGET_STACK_PROTECT_FAIL` :	Stack Smashing Protection
	`TARGET_STACK_PROTECT_GUARD` :	Stack Smashing Protection
	`TARGET_STACK_PROTECT_RUNTIME_ENABLED_P` :	Stack Smashing Protection
	`TARGET_STATIC_CHAIN` :	Frame Registers
	`TARGET_STORE_BOUNDS_FOR_ARG` :	Varargs
	`TARGET_STORE_RETURNED_BOUNDS` :	Varargs
	`TARGET_STRICT_ARGUMENT_NAMING` :	Varargs
	`TARGET_STRING_OBJECT_REF_TYPE_P` :	Run-time Target
	`TARGET_STRIP_NAME_ENCODING` :	Sections
	`TARGET_STRUCT_VALUE_RTX` :	Aggregate Return
	`TARGET_SUPPORTS_SPLIT_STACK` :	Stack Smashing Protection
	`TARGET_SUPPORTS_WEAK` :	Label Output
	`TARGET_SUPPORTS_WIDE_INT` :	Misc
	`TARGET_TERMINATE_DW2_EH_FRAME_INFO` :	Exception Region Output
	`TARGET_TRAMPOLINE_ADJUST_ADDRESS` :	Trampolines
	`TARGET_TRAMPOLINE_INIT` :	Trampolines
	`TARGET_UNSPEC_MAY_TRAP_P` :	Misc
	`TARGET_UNWIND_TABLES_DEFAULT` :	Exception Region Output
	`TARGET_UNWIND_WORD_MODE` :	Storage Layout
	`TARGET_UPDATE_STACK_BOUNDARY` :	Misc
	`TARGET_USES_WEAK_UNWIND_INFO` :	Exception Handling
	`TARGET_USE_ANCHORS_FOR_SYMBOL_P` :	Anchored Addresses
	`TARGET_USE_BLOCKS_FOR_CONSTANT_P` :	Addressing Modes
	`TARGET_USE_BLOCKS_FOR_DECL_P` :	Addressing Modes
	`TARGET_USE_BY_PIECES_INFRASTRUCTURE_P` :	Costs
	`TARGET_USE_PSEUDO_PIC_REG` :	Register Arguments
	`TARGET_VALID_DLLIMPORT_ATTRIBUTE_P` :	Target Attributes
	`TARGET_VALID_POINTER_MODE` :	Register Arguments
	`TARGET_VECTORIZE_ADD_STMT_COST` :	Addressing Modes
	`TARGET_VECTORIZE_AUTOVECTORIZE_VECTOR_SIZES` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_CONVERSION` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_GATHER` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_MASK_FOR_LOAD` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_MD_VECTORIZED_FUNCTION` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_SCATTER` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_VECTORIZATION_COST` :	Addressing Modes
	`TARGET_VECTORIZE_BUILTIN_VECTORIZED_FUNCTION` :	Addressing Modes
	`TARGET_VECTORIZE_DESTROY_COST_DATA` :	Addressing Modes
	`TARGET_VECTORIZE_FINISH_COST` :	Addressing Modes
	`TARGET_VECTORIZE_GET_MASK_MODE` :	Addressing Modes
	`TARGET_VECTORIZE_INIT_COST` :	Addressing Modes
	`TARGET_VECTORIZE_PREFERRED_SIMD_MODE` :	Addressing Modes
	`TARGET_VECTORIZE_SUPPORT_VECTOR_MISALIGNMENT` :	Addressing Modes
	`TARGET_VECTORIZE_VECTOR_ALIGNMENT_REACHABLE` :	Addressing Modes
	`TARGET_VECTORIZE_VEC_PERM_CONST_OK` :	Addressing Modes
	`TARGET_VECTOR_ALIGNMENT` :	Storage Layout
	`TARGET_VECTOR_MODE_SUPPORTED_P` :	Register Arguments
	`TARGET_VTABLE_DATA_ENTRY_DISTANCE` :	Type Layout
	`TARGET_VTABLE_ENTRY_ALIGN` :	Type Layout
