(line 1854) * __satfractunstisa: Fixed-point fractional library routines. (line 1862) * __satfractunstisq: Fixed-point fractional library routines. (line 1857) * __satfractunstita: Fixed-point fractional library routines. (line 1866) * __satfractunstiuda: Fixed-point fractional library routines. (line 1880) * __satfractunstiudq: Fixed-point fractional library routines. (line 1874) * __satfractunstiuha: Fixed-point fractional library routines. (line 1876) * __satfractunstiuhq: Fixed-point fractional library routines. (line 1870) * __satfractunstiuqq: Fixed-point fractional library routines. (line 1868) * __satfractunstiusa: Fixed-point fractional library routines. (line 1878) * __satfractunstiusq: Fixed-point fractional library routines. (line 1872) * __satfractunstiuta: Fixed-point fractional library routines. (line 1882) * __satfractuqqda: Fixed-point fractional library routines. (line 1201) * __satfractuqqdq: Fixed-point fractional library routines. (line 1196) * __satfractuqqha: Fixed-point fractional library routines. (line 1198) * __satfractuqqhq: Fixed-point fractional library routines. (line 1192) * __satfractuqqqq: Fixed-point fractional library routines. (line 1191) * __satfractuqqsa: Fixed-point fractional library routines. (line 1199) * __satfractuqqsq: Fixed-point fractional library routines. (line 1194) * __satfractuqqta: Fixed-point fractional library routines. (line 1203) * __satfractuqquda: Fixed-point fractional library routines. (line 1215) * __satfractuqqudq2: Fixed-point fractional library routines. (line 1209) * __satfractuqquha: Fixed-point fractional library routines. (line 1211) * __satfractuqquhq2: Fixed-point fractional library routines. (line 1205) * __satfractuqqusa: Fixed-point fractional library routines. (line 1213) * __satfractuqqusq2: Fixed-point fractional library routines. (line 1207) * __satfractuqquta: Fixed-point fractional library routines. (line 1217) * __satfractusada: Fixed-point fractional library routines. (line 1327) * __satfractusadq: Fixed-point fractional library routines. (line 1324) * __satfractusaha: Fixed-point fractional library routines. (line 1325) * __satfractusahq: Fixed-point fractional library routines. (line 1322) * __satfractusaqq: Fixed-point fractional library routines. (line 1321) * __satfractusasa: Fixed-point fractional library routines. (line 1326) * __satfractusasq: Fixed-point fractional library routines. (line 1323) * __satfractusata: Fixed-point fractional library routines. (line 1328) * __satfractusauda2: Fixed-point fractional library routines. (line 1339) * __satfractusaudq: Fixed-point fractional library routines. (line 1335) * __satfractusauha2: Fixed-point fractional library routines. (line 1337) * __satfractusauhq: Fixed-point fractional library routines. (line 1331) * __satfractusauqq: Fixed-point fractional library routines. (line 1330) * __satfractusausq: Fixed-point fractional library routines. (line 1333) * __satfractusauta2: Fixed-point fractional library routines. (line 1341) * __satfractusqda: Fixed-point fractional library routines. (line 1248) * __satfractusqdq: Fixed-point fractional library routines. (line 1244) * __satfractusqha: Fixed-point fractional library routines. (line 1246) * __satfractusqhq: Fixed-point fractional library routines. (line 1241) * __satfractusqqq: Fixed-point fractional library routines. (line 1240) * __satfractusqsa: Fixed-point fractional library routines. (line 1247) * __satfractusqsq: Fixed-point fractional library routines. (line 1242) * __satfractusqta: Fixed-point fractional library routines. (line 1250) * __satfractusquda: Fixed-point fractional library routines. (line 1262) * __satfractusqudq2: Fixed-point fractional library routines. (line 1256) * __satfractusquha: Fixed-point fractional library routines. (line 1258) * __satfractusquhq2: Fixed-point fractional library routines. (line 1254) * __satfractusquqq2: Fixed-point fractional library routines. (line 1252) * __satfractusqusa: Fixed-point fractional library routines. (line 1260) * __satfractusquta: Fixed-point fractional library routines. (line 1264) * __satfractutada: Fixed-point fractional library routines. (line 1379) * __satfractutadq: Fixed-point fractional library routines. (line 