	`TARGET_VTABLE_USES_DESCRIPTORS` :	Type Layout
	`TARGET_WANT_DEBUG_PUB_SECTIONS` :	SDB and DWARF
	`TARGET_WARN_FUNC_RETURN` :	Tail Calls
	`TARGET_WEAK_NOT_IN_ARCHIVE_TOC` :	Label Output
	`TCmode` :	Machine Modes
	`TDmode` :	Machine Modes
	`TEMPLATE_DECL` :	Declarations
	Temporaries:	Temporaries
	termination routines:	Initialization
	testing constraints:	C Constraint Interface
	`TEXT_SECTION_ASM_OP` :	Sections
	`TFmode` :	Machine Modes
	The Language:	The Language
	`THEN_CLAUSE` :	Statements for C++
	`THREAD_MODEL_SPEC` :	Driver
	`THROW_EXPR` :	Unary and Binary Expressions
	`THUNK_DECL` :	Declarations
	`THUNK_DELTA` :	Declarations
	`TImode` :	Machine Modes
	`TImode`, in `insn` :	Insns
	`TLS_COMMON_ASM_OP` :	Sections
	`TLS_SECTION_ASM_FLAG` :	Sections
	`tm.h` macros:	Target Macros
	`TQFmode` :	Machine Modes
	`TQmode` :	Machine Modes
	trampolines for nested functions:	Trampolines
	`TRAMPOLINE_ALIGNMENT` :	Trampolines
	`TRAMPOLINE_SECTION` :	Trampolines
	`TRAMPOLINE_SIZE` :	Trampolines
	`TRANSFER_FROM_TRAMPOLINE` :	Trampolines
	`trap` instruction pattern:	Standard Names
	tree:	Tree overview
	tree:	Macros and Functions
	Tree SSA:	Tree SSA
	`TREE_CHAIN` :	Macros and Functions
	`TREE_CODE` :	Tree overview
	`tree_fits_shwi_p` :	Constant expressions
	`tree_fits_uhwi_p` :	Constant expressions
	`TREE_INT_CST_ELT` :	Constant expressions
	`tree_int_cst_equal` :	Constant expressions
	`TREE_INT_CST_LOW` :	Constant expressions
	`tree_int_cst_lt` :	Constant expressions
	`TREE_INT_CST_NUNITS` :	Constant expressions
	`TREE_LIST` :	Containers
	`TREE_OPERAND` :	Expression trees
	`TREE_PUBLIC` :	Function Basics
	`TREE_PUBLIC` :	Function Properties
	`TREE_PURPOSE` :	Containers
	`TREE_READONLY` :	Function Properties
	`tree_size` :	Macros and Functions
	`TREE_STATIC` :	Function Properties
	`TREE_STRING_LENGTH` :	Constant expressions
	`TREE_STRING_POINTER` :	Constant expressions
	`TREE_THIS_VOLATILE` :	Function Properties
	`tree_to_shwi` :	Constant expressions
	`tree_to_uhwi` :	Constant expressions
	`TREE_TYPE` :	Macros and Functions
	`TREE_TYPE` :	Types
	`TREE_TYPE` :	Working with declarations
	`TREE_TYPE` :	Expression trees
	`TREE_TYPE` :	Expression trees
	`TREE_TYPE` :	Function Basics
	`TREE_TYPE` :	Types for C++
	`TREE_VALUE` :	Containers
	`TREE_VEC` :	Containers
	`TREE_VEC_ELT` :	Containers
	`TREE_VEC_LENGTH` :	Containers
	`TRULY_NOOP_TRUNCATION` :	Misc
	`truncate` :	Conversions
	`truncm n2` instruction pattern:	Standard Names
	`TRUNC_DIV_EXPR` :	Unary and Binary Expressions
	`TRUNC_MOD_EXPR` :	Unary and Binary Expressions
	`TRUTH_ANDIF_EXPR` :	Unary and Binary Expressions
	`TRUTH_AND_EXPR` :	Unary and Binary Expressions
	`TRUTH_NOT_EXPR` :	Unary and Binary Expressions
	`TRUTH_ORIF_EXPR` :	Unary and Binary Expressions
	`TRUTH_OR_EXPR` :	Unary and Binary Expressions
	`TRUTH_XOR_EXPR` :	Unary and Binary Expressions
	`TRY_BLOCK` :	Statements for C++
	`TRY_HANDLERS` :	Statements for C++
	`TRY_STMTS` :	Statements for C++
	Tuple specific accessors:	Tuple specific accessors
	tuples:	Tuple representation
	type:	Types
	type declaration:	Declarations
	`TYPENAME_TYPE` :	Types for C++
	`TYPENAME_TYPE_FULLNAME` :	Types
	`TYPENAME_TYPE_FULLNAME` :	Types for C++
	`TYPEOF_TYPE` :	Types for C++
	`TYPE_ALIGN` :	Types
	`TYPE_ALIGN` :	Types
	`TYPE_ALIGN` :	Types for C++
	`TYPE_ALIGN` :	Types for C++
	`TYPE_ARG_TYPES` :	Types
	`TYPE_ARG_TYPES` :	Types for C++
	`TYPE_ASM_OP` :	Label Output
	`TYPE_ATTRIBUTES` :	Attributes
	`TYPE_BINFO` :	Classes
	`TYPE_BUILT_IN` :	Types for C++
	`TYPE_CANONICAL` :	Types
	`TYPE_CANONICAL` :	Types
	`TYPE_CONTEXT` :	Types
	`TYPE_CONTEXT` :	Types for C++
	`TYPE_DECL` :	Declarations
	`TYPE_FIELDS` :	Types
	`TYPE_FIELDS` :	Types for C++
	`TYPE_FIELDS` :	Classes
	`TYPE_HAS_ARRAY_NEW_OPERATOR` :	Classes
	`TYPE_HAS_DEFAULT_CONSTRUCTOR` :	Classes
	`TYPE_HAS_MUTABLE_P` :	Classes
	`TYPE_HAS_NEW_OPERATOR` :	Classes
	`TYPE_MAIN_VARIANT` :	Types
	`TYPE_MAIN_VARIANT` :	Types
	`TYPE_MAIN_VARIANT` :	Types for C++
	`TYPE_MAX_VALUE` :	Types
	`TYPE_METHODS` :	Classes
	`TYPE_METHOD_BASETYPE` :	Types
	`TYPE_METHOD_BASETYPE` :	Types for C++
	`TYPE_MIN_VALUE` :	Types
	`TYPE_NAME` :	Types
	`TYPE_NAME` :	Types
	`TYPE_NAME` :	Types for C++
	`TYPE_NAME` :	Types for C++
	`TYPE_NOTHROW_P` :	Functions for C++
	`TYPE_OFFSET_BASETYPE` :	Types
	`TYPE_OFFSET_BASETYPE` :	Types for C++
	`TYPE_OPERAND_FMT` :	Label Output
	`TYPE_OVERLOADS_ARRAY_REF` :	Classes
	`TYPE_OVERLOADS_ARROW` :	Classes
	`TYPE_OVERLOADS_CALL_EXPR` :	Classes
	`TYPE_POLYMORPHIC_P` :	Classes
	`TYPE_PRECISION` :	Types
	`TYPE_PRECISION` :	Types for C++
	`TYPE_PTRDATAMEM_P` :	Types for C++
	`TYPE_PTRDATAMEM_P` :	Types for C++
	`TYPE_PTRFN_P` :	Types for C++
	`TYPE_PTROBV_P` :	Types for C++
	`TYPE_PTROB_P` :	Types for C++
	`TYPE_PTR_P` :	Types for C++
	`TYPE_QUAL_CONST` :	Types
	`TYPE_QUAL_CONST` :	Types for C++
	`TYPE_QUAL_RESTRICT` :	Types
	`TYPE_QUAL_RESTRICT` :	Types for C++
	`TYPE_QUAL_VOLATILE` :	Types
	`TYPE_QUAL_VOLATILE` :	Types for C++
	`TYPE_RAISES_EXCEPTIONS` :	Functions for C++
	`TYPE_SIZE` :	Types
	`TYPE_SIZE` :	Types
	`TYPE_SIZE` :	Types for C++
	`TYPE_SIZE` :	Types for C++
	`TYPE_STRUCTURAL_EQUALITY_P` :	Types
	`TYPE_STRUCTURAL_EQUALITY_P` :	Types
	`TYPE_UNQUALIFIED` :	Types
	`TYPE_UNQUALIFIED` :	Types for C++