1374) * __satfractutaha: Fixed-point fractional library routines. (line 1376) * __satfractutahq: Fixed-point fractional library routines. (line 1370) * __satfractutaqq: Fixed-point fractional library routines. (line 1369) * __satfractutasa: Fixed-point fractional library routines. (line 1377) * __satfractutasq: Fixed-point fractional library routines. (line 1372) * __satfractutata: Fixed-point fractional library routines. (line 1381) * __satfractutauda2: Fixed-point fractional library routines. (line 1395) * __satfractutaudq: Fixed-point fractional library routines. (line 1389) * __satfractutauha2: Fixed-point fractional library routines. (line 1391) * __satfractutauhq: Fixed-point fractional library routines. (line 1385) * __satfractutauqq: Fixed-point fractional library routines. (line 1383) * __satfractutausa2: Fixed-point fractional library routines. (line 1393) * __satfractutausq: Fixed-point fractional library routines. (line 1387) * __ssaddda3: Fixed-point fractional library routines. (line 67) * __ssadddq3: Fixed-point fractional library routines. (line 63) * __ssaddha3: Fixed-point fractional library routines. (line 65) * __ssaddhq3: Fixed-point fractional library routines. (line 60) * __ssaddqq3: Fixed-point fractional library routines. (line 59) * __ssaddsa3: Fixed-point fractional library routines. (line 66) * __ssaddsq3: Fixed-point fractional library routines. (line 61) * __ssaddta3: Fixed-point fractional library routines. (line 69) * __ssashlda3: Fixed-point fractional library routines. (line 402) * __ssashldq3: Fixed-point fractional library routines. (line 399) * __ssashlha3: Fixed-point fractional library routines. (line 400) * __ssashlhq3: Fixed-point fractional library routines. (line 396) * __ssashlsa3: Fixed-point fractional library routines. (line 401) * __ssashlsq3: Fixed-point fractional library routines. (line 397) * __ssashlta3: Fixed-point fractional library routines. (line 404) * __ssdivda3: Fixed-point fractional library routines. (line 261) * __ssdivdq3: Fixed-point fractional library routines. (line 257) * __ssdivha3: Fixed-point fractional library routines. (line 259) * __ssdivhq3: Fixed-point fractional library routines. (line 254) * __ssdivqq3: Fixed-point fractional library routines. (line 253) * __ssdivsa3: Fixed-point fractional library routines. (line 260) * __ssdivsq3: Fixed-point fractional library routines. (line 255) * __ssdivta3: Fixed-point fractional library routines. (line 263) * __ssmulda3: Fixed-point fractional library routines. (line 193) * __ssmuldq3: Fixed-point fractional library routines. (line 189) * __ssmulha3: Fixed-point fractional library routines. (line 191) * __ssmulhq3: Fixed-point fractional library routines. (line 186) * __ssmulqq3: Fixed-point fractional library routines. (line 185) * __ssmulsa3: Fixed-point fractional library routines. (line 192) * __ssmulsq3: Fixed-point fractional library routines. (line 187) * __ssmulta3: Fixed-point fractional library routines. (line 195) * __ssnegda2: Fixed-point fractional library routines. (line 316) * __ssnegdq2: Fixed-point fractional library routines. (line 313) * __ssnegha2: Fixed-point fractional library routines. (line 314) * __ssneghq2: Fixed-point fractional library routines. (line 311) * __ssnegqq2: Fixed-point fractional library routines. (line 310) * __ssnegsa2: Fixed-point fractional library routines. (line 315) * __ssnegsq2: Fixed-point fractional library routines. (line 312) * __ssnegta2: Fixed-point fractional library routines. (line 317) * __sssubda3: Fixed-point fractional library routines. (line 129) * __sssubdq3: Fixed-point fractional library routines. (line 125) * __sssubha3: Fixed-point fractional library routines. (line 127) * __sssubhq3: Fixed-point fractional library routines. (line 122) * __sssubqq3: Fixed-point fractional library routines. (line 121) * __sssubsa3: Fixed-point fractional library routines. (line 128) * __sssubsq3: Fixed-point fractional library routines. (line 123) * __sssubta3: Fixed-point fractional library routines. (line 131) * __subda3: Fixed-point fractional library routines. (line 107) * __subdf3: Soft float library routines. (line 31) * __subdq3: Fixed-point fractional library routines. (line 95) * __subha3: Fixed-point fractional library routines. (line 105) * __subhq3: Fixed-point fractional library routines. (line 92) * __subqq3: Fixed-point fractional library routines. (line 91) * __subsa3: Fixed-point fractional library routines. (line 106) * __subsf3: Soft float library routines. (line 30) * __subsq3: Fixed-point fractional library routines. (line 93) * __subta3: Fixed-point fractional library routines. (line 109) * __subtf3: Soft float library routines. (line 33) * __subuda3: Fixed-point fractional library routines. (line 115) * __subudq3: Fixed-point fractional library routines. (line 103) * __subuha3: Fixed-point fractional library routines. (line 111) * __subuhq3: Fixed-point fractional library routines. (line 99) * __subuqq3: Fixed-point fractional library routines. (line 97) * __subusa3: Fixed-point fractional library routines. (line 113) * __subusq3: Fixed-point fractional library routines. (line 101) * __subuta3: Fixed-point fractional library routines. (line 117) * __subvdi3: Integer library routines. (line 123) * __subvsi3: Integer library routines. (line 122) * __subxf3: Soft float library routines. (line 35) * __truncdfsf2: Soft float library routines. (line 76) * __trunctfdf2: Soft float library routines. (line 73) * __trunctfsf2: Soft float library routines. (line 75) * __truncxfdf2: Soft float library routines. (line 72) * __truncxfsf2: Soft float library routines. (line 74) * __ucmpdi2: Integer library routines. (line 93) * __ucmpti2: Integer library routines. (line 95) * __udivdi3: Integer library routines. (line 54) * __udivmoddi3: Integer library routines. (line 61) * __udivsi3: Integer library routines. (line 52) * __udivti3: Integer library routines. (line 56) * __udivuda3: Fixed-point fractional library routines. (line 246) * __udivudq3: Fixed-point fractional library routines. (line 240) * __udivuha3: Fixed-point fractional library routines. (line 242) * __udivuhq3: Fixed-point fractional library routines. (line 236) * __udivuqq3: Fixed-point fractional library routines. (line 234) * __udivusa3: Fixed-point fractional library routines. (line 244) * __udivusq3: Fixed-point fractional library routines. (line 238) * __udivuta3: Fixed-point fractional library routines. (line 248) * __umoddi3: Integer library routines. (line 71) * __umodsi3: Integer library routines. (line 69) * __umodti3: Integer library routines. (line 73) * __unorddf2: Soft float library routines. (line 173) * __unordsf2: Soft float library routines. (line 172) * __unordtf2: Soft float library routines. (line 174) * __usadduda3: Fixed-point fractional library routines. (line 85) * __usaddudq3: Fixed-point fractional library routines. (line 79) * __usadduha3: Fixed-point fractional library routines. (line 81) * __usadduhq3: Fixed-point fractional library routines. (line 75) * __usadduqq3: Fixed-point fractional library routines. (line 73) * __usaddusa3: Fixed-point fractional library routines. (line 83) * __usaddusq3: Fixed-point fractional library routines. (line 77) * __usadduta3: Fixed-point fractional library routines. (line 87) * __usashluda3: Fixed-point fractional library routines. (line 421) * __usashludq3: Fixed-point fractional library routines. (line 415) * __usashluha3: Fixed-point fractional library routines. (line 417) * __usashluhq3: Fixed-point fractional library routines. (line 411) * __usashluqq3: Fixed-point fractional library routines. (line 409) * __usashlusa3: Fixed-point fractional library routines. (line 419) * __usashlusq3: Fixed-point fractional library routines. (line 413) * __usashluta3: Fixed-point fractional library routines. (line 423) * __usdivuda3: Fixed-point fractional library routines. (line 280) * __usdivudq3: Fixed-point fractional library routines. (line 274) * __usdivuha3: Fixed-point fractional library routines. (line 276) * __usdivuhq3: Fixed-point fractional library routines. (line 270) * __usdivuqq3: Fixed-point fractional library routines. (line 268) * __usdivusa3: Fixed-point fractional library routines. (line 278) * __usdivusq3: Fixed-point fractional library routines. (line 272) * __usdivuta3: Fixed-point fractional library routines. (line 282) * __usmuluda3: Fixed-point fractional library routines. (line 212) * __usmuludq3: Fixed-point fractional library routines. (line 206) * __usmuluha3: Fixed-point fractional library routines. (line 208) * __usmuluhq3: Fixed-point fractional library routines. (line 202) * __usmuluqq3: Fixed-point fractional library routines. (line 200) * __usmulusa3: Fixed-point fractional library routines. (line 210) * __usmulusq3: Fixed-point fractional library routines. (line 204) * __usmuluta3: Fixed-point fractional library routines. (line 214) * __usneguda2: Fixed-point fractional library routines. (line 331) * __usnegudq2: Fixed-point fractional library routines. (line 326) * __usneguha2: Fixed-point fractional library routines. (line 328) * __usneguhq2: Fixed-point fractional library routines. (line 322) * __usneguqq2: Fixed-point fractional library routines. (line 321) * __usnegusa2: Fixed-point fractional library routines. (line 329) * __usnegusq2: Fixed-point fractional library routines. (line 324) * __usneguta2: Fixed-point fractional library routines. (line 333) * __ussubuda3: Fixed-point fractional library routines. (line 148) * __ussubudq3: Fixed-point fractional library routines. (line 142) * __ussubuha3: Fixed-point fractional library routines. (line 144) * __ussubuhq3: Fixed-point fractional library routines. (line 138) * __ussubuqq3: Fixed-point fractional library routines. (line 136) * __ussubusa3: Fixed-point fractional library routines. (line 146) * __ussubusq3: Fixed-point fractional library routines. (line 140) * __ussubuta3: Fixed-point fractional library routines. (line 150) * abort: Portability. (line 21) * abs: Arithmetic. (line 195) * abs and attributes: Expressions. (line 64) * ABS_EXPR: Expression trees. (line 6) * absence_set: Processor pipeline description. (line 215) * absM2 instruction pattern: Standard Names. (line 448) * absolute value: Arithmetic. (line 195) * access to operands: Accessors. (line 6) * access to special operands: Special Accessors. (line 6) * accessors: Accessors. (line 6) * ACCUM_TYPE_SIZE: Type Layout. (line 88) * ACCUMULATE_OUTGOING_ARGS: Stack Arguments. (line 46) * ACCUMULATE_OUTGOING_ARGS and stack frames: Function Entry. (line 135) * ADA_LONG_TYPE_SIZE: Type Layout. (line 26) * ADDITIONAL_REGISTER_NAMES: Instruction Output. (line 15) * addM3 instruction pattern: Standard Names. (line 216) * addMODEcc instruction pattern: Standard Names. (line 898) * addr_diff_vec: Side Effects. (line 299) * addr_diff_vec, length of: Insn Lengths. (line 26) * ADDR_EXPR: Expression trees. (line 6) * addr_vec: Side Effects. (line 294) * addr_vec, length of: Insn Lengths. (line 26) * address constraints: Simple Constraints. (line 152) * address_operand <1>: Simple Constraints. (line 156) * address_operand: Machine-Independent Predicates. (line 63) * addressing modes: Addressing Modes. (line 6) * addressof: Regs and Memory. (line 260) * ADJUST_FIELD_ALIGN: Storage Layout. (line 188) * ADJUST_INSN_LENGTH: Insn Lengths. (line 35) * AGGR_INIT_EXPR: Expression trees. (line 6) * aggregates as return values: Aggregate Return. (line 6) * alias: Alias analysis. (line 6) * ALL_COP_ADDITIONAL_REGISTER_NAMES: MIPS Coprocessors. (line 32) * ALL_REGS: Register Classes. (line 17) * allocate_stack instruction pattern: Standard Names. (line 1221) * alternate entry points: Insns. (line 140) * anchored addresses: Anchored Addresses. (line 6) * and: Arithmetic. (line 153) * and and attributes: Expressions. (line 50) * and, canonicalization of: Insn Canonicalizations. (line 57) * andM3 instruction pattern: Standard Names. (line 222) * annotations: Annotations. (line 6) * APPLY_RESULT_SIZE: Scalar Return. (line 92) * ARG_POINTER_CFA_OFFSET: Frame Layout. (line 194) * ARG_POINTER_REGNUM: Frame Registers. (line 41) * ARG_POINTER_REGNUM and virtual registers: Regs and Memory. (line 65) * arg_pointer_rtx: Frame Registers. (line 85) * ARGS_GROW_DOWNWARD: Frame Layout. (line 35) * argument passing: Interface. (line 36) * arguments in registers: Register Arguments. (line 6) * arguments on stack: Stack Arguments. (line 6) * arithmetic library: Soft float library routines. (line 6) * arithmetic shift: Arithmetic. (line 168) * arithmetic shift with signed saturation: Arithmetic. (line 168) * arithmetic shift with unsigned saturation: Arithmetic. (line 168) * arithmetic, in RTL: Arithmetic. (line 6) * ARITHMETIC_TYPE_P: Types. (line 76) * array: Types. (line 6) * ARRAY_RANGE_REF: Expression trees. (line 6) * ARRAY_REF: Expression trees. (line 6) * ARRAY_TYPE: Types. (line 6) * AS_NEEDS_DASH_FOR_PIPED_INPUT: Driver. (line 151) * ashift: Arithmetic. (line 168) * ashift and attributes: Expressions. (line 64) * ashiftrt: Arithmetic. (line 185) * ashiftrt and attributes: Expressions. (line 64) * ashlM3 instruction pattern: Standard Names. (line 431) * ashrM3 instruction pattern: Standard Names. (line 441) * ASM_APP_OFF: File Framework. (line 61) * ASM_APP_ON: File Framework. (line 54) * ASM_COMMENT_START: File Framework. (line 49) * ASM_DECLARE_CLASS_REFERENCE: Label Output. (line 436) * ASM_DECLARE_CONSTANT_NAME: Label Output. (line 128) * ASM_DECLARE_FUNCTION_NAME: Label Output. (line 87) * ASM_DECLARE_FUNCTION_SIZE: Label Output. (line 101) * ASM_DECLARE_OBJECT_NAME: Label Output. (line 114) * ASM_DECLARE_REGISTER_GLOBAL: Label Output. (line 143) * ASM_DECLARE_UNRESOLVED_REFERENCE: Label Output. (line 442) * ASM_FINAL_SPEC: Driver. (line 144) * ASM_FINISH_DECLARE_OBJECT: Label Output. (line 151) * ASM_FORMAT_PRIVATE_NAME: Label Output. (line 354) * asm_fprintf: Instruction Output. (line 123) * ASM_FPRINTF_EXTENSIONS: Instruction Output. (line 134) * ASM_GENERATE_INTERNAL_LABEL: Label Output. (line 338) * asm_input: Side Effects. (line 281) * asm_input and /v: Flags. (line 79) * ASM_MAYBE_OUTPUT_ENCODED_ADDR_RTX: Exception Handling. (line 82) * ASM_NO_SKIP_IN_TEXT: Alignment Output. (line 72) * asm_noperands: Insns. (line 266) * asm_operands and /v: Flags. (line 79) * asm_operands, RTL sharing: Sharing. (line 45) * asm_operands, usage: Assembler. (line 6) * ASM_OUTPUT_ADDR_DIFF_ELT: Dispatch Tables. (line 9) * ASM_OUTPUT_ADDR_VEC_ELT: Dispatch Tables. (line 26) * ASM_OUTPUT_ALIGN: Alignment Output. (line 79) * ASM_OUTPUT_ALIGN_WITH_NOP: Alignment Output. (line 84) * ASM_OUTPUT_ALIGNED_BSS: Uninitialized Data. (line 64) * ASM_OUTPUT_ALIGNED_COMMON: Uninitialized Data. (line 23) * ASM_OUTPUT_ALIGNED_DECL_COMMON: Uninitialized Data. (line 31) * ASM_OUTPUT_ALIGNED_DECL_LOCAL: Uninitialized Data. (line 95) * ASM_OUTPUT_ALIGNED_LOCAL: Uninitialized Data. (line 87) * ASM_OUTPUT_ASCII: Data Output. (line 50) * ASM_OUTPUT_BSS: Uninitialized Data. (line 39) * ASM_OUTPUT_CASE_END: Dispatch Tables. (line 51) * ASM_OUTPUT_CASE_LABEL: Dispatch Tables. (line 38) * ASM_OUTPUT_COMMON: Uninitialized Data. (line 10) * ASM_OUTPUT_DEBUG_LABEL: Label Output. (line 326) * ASM_OUTPUT_DEF: Label Output. (line 375) * ASM_OUTPUT_DEF_FROM_DECLS: Label Output. (line 383) * ASM_OUTPUT_DWARF_DELTA: SDB and DWARF. (line 42) * ASM_OUTPUT_DWARF_OFFSET: SDB and DWARF. (line 46) * ASM_OUTPUT_DWARF_PCREL: SDB and DWARF. (line 52) * ASM_OUTPUT_EXTERNAL: Label Output. (line 264) * ASM_OUTPUT_FDESC: Data Output. (line 59) * ASM_OUTPUT_IDENT: File Framework. (line 83) * ASM_OUTPUT_INTERNAL_LABEL: Label Output. (line 17) * ASM_OUTPUT_LABEL: Label Output. (line 9) * ASM_OUTPUT_LABEL_REF: Label Output. (line 299) * ASM_OUTPUT_LABELREF: Label Output. (line 285) * ASM_OUTPUT_LOCAL: Uninitialized Data. (line 74) * ASM_OUTPUT_MAX_SKIP_ALIGN: Alignment Output. (line 88) * ASM_OUTPUT_MEASURED_SIZE: Label Output. (line 41) * ASM_OUTPUT_OPCODE: Instruction Output. (line 21) * ASM_OUTPUT_POOL_EPILOGUE: Data Output. (line 109) * ASM_OUTPUT_POOL_PROLOGUE: Data Output. (line 72) * ASM_OUTPUT_REG_POP: Instruction Output. (line 178) * ASM_OUTPUT_REG_PUSH: Instruction Output. (line 173) * ASM_OUTPUT_SIZE_DIRECTIVE: Label Output. (line 35) * ASM_OUTPUT_SKIP: Alignment Output. (line 66) * ASM_OUTPUT_SOURCE_FILENAME: File Framework. (line 68) * ASM_OUTPUT_SPECIAL_POOL_ENTRY: Data Output. (line 84) * ASM_OUTPUT_SYMBOL_REF: Label Output. (line 292) * ASM_OUTPUT_TYPE_DIRECTIVE: Label Output. (line 77) * ASM_OUTPUT_WEAK_ALIAS: Label Output. (line 401) * ASM_OUTPUT_WEAKREF: Label Output. (line 203) * ASM_PREFERRED_EH_DATA_FORMAT: Exception Handling. (line 67) * ASM_SPEC: Driver. (line 136) * ASM_STABD_OP: DBX Options. (line 36) * ASM_STABN_OP: DBX Options. (line 43) * ASM_STABS_OP: DBX Options. (line 29) * ASM_WEAKEN_DECL: Label Output. (line 195) * ASM_WEAKEN_LABEL: Label Output. (line 