	`TYPE_VFIELD` :	Classes

U
	`uaddvm4` instruction pattern:	Standard Names
	`UDAmode` :	Machine Modes
	`udiv` :	Arithmetic
	`udivm3` instruction pattern:	Standard Names
	`udivmodm4` instruction pattern:	Standard Names
	`udot_prodm` instruction pattern:	Standard Names
	`UDQmode` :	Machine Modes
	`UHAmode` :	Machine Modes
	`UHQmode` :	Machine Modes
	`UINT16_TYPE` :	Type Layout
	`UINT32_TYPE` :	Type Layout
	`UINT64_TYPE` :	Type Layout
	`UINT8_TYPE` :	Type Layout
	`UINTMAX_TYPE` :	Type Layout
	`UINTPTR_TYPE` :	Type Layout
	`UINT_FAST16_TYPE` :	Type Layout
	`UINT_FAST32_TYPE` :	Type Layout
	`UINT_FAST64_TYPE` :	Type Layout
	`UINT_FAST8_TYPE` :	Type Layout
	`UINT_LEAST16_TYPE` :	Type Layout
	`UINT_LEAST32_TYPE` :	Type Layout
	`UINT_LEAST64_TYPE` :	Type Layout
	`UINT_LEAST8_TYPE` :	Type Layout
	`umaddm n4` instruction pattern:	Standard Names
	`umax` :	Arithmetic
	`umaxm3` instruction pattern:	Standard Names
	`umin` :	Arithmetic
	`uminm3` instruction pattern:	Standard Names
	`umod` :	Arithmetic
	`umodm3` instruction pattern:	Standard Names
	`umsubm n4` instruction pattern:	Standard Names
	`umulhisi3` instruction pattern:	Standard Names
	`umulm3_highpart` instruction pattern:	Standard Names
	`umulqihi3` instruction pattern:	Standard Names
	`umulsidi3` instruction pattern:	Standard Names
	`umulvm4` instruction pattern:	Standard Names
	`unchanging` :	Flags
	`unchanging`, in `call_insn` :	Flags
	`unchanging`, in `jump_insn`, `call_insn` and `insn` :	Flags
	`unchanging`, in `mem` :	Flags
	`unchanging`, in `subreg` :	Flags
	`unchanging`, in `subreg` :	Flags
	`unchanging`, in `symbol_ref` :	Flags
	`UNEQ_EXPR` :	Unary and Binary Expressions
	`UNGE_EXPR` :	Unary and Binary Expressions
	`UNGT_EXPR` :	Unary and Binary Expressions
	unions, returning:	Interface
	`UNION_TYPE` :	Types
	`UNION_TYPE` :	Classes
	`UNITS_PER_WORD` :	Storage Layout
	`UNKNOWN_TYPE` :	Types
	`UNKNOWN_TYPE` :	Types for C++
	`UNLE_EXPR` :	Unary and Binary Expressions
	`UNLIKELY_EXECUTED_TEXT_SECTION_NAME` :	Sections
	`UNLT_EXPR` :	Unary and Binary Expressions
	`UNORDERED_EXPR` :	Unary and Binary Expressions
	`unshare_all_rtl` :	Sharing
	unsigned division:	Arithmetic
	unsigned division with unsigned saturation:	Arithmetic
	unsigned greater than:	Comparisons
	unsigned greater than:	Comparisons
	unsigned less than:	Comparisons
	unsigned less than:	Comparisons
	unsigned minimum and maximum:	Arithmetic
	`unsigned_fix` :	Conversions
	`unsigned_float` :	Conversions
	`unsigned_fract_convert` :	Conversions
	`unsigned_sat_fract` :	Conversions
	`unspec` :	Side Effects
	`unspec` :	Constant Definitions