182) * assemble_name: Label Output. (line 8) * assemble_name_raw: Label Output. (line 16) * assembler format: File Framework. (line 6) * assembler instructions in RTL: Assembler. (line 6) * ASSEMBLER_DIALECT: Instruction Output. (line 146) * assigning attribute values to insns: Tagging Insns. (line 6) * assignment operator: Function Basics. (line 6) * asterisk in template: Output Statement. (line 29) * atan2M3 instruction pattern: Standard Names. (line 518) * attr <1>: Tagging Insns. (line 54) * attr: Expressions. (line 154) * attr_flag: Expressions. (line 119) * attribute expressions: Expressions. (line 6) * attribute specifications: Attr Example. (line 6) * attribute specifications example: Attr Example. (line 6) * attributes: Attributes. (line 6) * attributes, defining: Defining Attributes. (line 6) * attributes, target-specific: Target Attributes. (line 6) * autoincrement addressing, availability: Portability. (line 21) * autoincrement/decrement addressing: Simple Constraints. (line 28) * automata_option: Processor pipeline description. (line 296) * automaton based pipeline description: Processor pipeline description. (line 6) * automaton based scheduler: Processor pipeline description. (line 6) * AVOID_CCMODE_COPIES: Values in Registers. (line 144) * backslash: Output Template. (line 46) * barrier: Insns. (line 160) * barrier and /f: Flags. (line 110) * barrier and /v: Flags. (line 29) * BASE_REG_CLASS: Register Classes. (line 107) * basic block: Basic Blocks. (line 6) * basic-block.h: Control Flow. (line 6) * BASIC_BLOCK: Basic Blocks. (line 19) * basic_block: Basic Blocks. (line 6) * BB_HEAD, BB_END: Maintaining the CFG. (line 88) * bCOND instruction pattern: Standard Names. (line 935) * BIGGEST_ALIGNMENT: Storage Layout. (line 168) * BIGGEST_FIELD_ALIGNMENT: Storage Layout. (line 181) * BImode: Machine Modes. (line 22) * BIND_EXPR: Expression trees. (line 6) * BINFO_TYPE: Classes. (line 6) * bit-fields: Bit-Fields. (line 6) * BIT_AND_EXPR: Expression trees. (line 6) * BIT_IOR_EXPR: Expression trees. (line 6) * BIT_NOT_EXPR: Expression trees. (line 6) * BIT_XOR_EXPR: Expression trees. (line 6) * BITFIELD_NBYTES_LIMITED: Storage Layout. (line 332) * BITS_BIG_ENDIAN: Storage Layout. (line 12) * BITS_BIG_ENDIAN, effect on sign_extract: Bit-Fields. (line 8) * BITS_PER_UNIT: Storage Layout. (line 52) * BITS_PER_WORD: Storage Layout. (line 57) * bitwise complement: Arithmetic. (line 149) * bitwise exclusive-or: Arithmetic. (line 163) * bitwise inclusive-or: Arithmetic. (line 158) * bitwise logical-and: Arithmetic. (line 153) * BLKmode: Machine Modes. (line 183) * BLKmode, and function return values: Calls. (line 23) * block statement iterators <1>: Maintaining the CFG. (line 45) * block statement iterators: Basic Blocks. (line 68) * BLOCK_FOR_INSN, bb_for_stmt: Maintaining the CFG. (line 40) * BLOCK_REG_PADDING: Register Arguments. (line 213) * blockage instruction pattern: Standard Names. (line 1402) * Blocks: Blocks. (line 6) * bool <1>: Exception Region Output. (line 60) * bool: Sections. (line 280) * BOOL_TYPE_SIZE: Type Layout. (line 44) * BOOLEAN_TYPE: Types. (line 6) * branch prediction: Profile information. (line 24) * BRANCH_COST: Costs. (line 52) * break_out_memory_refs: Addressing Modes. (line 118) * BREAK_STMT: Function Bodies. (line 6) * bsi_commit_edge_inserts: Maintaining the CFG. (line 118) * bsi_end_p: Maintaining the CFG. (line 60) * bsi_insert_after: Maintaining the CFG. (line 72) * bsi_insert_before: Maintaining the CFG. (line 78) * bsi_insert_on_edge: Maintaining the CFG. (line 118) * bsi_last: Maintaining the CFG. (line 56) * bsi_next: Maintaining the CFG. (line 64) * bsi_prev: Maintaining the CFG. (line 68) * bsi_remove: Maintaining the CFG. (line 84) * bsi_start: Maintaining the CFG. (line 52) * BSS_SECTION_ASM_OP: Sections. (line 68) * bswap: Arithmetic. (line 232) * btruncM2 instruction pattern: Standard Names. (line 536) * builtin_longjmp instruction pattern: Standard Names. (line 1307) * builtin_setjmp_receiver instruction pattern: Standard Names. (line 1297) * builtin_setjmp_setup instruction pattern: Standard Names. (line 1286) * byte_mode: Machine Modes. (line 336) * BYTES_BIG_ENDIAN: Storage Layout. (line 24) * BYTES_BIG_ENDIAN, effect on subreg: Regs and Memory. (line 136) * C statements for assembler output: Output Statement. (line 6) * C/C++ Internal Representation: Trees. (line 6) * C99 math functions, implicit usage: Library Calls. (line 76) * C_COMMON_OVERRIDE_OPTIONS: Run-time Target. (line 114) * c_register_pragma: Misc. (line 404) * c_register_pragma_with_expansion: Misc. (line 406) * call <1>: Side Effects. (line 86) * call: Flags. (line 219) * call instruction pattern: Standard Names. (line 968) * call usage: Calls. (line 10) * call, in mem: Flags. (line 84) * call-clobbered register: Register Basics. (line 35) * call-saved register: Register Basics. (line 35) * call-used register: Register Basics. (line 35) * CALL_EXPR: Expression trees. (line 6) * call_insn: Insns. (line 95) * call_insn and /f: Flags. (line 110) * call_insn and /j: Flags. (line 164) * call_insn and /s: Flags. (line 34) * call_insn and /u: Flags. (line 19) * call_insn and /v: Flags. (line 29) * CALL_INSN_FUNCTION_USAGE: Insns. (line 101) * call_pop instruction pattern: Standard Names. (line 996) * CALL_POPS_ARGS: Stack Arguments. (line 128) * CALL_REALLY_USED_REGISTERS: Register Basics. (line 46) * CALL_USED_REGISTERS: Register Basics. (line 35) * call_used_regs: Register Basics. (line 59) * call_value instruction pattern: Standard Names. (line 988) * call_value_pop instruction pattern: Standard Names. (line 996) * CALLER_SAVE_PROFITABLE: Caller Saves. (line 11) * calling conventions: Stack and Calling. (line 6) * calling functions in RTL: Calls. (line 6) * can_create_pseudo_p: Standard Names. (line 75) * CAN_DEBUG_WITHOUT_FP: Run-time Target. (line 147) * CAN_ELIMINATE: Elimination. (line 71) * can_fallthru: Basic Blocks. (line 57) * canadian: Configure Terms. (line 6) * CANNOT_CHANGE_MODE_CLASS: Register Classes. (line 481) * canonicalization of instructions: Insn Canonicalizations. (line 6) * CANONICALIZE_COMPARISON: Condition Code. (line 84) * canonicalize_funcptr_for_compare instruction pattern: Standard Names. (line 1152) * CASE_USE_BIT_TESTS: Misc. (line 54) * CASE_VALUES_THRESHOLD: Misc. (line 47) * CASE_VECTOR_MODE: Misc. (line 27) * CASE_VECTOR_PC_RELATIVE: Misc. (line 40) * CASE_VECTOR_SHORTEN_MODE: Misc. (line 31) * casesi instruction pattern: Standard Names. (line 1076) * cbranchMODE4 instruction pattern: Standard Names. (line 957) * cc0: Regs and Memory. (line 182) * cc0, RTL sharing: Sharing. (line 27) * cc0_rtx: Regs and Memory. (line 208) * CC1_SPEC: Driver. (line 118) * CC1PLUS_SPEC: Driver. (line 126) * cc_status: Condition Code. (line 8) * CC_STATUS_MDEP: Condition Code. (line 19) * CC_STATUS_MDEP_INIT: Condition Code. (line 25) * CCmode: Machine Modes. (line 176) * CDImode: Machine Modes. (line 202) * CEIL_DIV_EXPR: Expression trees. (line 6) * CEIL_MOD_EXPR: Expression trees. (line 6) * ceilM2 instruction pattern: Standard Names. (line 552) * CFA_FRAME_BASE_OFFSET: Frame Layout. (line 226) * CFG, Control Flow Graph: Control Flow. (line 6) * cfghooks.h: Maintaining the CFG. (line 6) * cgraph_finalize_function: Parsing pass. (line 52) * chain_circular: GTY Options. (line 195) * chain_next: GTY Options. (line 195) * chain_prev: GTY Options. (line 195) * change_address: Standard Names. (line 47) * CHANGE_DYNAMIC_TYPE_EXPR: Expression trees. (line 6) * char <1>: Misc. (line 693) * char <2>: PCH Target. (line 12) * char: Sections. (line 272) * CHAR_TYPE_SIZE: Type Layout. (line 39) * check_stack instruction pattern: Standard Names. (line 1239) * CHImode: Machine Modes. (line 202) * class: Classes. (line 6) * class definitions, register: Register Classes. (line 6) * class preference constraints: Class Preferences. (line 6) * CLASS_LIKELY_SPILLED_P: Register Classes. (line 452) * CLASS_MAX_NREGS: Register Classes. (line 469) * CLASS_TYPE_P: Types. (line 80) * classes of RTX codes: RTL Classes. (line 6) * CLASSTYPE_DECLARED_CLASS: Classes. (line 6) * CLASSTYPE_HAS_MUTABLE: Classes. (line 80) * CLASSTYPE_NON_POD_P: Classes. (line 85) * CLEANUP_DECL: Function Bodies. (line 6) * CLEANUP_EXPR: Function Bodies. (line 6) * CLEANUP_POINT_EXPR: Expression trees. (line 6) * CLEANUP_STMT: Function Bodies. (line 6) * Cleanups: Cleanups. (line 6) * CLEAR_BY_PIECES_P: Costs. (line 124) * clear_cache