	`unspec_volatile` :	Side Effects
	`unspec_volatile` :	Constant Definitions
	`untyped_call` instruction pattern:	Standard Names
	`untyped_return` instruction pattern:	Standard Names
	`UPDATE_PATH_HOST_CANONICALIZE (path)` :	Filesystem
	`update_ssa` :	SSA
	`update_stmt` :	Manipulating GIMPLE statements
	`update_stmt` :	SSA Operands
	`update_stmt_if_modified` :	Manipulating GIMPLE statements
	`UQQmode` :	Machine Modes
	`usaddm3` instruction pattern:	Standard Names
	`usadm` instruction pattern:	Standard Names
	`USAmode` :	Machine Modes
	`usashlm3` instruction pattern:	Standard Names
	`usdivm3` instruction pattern:	Standard Names
	`use` :	Side Effects
	`used` :	Flags
	`used`, in `symbol_ref` :	Flags
	`user` :	GTY Options
	user gc:	User GC
	`USER_LABEL_PREFIX` :	Instruction Output
	`USE_C_ALLOCA` :	Host Misc
	`USE_LD_AS_NEEDED` :	Driver
	`USE_LOAD_POST_DECREMENT` :	Costs
	`USE_LOAD_POST_INCREMENT` :	Costs
	`USE_LOAD_PRE_DECREMENT` :	Costs
	`USE_LOAD_PRE_INCREMENT` :	Costs
	`USE_SELECT_SECTION_FOR_FUNCTIONS` :	Sections
	`USE_STORE_POST_DECREMENT` :	Costs
	`USE_STORE_POST_INCREMENT` :	Costs
	`USE_STORE_PRE_DECREMENT` :	Costs
	`USE_STORE_PRE_INCREMENT` :	Costs
	`USING_STMT` :	Statements for C++
	`usmaddm n4` instruction pattern:	Standard Names
	`usmsubm n4` instruction pattern:	Standard Names
	`usmulhisi3` instruction pattern:	Standard Names
	`usmulm3` instruction pattern:	Standard Names
	`usmulqihi3` instruction pattern:	Standard Names
	`usmulsidi3` instruction pattern:	Standard Names
	`usnegm2` instruction pattern:	Standard Names
	`USQmode` :	Machine Modes
	`ussubm3` instruction pattern:	Standard Names
	`usubvm4` instruction pattern:	Standard Names
	`us_ashift` :	Arithmetic
	`us_minus` :	Arithmetic
	`us_mult` :	Arithmetic
	`us_neg` :	Arithmetic
	`us_plus` :	Arithmetic
	`us_truncate` :	Conversions
	`UTAmode` :	Machine Modes
	`UTQmode` :	Machine Modes

V
	‘`V`’ in constraint:	Simple Constraints
	values, returned by functions:	Scalar Return
	varargs implementation:	Varargs
	variable:	Declarations
	Variable Location Debug Information in RTL:	Debug Information
	`VAR_DECL` :	Declarations
	`var_location` :	Debug Information
	`vashlm3` instruction pattern:	Standard Names
	`vashrm3` instruction pattern:	Standard Names
	`VA_ARG_EXPR` :	Unary and Binary Expressions
	`vcondeqm n` instruction pattern:	Standard Names
	`vcondm n` instruction pattern:	Standard Names
	`vcondum n` instruction pattern:	Standard Names
	`vcond_mask_m n` instruction pattern:	Standard Names
	vector:	Containers
	vector operations:	Vector Operations
	`VECTOR_CST` :	Constant expressions
	`VECTOR_STORE_FLAG_VALUE` :	Misc
	`vec_cmpeqm n` instruction pattern:	Standard Names
	`vec_cmpm n` instruction pattern:	Standard Names
	`vec_cmpum n` instruction pattern:	Standard Names
	`vec_concat` :	Vector Operations
	`vec_duplicate` :	Vector Operations
	`vec_extractm` instruction pattern:	Standard Names
	`vec_initm` instruction pattern:	Standard Names
	`vec_load_lanesm n` instruction pattern:	Standard Names
	`VEC_LSHIFT_EXPR` :	Vectors
	`vec_merge` :	Vector Operations
	`VEC_PACK_FIX_TRUNC_EXPR` :	Vectors
	`VEC_PACK_SAT_EXPR` :	Vectors
	`vec_pack_sfix_trunc_m` instruction pattern:	Standard Names
	`vec_pack_ssat_m` instruction pattern:	Standard Names
	`VEC_PACK_TRUNC_EXPR` :	Vectors
	`vec_pack_trunc_m` instruction pattern:	Standard Names
	`vec_pack_ufix_trunc_m` instruction pattern:	Standard Names
	`vec_pack_usat_m` instruction pattern:	Standard Names
	`vec_permm` instruction pattern:	Standard Names
	`vec_perm_constm` instruction pattern:	Standard Names
	`VEC_RSHIFT_EXPR` :	Vectors
	`vec_select` :	Vector Operations
	`vec_setm` instruction pattern:	Standard Names
	`vec_shr_m` instruction pattern:	Standard Names
	`vec_store_lanesm n` instruction pattern:	Standard Names
	`vec_unpacks_float_hi_m` instruction pattern:	Standard Names
	`vec_unpacks_float_lo_m` instruction pattern:	Standard Names
	`vec_unpacks_hi_m` instruction pattern:	Standard Names
	`vec_unpacks_lo_m` instruction pattern:	Standard Names
	`vec_unpacku_float_hi_m` instruction pattern:	Standard Names
	`vec_unpacku_float_lo_m` instruction pattern:	Standard Names
	`vec_unpacku_hi_m` instruction pattern:	Standard Names
	`vec_unpacku_lo_m` instruction pattern:	Standard Names
	`VEC_UNPACK_FLOAT_HI_EXPR` :	Vectors
	`VEC_UNPACK_FLOAT_LO_EXPR` :	Vectors
	`VEC_UNPACK_HI_EXPR` :	Vectors
	`VEC_UNPACK_LO_EXPR` :	Vectors
	`VEC_WIDEN_MULT_HI_EXPR` :	Vectors
	`VEC_WIDEN_MULT_LO_EXPR` :	Vectors
	`vec_widen_smult_even_m` instruction pattern:	Standard Names
	`vec_widen_smult_hi_m` instruction pattern:	Standard Names
	`vec_widen_smult_lo_m` instruction pattern:	Standard Names
	`vec_widen_smult_odd_m` instruction pattern:	Standard Names
	`vec_widen_sshiftl_hi_m` instruction pattern:	Standard Names
	`vec_widen_sshiftl_lo_m` instruction pattern:	Standard Names
	`vec_widen_umult_even_m` instruction pattern:	Standard Names
	`vec_widen_umult_hi_m` instruction pattern:	Standard Names
	`vec_widen_umult_lo_m` instruction pattern:	Standard Names
	`vec_widen_umult_odd_m` instruction pattern:	Standard Names
	`vec_widen_ushiftl_hi_m` instruction pattern:	Standard Names
	`vec_widen_ushiftl_lo_m` instruction pattern:	Standard Names
	`verify_flow_info` :	Maintaining the CFG
	virtual operands:	SSA Operands
	`VIRTUAL_INCOMING_ARGS_REGNUM` :	Regs and Memory
	`VIRTUAL_OUTGOING_ARGS_REGNUM` :	Regs and Memory
	`VIRTUAL_STACK_DYNAMIC_REGNUM` :	Regs and Memory
	`VIRTUAL_STACK_VARS_REGNUM` :	Regs and Memory
	VLIW:	Processor pipeline description
	VLIW:	Processor pipeline description
	`vlshrm3` instruction pattern:	Standard Names
	`VMS` :	Filesystem
	`VMS_DEBUGGING_INFO` :	VMS Debug
	`void` :	Misc
	`void` :	Misc
	`VOIDmode` :	Machine Modes
	`VOID_TYPE` :	Types
	`volatil` :	Flags
	`volatil`, in `insn`, `call_insn`, `jump_insn`, `code_label`, `jump_table_data`, `barrier`, and `note` :	Flags
	`volatil`, in `label_ref` and `reg_label` :	Flags
	`volatil`, in `mem`, `asm_operands`, and `asm_input` :	Flags
	`volatil`, in `reg` :	Flags
	`volatil`, in `subreg` :	Flags
	`volatil`, in `subreg` :	Flags
	`volatil`, in `symbol_ref` :	Flags
	volatile memory references:	Flags
	`volatile`, in `prefetch` :	Flags
	voting between constraint alternatives:	Class Preferences
	`vrotlm3` instruction pattern:	Standard Names
	`vrotrm3` instruction pattern:	Standard Names

W
	`walk_dominator_tree` :	SSA
	`walk_gimple_op` :	Statement and operand traversals
	`walk_gimple_seq` :	Statement and operand traversals
	`walk_gimple_stmt` :	Statement and operand traversals
	`WCHAR_TYPE` :	Type Layout
	`WCHAR_TYPE_SIZE` :	Type Layout
	`which_alternative` :	Output Statement
	`WHILE_BODY` :	Statements for C++
	`WHILE_COND` :	Statements for C++
	`WHILE_STMT` :	Statements for C++
	whopr:	LTO
	`widen_ssumm3` instruction pattern:	Standard Names
	`widen_usumm3` instruction pattern:	Standard Names
	`WIDEST_HARDWARE_FP_SIZE` :	Type Layout
	`window_save` instruction pattern:	Standard Names
	`WINT_TYPE` :	Type Layout
	`WORDS_BIG_ENDIAN` :	Storage Layout
	`WORDS_BIG_ENDIAN`, effect on `subreg` :	Regs and Memory
	`word_mode` :	Machine Modes
	`WORD_REGISTER_OPERATIONS` :	Misc
	wpa:	LTO

X
	‘`X`’ in constraint:	Simple Constraints
	`x-host` :	Host Fragment
	`XCmode` :	Machine Modes
	`XCOFF_DEBUGGING_INFO` :	DBX Options
	`XEXP` :	Accessors
	`XFmode` :	Machine Modes
	`XImode` :	Machine Modes
	`XINT` :	Accessors
	`xm-machine.h` :	Filesystem
	`xm-machine.h` :	Host Misc
	`xor` :	Arithmetic
	`xor`, canonicalization of:	Insn Canonicalizations
	`xorm3` instruction pattern:	Standard Names
	`XSTR` :	Accessors
	`XVEC` :	Accessors
	`XVECEXP` :	Accessors
	`XVECLEN` :	Accessors
	`XWINT` :	Accessors

Z
	`zero_extend` :	Conversions
	`zero_extendm n2` instruction pattern:	Standard Names
	`zero_extract` :	Bit-Fields
	`zero_extract`, canonicalization of:	Insn Canonicalizations

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