instruction pattern: Standard Names. (line 1549) * CLEAR_INSN_CACHE: Trampolines. (line 100) * CLEAR_RATIO: Costs. (line 115) * clobber: Side Effects. (line 100) * clz: Arithmetic. (line 208) * CLZ_DEFINED_VALUE_AT_ZERO: Misc. (line 319) * clzM2 instruction pattern: Standard Names. (line 617) * cmpM instruction pattern: Standard Names. (line 650) * cmpmemM instruction pattern: Standard Names. (line 763) * cmpstrM instruction pattern: Standard Names. (line 744) * cmpstrnM instruction pattern: Standard Names. (line 732) * code generation RTL sequences: Expander Definitions. (line 6) * code iterators in .md files: Code Iterators. (line 6) * code_label: Insns. (line 119) * code_label and /i: Flags. (line 44) * code_label and /v: Flags. (line 29) * CODE_LABEL_NUMBER: Insns. (line 119) * codes, RTL expression: RTL Objects. (line 47) * COImode: Machine Modes. (line 202) * COLLECT2_HOST_INITIALIZATION: Host Misc. (line 32) * COLLECT_EXPORT_LIST: Misc. (line 775) * COLLECT_SHARED_FINI_FUNC: Macros for Initialization. (line 44) * COLLECT_SHARED_INIT_FUNC: Macros for Initialization. (line 33) * combiner pass: Regs and Memory. (line 148) * commit_edge_insertions: Maintaining the CFG. (line 118) * compare: Arithmetic. (line 43) * compare, canonicalization of: Insn Canonicalizations. (line 37) * comparison_operator: Machine-Independent Predicates. (line 111) * compiler passes and files: Passes. (line 6) * complement, bitwise: Arithmetic. (line 149) * COMPLEX_CST: Expression trees. (line 6) * COMPLEX_EXPR: Expression trees. (line 6) * COMPLEX_TYPE: Types. (line 6) * COMPONENT_REF: Expression trees. (line 6) * Compound Expressions: Compound Expressions. (line 6) * Compound Lvalues: Compound Lvalues. (line 6) * COMPOUND_EXPR: Expression trees. (line 6) * COMPOUND_LITERAL_EXPR: Expression trees. (line 6) * COMPOUND_LITERAL_EXPR_DECL: Expression trees. (line 608) * COMPOUND_LITERAL_EXPR_DECL_STMT: Expression trees. (line 608) * computed jump: Edges. (line 128) * computing the length of an insn: Insn Lengths. (line 6) * concat: Regs and Memory. (line 267) * concatn: Regs and Memory. (line 273) * cond: Comparisons. (line 90) * cond and attributes: Expressions. (line 37) * cond_exec: Side Effects. (line 245) * COND_EXPR: Expression trees. (line 6) * condition code register: Regs and Memory. (line 182) * condition code status: Condition Code. (line 6) * condition codes: Comparisons. (line 20) * conditional execution: Conditional Execution. (line 6) * Conditional Expressions: Conditional Expressions. (line 6) * CONDITIONAL_REGISTER_USAGE: Register Basics. (line 60) * conditional_trap instruction pattern: Standard Names. (line 1373) * conditions, in patterns: Patterns. (line 43) * configuration file <1>: Host Misc. (line 6) * configuration file: Filesystem. (line 6) * configure terms: Configure Terms. (line 6) * CONJ_EXPR: Expression trees. (line 6) * CONST0_RTX: Constants. (line 81) * const0_rtx: Constants. (line 16) * CONST1_RTX: Constants. (line 81) * const1_rtx: Constants. (line 16) * CONST2_RTX: Constants. (line 81) * const2_rtx: Constants. (line 16) * CONST_DECL: Declarations. (line 6) * const_double: Constants. (line 32) * const_double, RTL sharing: Sharing. (line 29) * CONST_DOUBLE_CHAIN: Constants. (line 59) * CONST_DOUBLE_LOW: Constants. (line 68) * CONST_DOUBLE_MEM: Constants. (line 59) * CONST_DOUBLE_OK_FOR_CONSTRAINT_P: Old Constraints. (line 69) * CONST_DOUBLE_OK_FOR_LETTER_P: Old Constraints. (line 54) * const_double_operand: Machine-Independent Predicates. (line 21) * const_fixed: Constants. (line 39) * const_int: Constants. (line 8) * const_int and attribute tests: Expressions. (line 47) * const_int and attributes: Expressions. (line 10) * const_int, RTL sharing: Sharing. (line 23) * const_int_operand: Machine-Independent Predicates. (line 16) * CONST_OK_FOR_CONSTRAINT_P: Old Constraints. (line 49) * CONST_OK_FOR_LETTER_P: Old Constraints. (line 40) * CONST_OR_PURE_CALL_P: Flags. (line 19) * const_string: Constants. (line 90) * const_string and attributes: Expressions. (line 20) * const_true_rtx: Constants. (line 26) * const_vector: Constants. (line 47) * const_vector, RTL sharing: Sharing. (line 32) * constant attributes: Constant Attributes. (line 6) * constant definitions: