CU Amiga Super CD-ROM 3/CU Amiga Magazine's Super CD-ROM 03 (1996)(EMAP Images)(GB)(Track 1 of 3)[!][issue 1996-09].iso/misc/gcc/gnu/tex/gcc.cp

Text File | 1993-03-11 | 107KB | 1,660 lines

\entry {contributors}{9}{contributors}
\entry {GNU CC command options}{15}{GNU CC command options}
\entry {command options}{15}{command options}
\entry {options, GNU CC command}{15}{options, GNU CC command}
\entry {grouping options}{15}{grouping options}
\entry {options, grouping}{15}{options, grouping}
\entry {order of options}{15}{order of options}
\entry {options, order}{15}{options, order}
\entry {file name suffix}{19}{file name suffix}
\entry {output file option}{20}{output file option}
\entry {dialect options}{20}{dialect options}
\entry {language dialect options}{20}{language dialect options}
\entry {options, dialect}{20}{options, dialect}
\entry {ANSI support}{20}{ANSI support}
\entry {traditional C language}{22}{traditional C language}
\entry {C language, traditional}{22}{C language, traditional}
\entry {longjmp and automatic variables}{22}{\code {longjmp} and automatic variables}
\entry {options to control warnings}{24}{options to control warnings}
\entry {warning messages}{24}{warning messages}
\entry {messages, warning}{24}{messages, warning}
\entry {suppressing warnings}{24}{suppressing warnings}
\entry {syntax checking}{24}{syntax checking}
\entry {longjmp warnings}{25}{\code {longjmp} warnings}
\entry {options, debugging}{29}{options, debugging}
\entry {debugging information options}{29}{debugging information options}
\entry {prof}{31}{\code {prof}}
\entry {gprof}{31}{\code {gprof}}
\entry {tcov}{31}{\code {tcov}}
\entry {optimize options}{32}{optimize options}
\entry {options, optimization}{32}{options, optimization}
\entry {preprocessor options}{37}{preprocessor options}
\entry {options, preprocessor}{37}{options, preprocessor}
\entry {make}{38}{make}
\entry {dependencies, make}{38}{dependencies, make}
\entry {link options}{39}{link options}
\entry {options, linking}{39}{options, linking}
\entry {file names}{40}{file names}
\entry {Libraries}{40}{Libraries}
\entry {directory options}{41}{directory options}
\entry {options, directory search}{41}{options, directory search}
\entry {search path}{41}{search path}
\entry {target options}{42}{target options}
\entry {cross compiling}{42}{cross compiling}
\entry {specifying machine version}{42}{specifying machine version}
\entry {specifying compiler version and target machine}{42}{specifying compiler version and target machine}
\entry {compiler version, specifying}{42}{compiler version, specifying}
\entry {target machine, specifying}{42}{target machine, specifying}
\entry {submodel options}{44}{submodel options}
\entry {specifying hardware config}{44}{specifying hardware config}
\entry {hardware models and configurations, specifying}{44}{hardware models and configurations, specifying}
\entry {machine dependent options}{44}{machine dependent options}
\entry {M680x0 options}{44}{M680x0 options}
\entry {VAX options}{45}{VAX options}
\entry {SPARC options}{46}{SPARC options}
\entry {Convex options}{46}{Convex options}
\entry {AMD29K options}{46}{AMD29K options}
\entry {M88k options}{47}{M88k options}
\entry {identifying source, compiler (88k)}{47}{identifying source, compiler (88k)}
\entry {underscores, avoiding (88k)}{48}{underscores, avoiding (88k)}
\entry {OCS (88k)}{48}{OCS (88k)}
\entry {debugging, 88k OCS}{48}{debugging, 88k OCS}
\entry {register positions in frame (88k)}{48}{register positions in frame (88k)}
\entry {register positions in frame (88k)}{48}{register positions in frame (88k)}
\entry {arguments in frame (88k)}{48}{arguments in frame (88k)}
\entry {smaller data references (88k)}{48}{smaller data references (88k)}
\entry {r0-relative references (88k)}{48}{r0-relative references (88k)}
\entry {sequential consistency on 88k}{48}{sequential consistency on 88k}
\entry {assembler syntax, 88k}{49}{assembler syntax, 88k}
\entry {SVr4}{49}{SVr4}
\entry {zero division on 88k}{49}{zero division on 88k}
\entry {divide instruction, 88k}{49}{divide instruction, 88k}
\entry {bit shift overflow (88k)}{50}{bit shift overflow (88k)}
\entry {large bit shifts (88k)}{50}{large bit shifts (88k)}
\entry {structure passing (88k)}{50}{structure passing (88k)}
\entry {RS/6000 Options}{50}{RS/6000 Options}
\entry {IBM RS/6000 Options}{50}{IBM RS/6000 Options}
\entry {RT options}{50}{RT options}
\entry {IBM RT options}{50}{IBM RT options}
\entry {varargs.h and RT PC}{51}{\file {varargs.h} and RT PC}
\entry {stdarg.h and RT PC}{51}{\file {stdarg.h} and RT PC}
\entry {MIPS options}{51}{MIPS options}
\entry {smaller data references (MIPS)}{53}{smaller data references (MIPS)}
\entry {gp-relative references (MIPS)}{53}{gp-relative references (MIPS)}
\entry {i386 Options}{54}{i386 Options}
\entry {Intel 386 Options}{54}{Intel 386 Options}
\entry {HPPA Options}{54}{HPPA Options}
\entry {code generation conventions}{57}{code generation conventions}
\entry {options, code generation}{57}{options, code generation}
\entry {run-time options}{57}{run-time options}
\entry {global offset table}{59}{global offset table}
\entry {PIC}{59}{PIC}
\entry {environment variables}{60}{environment variables}
\entry {TMPDIR}{60}{\code {TMPDIR}}
\entry {GCC{\_}EXEC{\_}PREFIX}{60}{\code {GCC{\_}EXEC{\_}PREFIX}}
\entry {COMPILER{\_}PATH}{61}{\code {COMPILER{\_}PATH}}
\entry {LIBRARY{\_}PATH}{61}{\code {LIBRARY{\_}PATH}}
\entry {C{\_}INCLUDE{\_}PATH}{61}{\code {C{\_}INCLUDE{\_}PATH}}
\entry {CPLUS{\_}INCLUDE{\_}PATH}{61}{\code {CPLUS{\_}INCLUDE{\_}PATH}}
\entry {OBJC{\_}INCLUDE{\_}PATH}{61}{\code {OBJC{\_}INCLUDE{\_}PATH}}
\entry {DEPENDENCIES{\_}OUTPUT}{61}{\code {DEPENDENCIES{\_}OUTPUT}}
\entry {dependencies for make as output}{61}{dependencies for make as output}
\entry {installing GNU CC}{65}{installing GNU CC}
\entry {Bison parser generator}{71}{Bison parser generator}
\entry {parser generator, Bison}{71}{parser generator, Bison}
\entry {stage1}{72}{stage1}
\entry {alloca and SunOs}{73}{\code {alloca} and SunOs}
\entry {other directory, compilation in}{75}{other directory, compilation in}
\entry {compilation in a separate directory}{75}{compilation in a separate directory}
\entry {separate directory, compilation in}{75}{separate directory, compilation in}
\entry {cross-compiler, installation}{75}{cross-compiler, installation}
\entry {Sun installation}{78}{Sun installation}
\entry {installing GNU CC on the Sun}{78}{installing GNU CC on the Sun}
\entry {alloca, for SunOs}{78}{\code {alloca}, for SunOs}
\entry {3b1 installation}{79}{3b1 installation}
\entry {installing GNU CC on the 3b1}{79}{installing GNU CC on the 3b1}
\entry {obstack{\_}free}{79}{\code {obstack{\_}free}}
\entry {Unos installation}{79}{Unos installation}
\entry {installing GNU CC on Unos}{79}{installing GNU CC on Unos}
\entry {alloca, for Unos}{79}{\code {alloca}, for Unos}
\entry {VMS installation}{80}{VMS installation}
\entry {installing GNU CC on VMS}{80}{installing GNU CC on VMS}
\entry {extensions, C language}{87}{extensions, C language}
\entry {GNU extensions to the C language}{87}{GNU extensions to the C language}
\entry {C language extensions}{87}{C language extensions}
\entry {statements inside expressions}{87}{statements inside expressions}
\entry {declarations inside expressions}{87}{declarations inside expressions}
\entry {expressions containing statements}{87}{expressions containing statements}
\entry {macros, statements in expressions}{87}{macros, statements in expressions}
\entry {side effects, macro argument}{88}{side effects, macro argument}
\entry {local labels}{88}{local labels}
\entry {macros, local labels}{88}{macros, local labels}
\entry {labels as values}{89}{labels as values}
\entry {computed gotos}{89}{computed gotos}
\entry {goto with computed label}{89}{goto with computed label}
\entry {address of a label}{89}{address of a label}
\entry {nested functions}{90}{nested functions}
\entry {downward funargs}{90}{downward funargs}
\entry {thunks}{90}{thunks}
\entry {naming types}{93}{naming types}
\entry {underscores in variables in macros}{93}{underscores in variables in macros}
\entry {{\_} in variables in macros}{93}{\samp {{\_}} in variables in macros}
\entry {local variables in macros}{93}{local variables in macros}
\entry {variables, local, in macros}{93}{variables, local, in macros}
\entry {macros, local variables in}{93}{macros, local variables in}
\entry {typeof}{93}{\code {typeof}}
\entry {sizeof}{93}{\code {sizeof}}
\entry {macros, types of arguments}{93}{macros, types of arguments}
\entry {compound expressions as lvalues}{94}{compound expressions as lvalues}
\entry {expressions, compound, as lvalues}{94}{expressions, compound, as lvalues}
\entry {conditional expressions as lvalues}{94}{conditional expressions as lvalues}
\entry {expressions, conditional, as lvalues}{94}{expressions, conditional, as lvalues}
\entry {casts as lvalues}{94}{casts as lvalues}
\entry {generalized lvalues}{94}{generalized lvalues}
\entry {lvalues, generalized}{94}{lvalues, generalized}
\entry {extensions, ?:}{94}{extensions, \code {?:}}
\entry {?: extensions}{94}{\code {?:} extensions}
\entry {conditional expressions, extensions}{96}{conditional expressions, extensions}
\entry {omitted middle-operands}{96}{omitted middle-operands}
\entry {middle-operands, omitted}{96}{middle-operands, omitted}
\entry {extensions, ?:}{96}{extensions, \code {?:}}
\entry {?: extensions}{96}{\code {?:} extensions}
\entry {side effect in ?:}{96}{side effect in ?:}
\entry {?: side effect}{96}{?: side effect}
\entry {long long data types}{96}{\code {long long} data types}
\entry {double-word arithmetic}{96}{double-word arithmetic}
\entry {multiprecision arithmetic}{96}{multiprecision arithmetic}
\entry {arrays of length zero}{97}{arrays of length zero}
\entry {zero-length arrays}{97}{zero-length arrays}
\entry {length-zero arrays}{97}{length-zero arrays}
\entry {variable-length arrays}{97}{variable-length arrays}
\entry {arrays of variable length}{97}{arrays of variable length}
\entry {scope of a variable length array}{98}{scope of a variable length array}
\entry {variable-length array scope}{98}{variable-length array scope}
\entry {deallocating variable length arrays}{98}{deallocating variable length arrays}
\entry {alloca vs variable-length arrays}{98}{\code {alloca} vs variable-length arrays}
\entry {parameter forward declaration}{99}{parameter forward declaration}
\entry {variable number of arguments}{99}{variable number of arguments}
\entry {macro with variable arguments}{99}{macro with variable arguments}
\entry {rest argument (in macro)}{99}{rest argument (in macro)}
\entry {subscripting}{100}{subscripting}
\entry {arrays, non-lvalue}{100}{arrays, non-lvalue}
\entry {subscripting and function values}{100}{subscripting and function values}
\entry {void pointers, arithmetic}{100}{void pointers, arithmetic}
\entry {void, size of pointer to}{100}{void, size of pointer to}
\entry {function pointers, arithmetic}{100}{function pointers, arithmetic}
\entry {function, size of pointer to}{100}{function, size of pointer to}
\entry {initializers, non-constant}{101}{initializers, non-constant}
\entry {non-constant initializers}{101}{non-constant initializers}
\entry {constructor expressions}{101}{constructor expressions}
\entry {initializations in expressions}{101}{initializations in expressions}
\entry {structures, constructor expression}{101}{structures, constructor expression}
\entry {expressions, constructor}{101}{expressions, constructor}
\entry {initializers with labeled elements}{102}{initializers with labeled elements}
\entry {labeled elements in initializers}{102}{labeled elements in initializers}
\entry {case labels in initializers}{102}{case labels in initializers}
\entry {case ranges}{104}{case ranges}
\entry {ranges in case statements}{104}{ranges in case statements}
\entry {cast to a union}{105}{cast to a union}
\entry {union, casting to a}{105}{union, casting to a}
\entry {function attributes}{105}{function attributes}
\entry {declaring attributes of functions}{105}{declaring attributes of functions}
\entry {functions that never return}{105}{functions that never return}
\entry {functions that have no side effects}{105}{functions that have no side effects}
\entry {volatile applied to function}{105}{\code {volatile} applied to function}
\entry {const applied to function}{105}{\code {const} applied to function}
\entry {pointer arguments}{106}{pointer arguments}
\entry {#pragma, reason for not using}{107}{\code {#pragma}, reason for not using}
\entry {pragma, reason for not using}{107}{pragma, reason for not using}
\entry {format attribute}{107}{\code {format} attribute}
\entry {function prototype declarations}{108}{function prototype declarations}
\entry {old-style function definitions}{108}{old-style function definitions}
\entry {promotion of formal parameters}{108}{promotion of formal parameters}
\entry {$}{109}{$}
\entry {dollar signs in identifier names}{109}{dollar signs in identifier names}
\entry {identifier names, dollar signs in}{109}{identifier names, dollar signs in}
\entry {alignment}{109}{alignment}
\entry {type alignment}{109}{type alignment}
\entry {variable alignment}{109}{variable alignment}
\entry {attribute of variables}{110}{attribute of variables}
\entry {variable attributes}{110}{variable attributes}
\entry {aligned attribute}{110}{\code {aligned} attribute}
\entry {mode attribute}{111}{\code {mode} attribute}
\entry {packed attribute}{111}{\code {packed} attribute}
\entry {inline functions}{111}{inline functions}
\entry {integrating function code}{111}{integrating function code}
\entry {open coding}{111}{open coding}
\entry {macros, inline alternative}{111}{macros, inline alternative}
\entry {inline functions, omission of}{112}{inline functions, omission of}
\entry {non-static inline function}{112}{non-static inline function}
\entry {extended asm}{113}{extended \code {asm}}
\entry {asm expressions}{113}{\code {asm} expressions}
\entry {assembler instructions}{113}{assembler instructions}
\entry {registers}{113}{registers}
\entry {macros containing asm}{116}{macros containing \code {asm}}
\entry {assembler names for identifiers}{117}{assembler names for identifiers}
\entry {names used in assembler code}{117}{names used in assembler code}
\entry {identifiers, names in assembler code}{117}{identifiers, names in assembler code}
\entry {explicit register variables}{118}{explicit register variables}
\entry {variables in specified registers}{118}{variables in specified registers}
\entry {specified registers}{118}{specified registers}
\entry {registers, global allocation}{118}{registers, global allocation}
\entry {global register variables}{118}{global register variables}
\entry {registers, global variables in}{118}{registers, global variables in}
\entry {qsort, and global register variables}{119}{\code {qsort}, and global register variables}
\entry {register variable after longjmp}{119}{register variable after \code {longjmp}}
\entry {global register after longjmp}{119}{global register after \code {longjmp}}
\entry {value after longjmp}{119}{value after \code {longjmp}}
\entry {longjmp}{119}{\code {longjmp}}
\entry {setjmp}{119}{\code {setjmp}}
\entry {local variables, specifying registers}{120}{local variables, specifying registers}
\entry {specifying registers for local variables}{120}{specifying registers for local variables}
\entry {registers for local variables}{120}{registers for local variables}
\entry {alternate keywords}{121}{alternate keywords}
\entry {keywords, alternate}{121}{keywords, alternate}
\entry {bugs, known}{123}{bugs, known}
\entry {installation trouble}{123}{installation trouble}
\entry {known causes of trouble}{123}{known causes of trouble}
\entry {genflags, crash on Sun 4}{124}{\code {genflags}, crash on Sun 4}
\entry {DBX}{127}{DBX}
\entry {Alliant}{129}{Alliant}
\entry {RT PC}{129}{RT PC}
\entry {IBM RT PC}{129}{IBM RT PC}
\entry {Vax calling convention}{129}{Vax calling convention}
\entry {Ultrix calling convention}{129}{Ultrix calling convention}
\entry {incompatibilities of GNU CC}{130}{incompatibilities of GNU CC}
\entry {string constants}{130}{string constants}
\entry {read-only strings}{130}{read-only strings}
\entry {shared strings}{130}{shared strings}
\entry {mktemp, and constant strings}{130}{\code {mktemp}, and constant strings}
\entry {sscanf, and constant strings}{130}{\code {sscanf}, and constant strings}
\entry {fscanf, and constant strings}{130}{\code {fscanf}, and constant strings}
\entry {scanf, and constant strings}{130}{\code {scanf}, and constant strings}
\entry {setjmp incompatibilities}{130}{\code {setjmp} incompatibilities}
\entry {longjmp incompatibilities}{130}{\code {longjmp} incompatibilities}
\entry {external declaration scope}{131}{external declaration scope}
\entry {scope of external declarations}{131}{scope of external declarations}
\entry {declaration scope}{131}{declaration scope}
\entry {typedef names as function parameters}{131}{typedef names as function parameters}
\entry {whitespace}{131}{whitespace}
\entry {apostrophes}{132}{apostrophes}
\entry {'}{132}{'}
\entry {float as function value type}{132}{\code {float} as function value type}
\entry {structures}{132}{structures}
\entry {unions}{132}{unions}
\entry {conflicting types}{133}{conflicting types}
\entry {scope of declaration}{133}{scope of declaration}
\entry {bugs}{139}{bugs}
\entry {reporting bugs}{139}{reporting bugs}
\entry {bug criteria}{139}{bug criteria}
\entry {fatal signal}{139}{fatal signal}
\entry {core dump}{139}{core dump}
\entry {invalid assembly code}{139}{invalid assembly code}
\entry {assembly code, invalid}{139}{assembly code, invalid}
\entry {undefined behavior}{139}{undefined behavior}
\entry {undefined function value}{139}{undefined function value}
\entry {increment operators}{139}{increment operators}
\entry {invalid input}{140}{invalid input}
\entry {bug report mailing lists}{140}{bug report mailing lists}
\entry {compiler bugs, reporting}{141}{compiler bugs, reporting}
\entry {backtrace for bug reports}{143}{backtrace for bug reports}
\entry {debug{\_}rtx}{144}{\code {debug{\_}rtx}}
\entry {include files and VMS}{151}{include files and VMS}
\entry {VMS and include files}{151}{VMS and include files}
\entry {header files and VMS}{151}{header files and VMS}
\entry {GLOBALREF}{152}{\code {GLOBALREF}}
\entry {GLOBALDEF}{152}{\code {GLOBALDEF}}
\entry {GLOBALVALUEDEF}{152}{\code {GLOBALVALUEDEF}}
\entry {GLOBALVALUEREF}{152}{\code {GLOBALVALUEREF}}
\entry {exit status and VMS}{155}{exit status and VMS}
\entry {return value of main}{155}{return value of \code {main}}
\entry {main and the exit status}{155}{\code {main} and the exit status}
\entry {shared VMS run time system}{155}{shared VMS run time system}
\entry {VAXCRTL}{155}{\file {VAXCRTL}}
\entry {name augmentation}{155}{name augmentation}
\entry {case sensitivity and VMS}{155}{case sensitivity and VMS}
\entry {VMS and case sensitivity}{155}{VMS and case sensitivity}
\entry {portability}{157}{portability}
\entry {GNU CC and portability}{157}{GNU CC and portability}
\entry {endianness}{157}{endianness}
\entry {autoincrement addressing, availability}{157}{autoincrement addressing, availability}
\entry {abort}{157}{\code {abort}}
\entry {interfacing to GNU CC output}{159}{interfacing to GNU CC output}
\entry {run-time conventions}{159}{run-time conventions}
\entry {function call conventions}{159}{function call conventions}
\entry {conventions, run-time}{159}{conventions, run-time}
\entry {unions, returning}{159}{unions, returning}
\entry {structures, returning}{159}{structures, returning}
\entry {returning structures and unions}{159}{returning structures and unions}
\entry {argument passing}{159}{argument passing}
\entry {passing arguments}{159}{passing arguments}
\entry {longjmp and automatic variables}{159}{\code {longjmp} and automatic variables}
\entry {arithmetic libraries}{160}{arithmetic libraries}
\entry {math libraries}{160}{math libraries}
\entry {passes and files of the compiler}{161}{passes and files of the compiler}
\entry {files and passes of the compiler}{161}{files and passes of the compiler}
\entry {compiler passes and files}{161}{compiler passes and files}
\entry {top level of compiler}{161}{top level of compiler}
\entry {parsing pass}{161}{parsing pass}
\entry {rest{\_}of{\_}compilation}{161}{\code {rest{\_}of{\_}compilation}}
\entry {rest{\_}of{\_}decl{\_}compilation}{161}{\code {rest{\_}of{\_}decl{\_}compilation}}
\entry {constant folding}{161}{constant folding}
\entry {arithmetic simplifications}{161}{arithmetic simplifications}
\entry {simplifications, arithmetic}{161}{simplifications, arithmetic}
\entry {RTL generation}{162}{RTL generation}
\entry {target-parameter-dependent code}{162}{target-parameter-dependent code}
\entry {tail recursion optimization}{162}{tail recursion optimization}
\entry {genflags}{162}{\code {genflags}}
\entry {gencodes}{162}{\code {gencodes}}
\entry {inline, automatic}{162}{inline, automatic}
\entry {jump optimization}{162}{jump optimization}
\entry {unreachable code}{162}{unreachable code}
\entry {dead code}{162}{dead code}
\entry {register use analysis}{163}{register use analysis}
\entry {jump threading}{163}{jump threading}
\entry {common subexpression elimination}{163}{common subexpression elimination}
\entry {constant propagation}{163}{constant propagation}
\entry {loop optimization}{163}{loop optimization}
\entry {code motion}{163}{code motion}
\entry {strength-reduction}{163}{strength-reduction}
\entry {register allocation, stupid}{163}{register allocation, stupid}
\entry {stupid register allocation}{163}{stupid register allocation}
\entry {data flow analysis}{163}{data flow analysis}
\entry {analysis, data flow}{163}{analysis, data flow}
\entry {basic blocks}{163}{basic blocks}
\entry {autoincrement/decrement analysis}{163}{autoincrement/decrement analysis}
\entry {instruction combination}{164}{instruction combination}
\entry {instruction scheduling}{164}{instruction scheduling}
\entry {scheduling, instruction}{164}{scheduling, instruction}
\entry {register class preference pass}{164}{register class preference pass}
\entry {register allocation}{164}{register allocation}
\entry {local register allocation}{164}{local register allocation}
\entry {global register allocation}{164}{global register allocation}
\entry {reloading}{164}{reloading}
\entry {instruction scheduling}{164}{instruction scheduling}
\entry {scheduling, instruction}{164}{scheduling, instruction}
\entry {cross-jumping}{165}{cross-jumping}
\entry {no-op move instructions}{165}{no-op move instructions}
\entry {delayed branch scheduling}{165}{delayed branch scheduling}
\entry {scheduling, delayed branch}{165}{scheduling, delayed branch}
\entry {register-to-stack conversion}{165}{register-to-stack conversion}
\entry {final pass}{165}{final pass}
\entry {peephole optimization}{165}{peephole optimization}
\entry {debugging information generation}{165}{debugging information generation}
\entry {genconfig}{165}{\code {genconfig}}
\entry {instruction recognizer}{166}{instruction recognizer}
\entry {RTL representation}{167}{RTL representation}
\entry {representation of RTL}{167}{representation of RTL}
\entry {Register Transfer Language (RTL)}{167}{Register Transfer Language (RTL)}
\entry {RTL object types}{167}{RTL object types}
\entry {RTL integers}{167}{RTL integers}
\entry {RTL strings}{167}{RTL strings}
\entry {RTL vectors}{167}{RTL vectors}
\entry {RTL expression}{167}{RTL expression}
\entry {RTX (See RTL)}{167}{RTX (See RTL)}
\entry {expression codes}{167}{expression codes}
\entry {codes, RTL expression}{167}{codes, RTL expression}
\entry {GET{\_}CODE}{167}{\code {GET{\_}CODE}}
\entry {PUT{\_}CODE}{167}{\code {PUT{\_}CODE}}
\entry {(nil)}{168}{(nil)}
\entry {nil}{168}{nil}
\entry {accessors}{168}{accessors}
\entry {access to operands}{168}{access to operands}
\entry {operand access}{168}{operand access}
\entry {RTL format}{168}{RTL format}
\entry {RTL format characters}{168}{RTL format characters}
\entry {GET{\_}RTX{\_}LENGTH}{169}{\code {GET{\_}RTX{\_}LENGTH}}
\entry {GET{\_}RTX{\_}FORMAT}{169}{\code {GET{\_}RTX{\_}FORMAT}}
\entry {GET{\_}RTX{\_}CLASS}{169}{\code {GET{\_}RTX{\_}CLASS}}
\entry {classes of RTX codes}{169}{classes of RTX codes}
\entry {XEXP}{169}{\code {XEXP}}
\entry {XINT}{169}{\code {XINT}}
\entry {XWINT}{169}{\code {XWINT}}
\entry {XSTR}{169}{\code {XSTR}}
\entry {XVEC}{170}{\code {XVEC}}
\entry {XVECLEN}{170}{\code {XVECLEN}}
\entry {XVECEXP}{170}{\code {XVECEXP}}
\entry {flags in RTL expression}{171}{flags in RTL expression}
\entry {MEM{\_}VOLATILE{\_}P}{171}{\code {MEM{\_}VOLATILE{\_}P}}
\entry {mem and /v}{171}{\code {mem} and \samp {/v}}
\entry {volatil, in mem}{171}{\code {volatil}, in \code {mem}}
\entry {/v in RTL dump}{171}{\samp {/v} in RTL dump}
\entry {MEM{\_}IN{\_}STRUCT{\_}P}{171}{\code {MEM{\_}IN{\_}STRUCT{\_}P}}
\entry {mem and /s}{171}{\code {mem} and \samp {/s}}
\entry {in{\_}struct, in mem}{171}{\code {in{\_}struct}, in \code {mem}}
\entry {/s in RTL dump}{171}{\samp {/s} in RTL dump}
\entry {REG{\_}LOOP{\_}TEST{\_}P}{171}{\code {REG{\_}LOOP{\_}TEST{\_}P}}
\entry {reg and /s}{171}{\code {reg} and \samp {/s}}
\entry {in{\_}struct, in reg}{171}{\code {in{\_}struct}, in \code {reg}}
\entry {REG{\_}USERVAR{\_}P}{171}{\code {REG{\_}USERVAR{\_}P}}
\entry {reg and /v}{171}{\code {reg} and \samp {/v}}
\entry {volatil, in reg}{171}{\code {volatil}, in \code {reg}}
\entry {/i in RTL dump}{171}{\samp {/i} in RTL dump}
\entry {REG{\_}FUNCTION{\_}VALUE{\_}P}{171}{\code {REG{\_}FUNCTION{\_}VALUE{\_}P}}
\entry {reg and /i}{171}{\code {reg} and \samp {/i}}
\entry {integrated, in reg}{171}{\code {integrated}, in \code {reg}}
\entry {SUBREG{\_}PROMOTED{\_}VAR{\_}P}{171}{\code {SUBREG{\_}PROMOTED{\_}VAR{\_}P}}
\entry {subreg and /s}{171}{\code {subreg} and \samp {/s}}
\entry {in{\_}struct, in subreg}{171}{\code {in{\_}struct}, in \code {subreg}}
\entry {SUBREG{\_}PROMOTED{\_}UNSIGNED{\_}P}{171}{\code {SUBREG{\_}PROMOTED{\_}UNSIGNED{\_}P}}
\entry {subreg and /u}{171}{\code {subreg} and \samp {/u}}
\entry {unchanging, in subreg}{171}{\code {unchanging}, in \code {subreg}}
\entry {RTX{\_}UNCHANGING{\_}P}{171}{\code {RTX{\_}UNCHANGING{\_}P}}
\entry {reg and /u}{171}{\code {reg} and \samp {/u}}
\entry {mem and /u}{171}{\code {mem} and \samp {/u}}
\entry {unchanging, in reg and mem}{171}{\code {unchanging}, in \code {reg} and \code {mem}}
\entry {/u in RTL dump}{171}{\samp {/u} in RTL dump}
\entry {RTX{\_}INTEGRATED{\_}P}{172}{\code {RTX{\_}INTEGRATED{\_}P}}
\entry {integrated, in insn}{172}{\code {integrated}, in \code {insn}}
\entry {SYMBOL{\_}REF{\_}USED}{172}{\code {SYMBOL{\_}REF{\_}USED}}
\entry {used, in symbol{\_}ref}{172}{\code {used}, in \code {symbol{\_}ref}}
\entry {SYMBOL{\_}REF{\_}FLAG}{172}{\code {SYMBOL{\_}REF{\_}FLAG}}
\entry {symbol{\_}ref and /v}{172}{\code {symbol{\_}ref} and \samp {/v}}
\entry {volatil, in symbol{\_}ref}{172}{\code {volatil}, in \code {symbol{\_}ref}}
\entry {LABEL{\_}OUTSIDE{\_}LOOP{\_}P}{172}{\code {LABEL{\_}OUTSIDE{\_}LOOP{\_}P}}
\entry {label{\_}ref and /s}{172}{\code {label{\_}ref} and \samp {/s}}
\entry {in{\_}struct, in label{\_}ref}{172}{\code {in{\_}struct}, in \code {label{\_}ref}}
\entry {INSN{\_}DELETED{\_}P}{172}{\code {INSN{\_}DELETED{\_}P}}
\entry {volatil, in insn}{172}{\code {volatil}, in \code {insn}}
\entry {INSN{\_}ANNULLED{\_}BRANCH{\_}P}{172}{\code {INSN{\_}ANNULLED{\_}BRANCH{\_}P}}
\entry {insn and /u}{172}{\code {insn} and \samp {/u}}
\entry {unchanging, in insn}{172}{\code {unchanging}, in \code {insn}}
\entry {INSN{\_}FROM{\_}TARGET{\_}P}{172}{\code {INSN{\_}FROM{\_}TARGET{\_}P}}
\entry {insn and /s}{172}{\code {insn} and \samp {/s}}
\entry {in{\_}struct, in insn}{172}{\code {in{\_}struct}, in \code {insn}}
\entry {/s in RTL dump}{172}{\samp {/s} in RTL dump}
\entry {CONSTANT{\_}POOL{\_}ADDRESS{\_}P}{172}{\code {CONSTANT{\_}POOL{\_}ADDRESS{\_}P}}
\entry {symbol{\_}ref and /u}{172}{\code {symbol{\_}ref} and \samp {/u}}
\entry {unchanging, in symbol{\_}ref}{172}{\code {unchanging}, in \code {symbol{\_}ref}}
\entry {CONST{\_}CALL{\_}P}{172}{\code {CONST{\_}CALL{\_}P}}
\entry {call{\_}insn and /u}{172}{\code {call{\_}insn} and \samp {/u}}
\entry {unchanging, in call{\_}insn}{172}{\code {unchanging}, in \code {call{\_}insn}}
\entry {LABEL{\_}PRESERVE{\_}P}{173}{\code {LABEL{\_}PRESERVE{\_}P}}
\entry {code{\_}label and /i}{173}{\code {code{\_}label} and \samp {/i}}
\entry {in{\_}struct, in code{\_}label}{173}{\code {in{\_}struct}, in \code {code{\_}label}}
\entry {SCHED{\_}GROUP{\_}P}{173}{\code {SCHED{\_}GROUP{\_}P}}
\entry {insn and /i}{173}{\code {insn} and \samp {/i}}
\entry {in{\_}struct, in insn}{173}{\code {in{\_}struct}, in \code {insn}}
\entry {used}{173}{\code {used}}
\entry {volatil}{173}{\code {volatil}}
\entry {volatile memory references}{173}{volatile memory references}
\entry {in{\_}struct}{173}{\code {in{\_}struct}}
\entry {unchanging}{174}{\code {unchanging}}
\entry {integrated}{174}{\code {integrated}}
\entry {machine modes}{174}{machine modes}
\entry {enum machine{\_}mode}{174}{\code {enum machine{\_}mode}}
\entry {QImode}{175}{\code {QImode}}
\entry {HImode}{175}{\code {HImode}}
\entry {PSImode}{175}{\code {PSImode}}
\entry {SImode}{175}{\code {SImode}}
\entry {PDImode}{175}{\code {PDImode}}
\entry {DImode}{175}{\code {DImode}}
\entry {TImode}{175}{\code {TImode}}
\entry {SFmode}{175}{\code {SFmode}}
\entry {DFmode}{175}{\code {DFmode}}
\entry {XFmode}{175}{\code {XFmode}}
\entry {TFmode}{175}{\code {TFmode}}
\entry {CCmode}{175}{\code {CCmode}}
\entry {BLKmode}{175}{\code {BLKmode}}
\entry {VOIDmode}{175}{\code {VOIDmode}}
\entry {SCmode}{175}{\code {SCmode}}
\entry {DCmode}{175}{\code {DCmode}}
\entry {XCmode}{175}{\code {XCmode}}
\entry {TCmode}{175}{\code {TCmode}}
\entry {mode classes}{176}{mode classes}
\entry {MODE{\_}INT}{176}{\code {MODE{\_}INT}}
\entry {MODE{\_}PARTIAL{\_}INT}{176}{\code {MODE{\_}PARTIAL{\_}INT}}
\entry {MODE{\_}FLOAT}{176}{\code {MODE{\_}FLOAT}}
\entry {MODE{\_}COMPLEX{\_}INT}{176}{\code {MODE{\_}COMPLEX{\_}INT}}
\entry {MODE{\_}COMPLEX{\_}FLOAT}{176}{\code {MODE{\_}COMPLEX{\_}FLOAT}}
\entry {MODE{\_}FUNCTION}{176}{\code {MODE{\_}FUNCTION}}
\entry {MODE{\_}CC}{176}{\code {MODE{\_}CC}}
\entry {MODE{\_}RANDOM}{176}{\code {MODE{\_}RANDOM}}
\entry {GET{\_}MODE}{177}{\code {GET{\_}MODE}}
\entry {PUT{\_}MODE}{177}{\code {PUT{\_}MODE}}
\entry {NUM{\_}MACHINE{\_}MODES}{177}{\code {NUM{\_}MACHINE{\_}MODES}}
\entry {GET{\_}MODE{\_}NAME}{177}{\code {GET{\_}MODE{\_}NAME}}
\entry {GET{\_}MODE{\_}CLASS}{177}{\code {GET{\_}MODE{\_}CLASS}}
\entry {GET{\_}MODE{\_}WIDER{\_}MODE}{177}{\code {GET{\_}MODE{\_}WIDER{\_}MODE}}
\entry {GET{\_}MODE{\_}SIZE}{177}{\code {GET{\_}MODE{\_}SIZE}}
\entry {GET{\_}MODE{\_}BITSIZE}{177}{\code {GET{\_}MODE{\_}BITSIZE}}
\entry {GET{\_}MODE{\_}MASK}{177}{\code {GET{\_}MODE{\_}MASK}}
\entry {GET{\_}MODE{\_}ALIGNMENT}{177}{\code {GET{\_}MODE{\_}ALIGNMENT}}
\entry {GET{\_}MODE{\_}UNIT{\_}SIZE}{177}{\code {GET{\_}MODE{\_}UNIT{\_}SIZE}}
\entry {GET{\_}MODE{\_}NUNITS}{177}{\code {GET{\_}MODE{\_}NUNITS}}
\entry {GET{\_}CLASS{\_}NARROWEST{\_}MODE}{177}{\code {GET{\_}CLASS{\_}NARROWEST{\_}MODE}}
\entry {byte{\_}mode}{178}{\code {byte{\_}mode}}
\entry {word{\_}mode}{178}{\code {word{\_}mode}}
\entry {RTL constants}{178}{RTL constants}
\entry {RTL constant expression types}{178}{RTL constant expression types}
\entry {const{\_}int}{178}{\code {const{\_}int}}
\entry {const0{\_}rtx}{178}{\code {const0{\_}rtx}}
\entry {const1{\_}rtx}{178}{\code {const1{\_}rtx}}
\entry {const2{\_}rtx}{178}{\code {const2{\_}rtx}}
\entry {constm1{\_}rtx}{178}{\code {constm1{\_}rtx}}
\entry {const{\_}true{\_}rtx}{178}{\code {const{\_}true{\_}rtx}}
\entry {const{\_}double}{178}{\code {const{\_}double}}
\entry {CONST{\_}DOUBLE{\_}MEM}{178}{\code {CONST{\_}DOUBLE{\_}MEM}}
\entry {CONST{\_}DOUBLE{\_}CHAIN}{178}{\code {CONST{\_}DOUBLE{\_}CHAIN}}
\entry {CONST{\_}DOUBLE{\_}LOW}{178}{\code {CONST{\_}DOUBLE{\_}LOW}}
\entry {CONST0{\_}RTX}{179}{\code {CONST0{\_}RTX}}
\entry {CONST1{\_}RTX}{179}{\code {CONST1{\_}RTX}}
\entry {CONST2{\_}RTX}{179}{\code {CONST2{\_}RTX}}
\entry {const{\_}string}{179}{\code {const{\_}string}}
\entry {symbol{\_}ref}{179}{\code {symbol{\_}ref}}
\entry {label{\_}ref}{179}{\code {label{\_}ref}}
\entry {high}{179}{\code {high}}
\entry {RTL register expressions}{180}{RTL register expressions}
\entry {RTL memory expressions}{180}{RTL memory expressions}
\entry {reg}{180}{\code {reg}}
\entry {hard registers}{180}{hard registers}
\entry {pseudo registers}{180}{pseudo registers}
\entry {FIRST{\_}VIRTUAL{\_}REGISTER}{181}{\code {FIRST{\_}VIRTUAL{\_}REGISTER}}
\entry {LAST{\_}VIRTUAL{\_}REGISTER}{181}{\code {LAST{\_}VIRTUAL{\_}REGISTER}}
\entry {VIRTUAL{\_}INCOMING{\_}ARGS{\_}REGNUM}{181}{\code {VIRTUAL{\_}INCOMING{\_}ARGS{\_}REGNUM}}
\entry {FIRST{\_}PARM{\_}OFFSET and virtual registers}{181}{\code {FIRST{\_}PARM{\_}OFFSET} and virtual registers}
\entry {ARG{\_}POINTER{\_}REGNUM and virtual registers}{181}{\code {ARG{\_}POINTER{\_}REGNUM} and virtual registers}
\entry {VIRTUAL{\_}STACK{\_}VARS{\_}REGNUM}{181}{\code {VIRTUAL{\_}STACK{\_}VARS{\_}REGNUM}}
\entry {FRAME{\_}GROWS{\_}DOWNWARD and virtual registers}{181}{\code {FRAME{\_}GROWS{\_}DOWNWARD} and virtual registers}
\entry {STARTING{\_}FRAME{\_}OFFSET and virtual registers}{181}{\code {STARTING{\_}FRAME{\_}OFFSET} and virtual registers}
\entry {FRAME{\_}POINTER{\_}REGNUM and virtual registers}{181}{\code {FRAME{\_}POINTER{\_}REGNUM} and virtual registers}
\entry {VIRTUAL{\_}STACK{\_}DYNAMIC{\_}REGNUM}{181}{\code {VIRTUAL{\_}STACK{\_}DYNAMIC{\_}REGNUM}}
\entry {STACK{\_}DYNAMIC{\_}OFFSET and virtual registers}{181}{\code {STACK{\_}DYNAMIC{\_}OFFSET} and virtual registers}
\entry {STACK{\_}POINTER{\_}REGNUM and virtual registers}{181}{\code {STACK{\_}POINTER{\_}REGNUM} and virtual registers}
\entry {VIRTUAL{\_}OUTGOING{\_}ARGS{\_}REGNUM}{181}{\code {VIRTUAL{\_}OUTGOING{\_}ARGS{\_}REGNUM}}
\entry {STACK{\_}POINTER{\_}OFFSET and virtual registers}{181}{\code {STACK{\_}POINTER{\_}OFFSET} and virtual registers}
\entry {subreg}{181}{\code {subreg}}
\entry {WORDS{\_}BIG{\_}ENDIAN, effect on subreg}{182}{\code {WORDS{\_}BIG{\_}ENDIAN}, effect on \code {subreg}}
\entry {combiner pass}{182}{combiner pass}
\entry {reload pass}{182}{reload pass}
\entry {subreg, special reload handling}{182}{\code {subreg}, special reload handling}
\entry {SUBREG{\_}REG}{182}{\code {SUBREG{\_}REG}}
\entry {SUBREG{\_}WORD}{182}{\code {SUBREG{\_}WORD}}
\entry {scratch}{182}{\code {scratch}}
\entry {scratch operands}{182}{scratch operands}
\entry {cc0}{183}{\code {cc0}}
\entry {condition code register}{183}{condition code register}
\entry {cc0{\_}rtx}{183}{\code {cc0{\_}rtx}}
\entry {pc}{183}{\code {pc}}
\entry {program counter}{183}{program counter}
\entry {pc{\_}rtx}{183}{\code {pc{\_}rtx}}
\entry {mem}{184}{\code {mem}}
\entry {arithmetic, in RTL}{184}{arithmetic, in RTL}
\entry {math, in RTL}{184}{math, in RTL}
\entry {RTL expressions for arithmetic}{184}{RTL expressions for arithmetic}
\entry {plus}{184}{\code {plus}}
\entry {RTL addition}{184}{RTL addition}
\entry {RTL sum}{184}{RTL sum}
\entry {lo{\_}sum}{184}{\code {lo{\_}sum}}
\entry {minus}{184}{\code {minus}}
\entry {RTL subtraction}{184}{RTL subtraction}
\entry {RTL difference}{184}{RTL difference}
\entry {compare}{184}{\code {compare}}
\entry {RTL comparison}{184}{RTL comparison}
\entry {neg}{185}{\code {neg}}
\entry {mult}{185}{\code {mult}}
\entry {multiplication}{185}{multiplication}
\entry {product}{185}{product}
\entry {div}{185}{\code {div}}
\entry {division}{185}{division}
\entry {signed division}{185}{signed division}
\entry {quotient}{185}{quotient}
\entry {udiv}{185}{\code {udiv}}
\entry {unsigned division}{185}{unsigned division}
\entry {division}{185}{division}
\entry {mod}{185}{\code {mod}}
\entry {umod}{185}{\code {umod}}
\entry {remainder}{185}{remainder}
\entry {division}{185}{division}
\entry {smin}{185}{\code {smin}}
\entry {smax}{185}{\code {smax}}
\entry {signed minimum}{185}{signed minimum}
\entry {signed maximum}{185}{signed maximum}
\entry {umin}{185}{\code {umin}}
\entry {umax}{185}{\code {umax}}
\entry {unsigned minimum and maximum}{185}{unsigned minimum and maximum}
\entry {not}{186}{\code {not}}
\entry {complement, bitwise}{186}{complement, bitwise}
\entry {bitwise complement}{186}{bitwise complement}
\entry {and}{186}{\code {and}}
\entry {logical-and, bitwise}{186}{logical-and, bitwise}
\entry {bitwise logical-and}{186}{bitwise logical-and}
\entry {ior}{186}{\code {ior}}
\entry {inclusive-or, bitwise}{186}{inclusive-or, bitwise}
\entry {bitwise inclusive-or}{186}{bitwise inclusive-or}
\entry {xor}{186}{\code {xor}}
\entry {exclusive-or, bitwise}{186}{exclusive-or, bitwise}
\entry {bitwise exclusive-or}{186}{bitwise exclusive-or}
\entry {ashift}{186}{\code {ashift}}
\entry {left shift}{186}{left shift}
\entry {shift}{186}{shift}
\entry {arithmetic shift}{186}{arithmetic shift}
\entry {lshift}{186}{\code {lshift}}
\entry {left shift}{186}{left shift}
\entry {logical shift}{186}{logical shift}
\entry {lshiftrt}{186}{\code {lshiftrt}}
\entry {right shift}{186}{right shift}
\entry {ashiftrt}{186}{\code {ashiftrt}}
\entry {rotate}{186}{\code {rotate}}
\entry {rotate}{186}{rotate}
\entry {left rotate}{186}{left rotate}
\entry {rotatert}{186}{\code {rotatert}}
\entry {right rotate}{186}{right rotate}
\entry {abs}{186}{\code {abs}}
\entry {absolute value}{186}{absolute value}
\entry {sqrt}{186}{\code {sqrt}}
\entry {square root}{186}{square root}
\entry {ffs}{186}{\code {ffs}}
\entry {RTL comparison operations}{187}{RTL comparison operations}
\entry {condition codes}{187}{condition codes}
\entry {eq}{188}{\code {eq}}
\entry {equal}{188}{equal}
\entry {ne}{188}{\code {ne}}
\entry {not equal}{188}{not equal}
\entry {gt}{188}{\code {gt}}
\entry {greater than}{188}{greater than}
\entry {gtu}{188}{\code {gtu}}
\entry {greater than}{188}{greater than}
\entry {unsigned greater than}{188}{unsigned greater than}
\entry {lt}{188}{\code {lt}}
\entry {less than}{188}{less than}
\entry {ltu}{188}{\code {ltu}}
\entry {unsigned less than}{188}{unsigned less than}
\entry {ge}{188}{\code {ge}}
\entry {greater than}{188}{greater than}
\entry {geu}{188}{\code {geu}}
\entry {unsigned greater than}{188}{unsigned greater than}
\entry {le}{188}{\code {le}}
\entry {less than or equal}{188}{less than or equal}
\entry {leu}{188}{\code {leu}}
\entry {unsigned less than}{188}{unsigned less than}
\entry {if{\_}then{\_}else}{188}{\code {if{\_}then{\_}else}}
\entry {cond}{188}{\code {cond}}
\entry {bit fields}{189}{bit fields}
\entry {sign{\_}extract}{189}{\code {sign{\_}extract}}
\entry {BITS{\_}BIG{\_}ENDIAN, effect on sign{\_}extract}{189}{\code {BITS{\_}BIG{\_}ENDIAN}, effect on \code {sign{\_}extract}}
\entry {zero{\_}extract}{189}{\code {zero{\_}extract}}
\entry {conversions}{189}{conversions}
\entry {machine mode conversions}{189}{machine mode conversions}
\entry {sign{\_}extend}{190}{\code {sign{\_}extend}}
\entry {zero{\_}extend}{190}{\code {zero{\_}extend}}
\entry {float{\_}extend}{190}{\code {float{\_}extend}}
\entry {truncate}{190}{\code {truncate}}
\entry {float{\_}truncate}{190}{\code {float{\_}truncate}}
\entry {float}{190}{\code {float}}
\entry {unsigned{\_}float}{190}{\code {unsigned{\_}float}}
\entry {fix}{190}{\code {fix}}
\entry {unsigned{\_}fix}{190}{\code {unsigned{\_}fix}}
\entry {fix}{190}{\code {fix}}
\entry {RTL declarations}{191}{RTL declarations}
\entry {declarations, RTL}{191}{declarations, RTL}
\entry {strict{\_}low{\_}part}{191}{\code {strict{\_}low{\_}part}}
\entry {subreg, in strict{\_}low{\_}part}{191}{\code {subreg}, in \code {strict{\_}low{\_}part}}
\entry {RTL side effect expressions}{191}{RTL side effect expressions}
\entry {set}{191}{\code {set}}
\entry {jump instructions and set}{192}{jump instructions and \code {set}}
\entry {if{\_}then{\_}else usage}{192}{\code {if{\_}then{\_}else} usage}
\entry {SET{\_}DEST}{192}{\code {SET{\_}DEST}}
\entry {SET{\_}SRC}{192}{\code {SET{\_}SRC}}
\entry {return}{192}{\code {return}}
\entry {call}{192}{\code {call}}
\entry {clobber}{192}{\code {clobber}}
\entry {use}{193}{\code {use}}
\entry {parallel}{193}{\code {parallel}}
\entry {peephole optimization, RTL representation}{194}{peephole optimization, RTL representation}
\entry {sequence}{194}{\code {sequence}}
\entry {asm{\_}input}{195}{\code {asm{\_}input}}
\entry {unspec}{195}{\code {unspec}}
\entry {unspec{\_}volatile}{195}{\code {unspec{\_}volatile}}
\entry {addr{\_}vec}{195}{\code {addr{\_}vec}}
\entry {addr{\_}diff{\_}vec}{195}{\code {addr{\_}diff{\_}vec}}
\entry {RTL preincrement}{195}{RTL preincrement}
\entry {RTL postincrement}{195}{RTL postincrement}
\entry {RTL predecrement}{195}{RTL predecrement}
\entry {RTL postdecrement}{195}{RTL postdecrement}
\entry {pre{\_}dec}{195}{\code {pre{\_}dec}}
\entry {pre{\_}inc}{196}{\code {pre{\_}inc}}
\entry {post{\_}dec}{196}{\code {post{\_}dec}}
\entry {post{\_}inc}{196}{\code {post{\_}inc}}
\entry {assembler instructions in RTL}{197}{assembler instructions in RTL}
\entry {asm{\_}operands, usage}{197}{\code {asm{\_}operands}, usage}
\entry {insns}{197}{insns}
\entry {INSN{\_}UID}{198}{\code {INSN{\_}UID}}
\entry {PREV{\_}INSN}{198}{\code {PREV{\_}INSN}}
\entry {NEXT{\_}INSN}{198}{\code {NEXT{\_}INSN}}
\entry {get{\_}insns}{198}{\code {get{\_}insns}}
\entry {get{\_}last{\_}insn}{198}{\code {get{\_}last{\_}insn}}
\entry {insn}{199}{\code {insn}}
\entry {jump{\_}insn}{199}{\code {jump{\_}insn}}
\entry {JUMP{\_}LABEL}{199}{\code {JUMP{\_}LABEL}}
\entry {call{\_}insn}{199}{\code {call{\_}insn}}
\entry {code{\_}label}{199}{\code {code{\_}label}}
\entry {CODE{\_}LABEL{\_}NUMBER}{199}{\code {CODE{\_}LABEL{\_}NUMBER}}
\entry {LABEL{\_}NUSES}{200}{\code {LABEL{\_}NUSES}}
\entry {barrier}{200}{\code {barrier}}
\entry {note}{200}{\code {note}}
\entry {NOTE{\_}LINE{\_}NUMBER}{200}{\code {NOTE{\_}LINE{\_}NUMBER}}
\entry {NOTE{\_}SOURCE{\_}FILE}{200}{\code {NOTE{\_}SOURCE{\_}FILE}}
\entry {NOTE{\_}INSN{\_}DELETED}{200}{\code {NOTE{\_}INSN{\_}DELETED}}
\entry {NOTE{\_}INSN{\_}BLOCK{\_}BEG}{200}{\code {NOTE{\_}INSN{\_}BLOCK{\_}BEG}}
\entry {NOTE{\_}INSN{\_}BLOCK{\_}END}{200}{\code {NOTE{\_}INSN{\_}BLOCK{\_}END}}
\entry {NOTE{\_}INSN{\_}LOOP{\_}BEG}{200}{\code {NOTE{\_}INSN{\_}LOOP{\_}BEG}}
\entry {NOTE{\_}INSN{\_}LOOP{\_}END}{200}{\code {NOTE{\_}INSN{\_}LOOP{\_}END}}
\entry {NOTE{\_}INSN{\_}LOOP{\_}CONT}{200}{\code {NOTE{\_}INSN{\_}LOOP{\_}CONT}}
\entry {NOTE{\_}INSN{\_}LOOP{\_}VTOP}{200}{\code {NOTE{\_}INSN{\_}LOOP{\_}VTOP}}
\entry {NOTE{\_}INSN{\_}FUNCTION{\_}END}{200}{\code {NOTE{\_}INSN{\_}FUNCTION{\_}END}}
\entry {NOTE{\_}INSN{\_}SETJMP}{201}{\code {NOTE{\_}INSN{\_}SETJMP}}
\entry {HImode, in insn}{201}{\code {HImode}, in \code {insn}}
\entry {QImode, in insn}{201}{\code {QImode}, in \code {insn}}
\entry {PATTERN}{201}{\code {PATTERN}}
\entry {INSN{\_}CODE}{201}{\code {INSN{\_}CODE}}
\entry {asm{\_}noperands}{201}{\code {asm{\_}noperands}}
\entry {LOG{\_}LINKS}{201}{\code {LOG{\_}LINKS}}
\entry {REG{\_}NOTES}{201}{\code {REG{\_}NOTES}}
\entry {REG{\_}NOTE{\_}KIND}{202}{\code {REG{\_}NOTE{\_}KIND}}
\entry {PUT{\_}REG{\_}NOTE{\_}KIND}{202}{\code {PUT{\_}REG{\_}NOTE{\_}KIND}}
\entry {REG{\_}DEAD}{202}{\code {REG{\_}DEAD}}
\entry {REG{\_}INC}{203}{\code {REG{\_}INC}}
\entry {REG{\_}NONNEG}{203}{\code {REG{\_}NONNEG}}
\entry {REG{\_}NO{\_}CONFLICT}{203}{\code {REG{\_}NO{\_}CONFLICT}}
\entry {REG{\_}LABEL}{203}{\code {REG{\_}LABEL}}
\entry {REG{\_}EQUIV}{203}{\code {REG{\_}EQUIV}}
\entry {REG{\_}EQUAL}{203}{\code {REG{\_}EQUAL}}
\entry {REG{\_}UNUSED}{204}{\code {REG{\_}UNUSED}}
\entry {REG{\_}WAS{\_}0}{204}{\code {REG{\_}WAS{\_}0}}
\entry {REG{\_}RETVAL}{205}{\code {REG{\_}RETVAL}}
\entry {REG{\_}LIBCALL}{205}{\code {REG{\_}LIBCALL}}
\entry {REG{\_}CC{\_}SETTER}{205}{\code {REG{\_}CC{\_}SETTER}}
\entry {REG{\_}CC{\_}USER}{205}{\code {REG{\_}CC{\_}USER}}
\entry {REG{\_}DEP{\_}ANTI}{205}{\code {REG{\_}DEP{\_}ANTI}}
\entry {REG{\_}DEP{\_}OUTPUT}{205}{\code {REG{\_}DEP{\_}OUTPUT}}
\entry {insn{\_}list}{205}{\code {insn{\_}list}}
\entry {expr{\_}list}{205}{\code {expr{\_}list}}
\entry {calling functions in RTL}{206}{calling functions in RTL}
\entry {RTL function-call insns}{206}{RTL function-call insns}
\entry {function-call insns}{206}{function-call insns}
\entry {call usage}{206}{\code {call} usage}
\entry {BLKmode, and function return values}{206}{\code {BLKmode}, and function return values}
\entry {sharing of RTL components}{207}{sharing of RTL components}
\entry {RTL structure sharing assumptions}{207}{RTL structure sharing assumptions}
\entry {reg, RTL sharing}{207}{\code {reg}, RTL sharing}
\entry {symbolic label}{207}{symbolic label}
\entry {symbol{\_}ref, RTL sharing}{207}{\code {symbol{\_}ref}, RTL sharing}
\entry {const{\_}int, RTL sharing}{207}{\code {const{\_}int}, RTL sharing}
\entry {pc, RTL sharing}{207}{\code {pc}, RTL sharing}
\entry {cc0, RTL sharing}{207}{\code {cc0}, RTL sharing}
\entry {const{\_}double, RTL sharing}{207}{\code {const{\_}double}, RTL sharing}
\entry {label{\_}ref, RTL sharing}{207}{\code {label{\_}ref}, RTL sharing}
\entry {scratch, RTL sharing}{207}{\code {scratch}, RTL sharing}
\entry {mem, RTL sharing}{207}{\code {mem}, RTL sharing}
\entry {asm{\_}operands, RTL sharing}{208}{\code {asm{\_}operands}, RTL sharing}
\entry {unshare{\_}all{\_}rtl}{208}{\code {unshare{\_}all{\_}rtl}}
\entry {copy{\_}rtx{\_}if{\_}shared}{208}{\code {copy{\_}rtx{\_}if{\_}shared}}
\entry {machine descriptions}{209}{machine descriptions}
\entry {patterns}{209}{patterns}
\entry {instruction patterns}{209}{instruction patterns}
\entry {define{\_}insn}{209}{\code {define{\_}insn}}
\entry {pattern conditions}{210}{pattern conditions}
\entry {conditions, in patterns}{210}{conditions, in patterns}
\entry {named patterns and conditions}{210}{named patterns and conditions}
\entry {operands}{210}{\code {operands}}
\entry {define{\_}insn example}{210}{\code {define{\_}insn} example}
\entry {RTL insn template}{211}{RTL insn template}
\entry {generating insns}{211}{generating insns}
\entry {insns, generating}{211}{insns, generating}
\entry {recognizing insns}{211}{recognizing insns}
\entry {insns, recognizing}{211}{insns, recognizing}
\entry {match{\_}operand}{211}{\code {match{\_}operand}}
\entry {general{\_}operand}{212}{\code {general{\_}operand}}
\entry {register{\_}operand}{212}{\code {register{\_}operand}}
\entry {immediate{\_}operand}{212}{\code {immediate{\_}operand}}
\entry {match{\_}scratch}{212}{\code {match{\_}scratch}}
\entry {match{\_}dup}{212}{\code {match{\_}dup}}
\entry {match{\_}operator}{212}{\code {match{\_}operator}}
\entry {match{\_}op{\_}dup}{214}{\code {match{\_}op{\_}dup}}
\entry {match{\_}parallel}{214}{\code {match{\_}parallel}}
\entry {match{\_}par{\_}dup}{214}{\code {match{\_}par{\_}dup}}
\entry {address}{214}{\code {address}}
\entry {output templates}{215}{output templates}
\entry {operand substitution}{215}{operand substitution}
\entry {% in template}{215}{\samp {%} in template}
\entry {percent sign}{215}{percent sign}
\entry {{\tt\indexbackslash }}{216}{{\tt\indexbackslash }}
\entry {backslash}{216}{backslash}
\entry {matching operands}{216}{matching operands}
\entry {output statements}{216}{output statements}
\entry {C statements for assembler output}{216}{C statements for assembler output}
\entry {generating assembler output}{216}{generating assembler output}
\entry {* in template}{217}{\code {*} in template}
\entry {asterisk in template}{217}{asterisk in template}
\entry {output{\_}asm{\_}insn}{217}{\code {output{\_}asm{\_}insn}}
\entry {which{\_}alternative}{217}{\code {which{\_}alternative}}
\entry {operand constraints}{218}{operand constraints}
\entry {constraints}{218}{constraints}
\entry {simple constraints}{218}{simple constraints}
\entry {m in constraint}{218}{\samp {m} in constraint}
\entry {memory references in constraints}{218}{memory references in constraints}
\entry {offsettable address}{219}{offsettable address}
\entry {o in constraint}{219}{\samp {o} in constraint}
\entry {autoincrement/decrement addressing}{219}{autoincrement/decrement addressing}
\entry {V in constraint}{219}{\samp {V} in constraint}
\entry {{\tt\less} in constraint}{219}{\samp {{\tt\less}} in constraint}
\entry {{\tt\gtr} in constraint}{219}{\samp {{\tt\gtr}} in constraint}
\entry {r in constraint}{219}{\samp {r} in constraint}
\entry {registers in constraints}{219}{registers in constraints}
\entry {d in constraint}{219}{\samp {d} in constraint}
\entry {constants in constraints}{219}{constants in constraints}
\entry {i in constraint}{219}{\samp {i} in constraint}
\entry {n in constraint}{219}{\samp {n} in constraint}
\entry {I in constraint}{219}{\samp {I} in constraint}
\entry {E in constraint}{219}{\samp {E} in constraint}
\entry {F in constraint}{219}{\samp {F} in constraint}
\entry {G in constraint}{220}{\samp {G} in constraint}
\entry {H in constraint}{220}{\samp {H} in constraint}
\entry {s in constraint}{220}{\samp {s} in constraint}
\entry {g in constraint}{220}{\samp {g} in constraint}
\entry {X in constraint}{220}{\samp {X} in constraint}
\entry {0 in constraint}{220}{\samp {0} in constraint}
\entry {digits in constraint}{220}{digits in constraint}
\entry {matching constraint}{220}{matching constraint}
\entry {constraint, matching}{220}{constraint, matching}
\entry {load address instruction}{220}{load address instruction}
\entry {push address instruction}{220}{push address instruction}
\entry {address constraints}{220}{address constraints}
\entry {p in constraint}{220}{\samp {p} in constraint}
\entry {address{\_}operand}{220}{\code {address{\_}operand}}
\entry {extensible constraints}{221}{extensible constraints}
\entry {Q, in constraint}{221}{\samp {Q}, in constraint}
\entry {nonoffsettable memory reference}{223}{nonoffsettable memory reference}
\entry {memory reference, nonoffsettable}{223}{memory reference, nonoffsettable}
\entry {multiple alternative constraints}{223}{multiple alternative constraints}
\entry {? in constraint}{224}{\samp {?} in constraint}
\entry {question mark}{224}{question mark}
\entry {! in constraint}{224}{\samp {!} in constraint}
\entry {exclamation point}{224}{exclamation point}
\entry {class preference constraints}{224}{class preference constraints}
\entry {register class preference constraints}{224}{register class preference constraints}
\entry {voting between constraint alternatives}{224}{voting between constraint alternatives}
\entry {modifiers in constraints}{225}{modifiers in constraints}
\entry {constraint modifier characters}{225}{constraint modifier characters}
\entry {= in constraint}{225}{\samp {=} in constraint}
\entry {{\tt\char43} in constraint}{225}{\samp {{\tt\char43}} in constraint}
\entry {& in constraint}{225}{\samp {&} in constraint}
\entry {% in constraint}{225}{\samp {%} in constraint}
\entry {# in constraint}{225}{\samp {#} in constraint}
\entry {* in constraint}{225}{\samp {*} in constraint}
\entry {no constraints}{226}{no constraints}
\entry {not using constraints}{226}{not using constraints}
\entry {empty constraints}{226}{empty constraints}
\entry {standard pattern names}{226}{standard pattern names}
\entry {pattern names}{226}{pattern names}
\entry {names, pattern}{226}{names, pattern}
\entry {movm instruction pattern}{226}{\code {mov\var {m}} instruction pattern}
\entry {force{\_}reg}{227}{\code {force{\_}reg}}
\entry {change{\_}address}{227}{\code {change{\_}address}}
\entry {reload{\_}in{\_}progress}{227}{\code {reload{\_}in{\_}progress}}
\entry {reload{\_}in instruction pattern}{228}{\code {reload{\_}in} instruction pattern}
\entry {reload{\_}out instruction pattern}{228}{\code {reload{\_}out} instruction pattern}
\entry {movstrictm instruction pattern}{228}{\code {movstrict\var {m}} instruction pattern}
\entry {load{\_}multiple instruction pattern}{228}{\code {load{\_}multiple} instruction pattern}
\entry {store{\_}multiple instruction pattern}{228}{\samp {store{\_}multiple} instruction pattern}
\entry {addm3 instruction pattern}{228}{\code {add\var {m}3} instruction pattern}
\entry {subm3 instruction pattern}{228}{\code {sub\var {m}3} instruction pattern}
\entry {mulm3 instruction pattern}{228}{\code {mul\var {m}3} instruction pattern}
\entry {divm3 instruction pattern}{228}{\code {div\var {m}3} instruction pattern}
\entry {udivm3 instruction pattern}{228}{\code {udiv\var {m}3} instruction pattern}
\entry {modm3 instruction pattern}{228}{\code {mod\var {m}3} instruction pattern}
\entry {umodm3 instruction pattern}{228}{\code {umod\var {m}3} instruction pattern}
\entry {minm3 instruction pattern}{228}{\code {min\var {m}3} instruction pattern}
\entry {maxm3 instruction pattern}{228}{\code {max\var {m}3} instruction pattern}
\entry {uminm3 instruction pattern}{228}{\code {umin\var {m}3} instruction pattern}
\entry {umaxm3 instruction pattern}{228}{\code {umax\var {m}3} instruction pattern}
\entry {andm3 instruction pattern}{228}{\code {and\var {m}3} instruction pattern}
\entry {iorm3 instruction pattern}{228}{\code {ior\var {m}3} instruction pattern}
\entry {xorm3 instruction pattern}{228}{\code {xor\var {m}3} instruction pattern}
\entry {mulhisi3 instruction pattern}{229}{\code {mulhisi3} instruction pattern}
\entry {mulqihi3 instruction pattern}{229}{\code {mulqihi3} instruction pattern}
\entry {mulsidi3 instruction pattern}{229}{\code {mulsidi3} instruction pattern}
\entry {umulqihi3 instruction pattern}{229}{\code {umulqihi3} instruction pattern}
\entry {umulhisi3 instruction pattern}{229}{\code {umulhisi3} instruction pattern}
\entry {umulsidi3 instruction pattern}{229}{\code {umulsidi3} instruction pattern}
\entry {divmodm4 instruction pattern}{229}{\code {divmod\var {m}4} instruction pattern}
\entry {udivmodm4 instruction pattern}{229}{\code {udivmod\var {m}4} instruction pattern}
\entry {ashlm3 instruction pattern}{229}{\code {ashl\var {m}3} instruction pattern}
\entry {ashrm3 instruction pattern}{229}{\code {ashr\var {m}3} instruction pattern}
\entry {lshlm3 instruction pattern}{229}{\code {lshl\var {m}3} instruction pattern}
\entry {lshrm3 instruction pattern}{229}{\code {lshr\var {m}3} instruction pattern}
\entry {rotlm3 instruction pattern}{229}{\code {rotl\var {m}3} instruction pattern}
\entry {rotrm3 instruction pattern}{229}{\code {rotr\var {m}3} instruction pattern}
\entry {negm2 instruction pattern}{229}{\code {neg\var {m}2} instruction pattern}
\entry {absm2 instruction pattern}{229}{\code {abs\var {m}2} instruction pattern}
\entry {sqrtm2 instruction pattern}{229}{\code {sqrt\var {m}2} instruction pattern}
\entry {ffsm2 instruction pattern}{230}{\code {ffs\var {m}2} instruction pattern}
\entry {one{\_}cmplm2 instruction pattern}{230}{\code {one{\_}cmpl\var {m}2} instruction pattern}
\entry {cmpm instruction pattern}{230}{\code {cmp\var {m}} instruction pattern}
\entry {tstm instruction pattern}{230}{\code {tst\var {m}} instruction pattern}
\entry {movstrm instruction pattern}{230}{\code {movstr\var {m}} instruction pattern}
\entry {cmpstrm instruction pattern}{230}{\code {cmpstr\var {m}} instruction pattern}
\entry {floatmn2 instruction pattern}{230}{\code {float\var {mn}2} instruction pattern}
\entry {floatunsmn2 instruction pattern}{230}{\code {floatuns\var {mn}2} instruction pattern}
\entry {fixmn2 instruction pattern}{231}{\code {fix\var {mn}2} instruction pattern}
\entry {fixunsmn2 instruction pattern}{231}{\code {fixuns\var {mn}2} instruction pattern}
\entry {ftruncm2 instruction pattern}{231}{\code {ftrunc\var {m}2} instruction pattern}
\entry {fix{\_}truncmn2 instruction pattern}{231}{\code {fix{\_}trunc\var {mn}2} instruction pattern}
\entry {fixuns{\_}truncmn2 instruction pattern}{231}{\code {fixuns{\_}trunc\var {mn}2} instruction pattern}
\entry {truncmn instruction pattern}{231}{\code {trunc\var {mn}} instruction pattern}
\entry {extendmn instruction pattern}{231}{\code {extend\var {mn}} instruction pattern}
\entry {zero{\_}extendmn instruction pattern}{231}{\code {zero{\_}extend\var {mn}} instruction pattern}
\entry {extv instruction pattern}{231}{\code {extv} instruction pattern}
\entry {extzv instruction pattern}{231}{\code {extzv} instruction pattern}
\entry {insv instruction pattern}{231}{\code {insv} instruction pattern}
\entry {scond instruction pattern}{232}{\code {s\var {cond}} instruction pattern}
\entry {bcond instruction pattern}{232}{\code {b\var {cond}} instruction pattern}
\entry {call instruction pattern}{232}{\code {call} instruction pattern}
\entry {call{\_}value instruction pattern}{233}{\code {call{\_}value} instruction pattern}
\entry {call{\_}pop instruction pattern}{233}{\code {call{\_}pop} instruction pattern}
\entry {call{\_}value{\_}pop instruction pattern}{233}{\code {call{\_}value{\_}pop} instruction pattern}
\entry {return instruction pattern}{233}{\code {return} instruction pattern}
\entry {reload{\_}completed}{233}{\code {reload{\_}completed}}
\entry {leaf{\_}function{\_}p}{233}{\code {leaf{\_}function{\_}p}}
\entry {nop instruction pattern}{234}{\code {nop} instruction pattern}
\entry {indirect{\_}jump instruction pattern}{234}{\code {indirect{\_}jump} instruction pattern}
\entry {casesi instruction pattern}{234}{\code {casesi} instruction pattern}
\entry {tablejump instruction pattern}{234}{\code {tablejump} instruction pattern}
\entry {save{\_}stack{\_}block instruction pattern}{235}{\code {save{\_}stack{\_}block} instruction pattern}
\entry {save{\_}stack{\_}function instruction pattern}{235}{\code {save{\_}stack{\_}function} instruction pattern}
\entry {save{\_}stack{\_}nonlocal instruction pattern}{235}{\code {save{\_}stack{\_}nonlocal} instruction pattern}
\entry {restore{\_}stack{\_}block instruction pattern}{235}{\code {restore{\_}stack{\_}block} instruction pattern}
\entry {restore{\_}stack{\_}function instruction pattern}{235}{\code {restore{\_}stack{\_}function} instruction pattern}
\entry {restore{\_}stack{\_}nonlocal instruction pattern}{235}{\code {restore{\_}stack{\_}nonlocal} instruction pattern}
\entry {allocate{\_}stack instruction pattern}{235}{\code {allocate{\_}stack} instruction pattern}
\entry {Pattern Ordering}{236}{Pattern Ordering}
\entry {Ordering of Patterns}{236}{Ordering of Patterns}
\entry {Dependent Patterns}{236}{Dependent Patterns}
\entry {Interdependence of Patterns}{236}{Interdependence of Patterns}
\entry {jump instruction patterns}{238}{jump instruction patterns}
\entry {defining jump instruction patterns}{238}{defining jump instruction patterns}
\entry {prev{\_}cc0{\_}setter}{239}{\code {prev{\_}cc0{\_}setter}}
\entry {next{\_}cc0{\_}user}{239}{\code {next{\_}cc0{\_}user}}
\entry {canonicalization of instructions}{240}{canonicalization of instructions}
\entry {insn canonicalization}{240}{insn canonicalization}
\entry {neg, canonicalization of}{240}{\code {neg}, canonicalization of}
\entry {not, canonicalization of}{240}{\code {not}, canonicalization of}
\entry {mult, canonicalization of}{240}{\code {mult}, canonicalization of}
\entry {plus, canonicalization of}{240}{\code {plus}, canonicalization of}
\entry {minus, canonicalization of}{240}{\code {minus}, canonicalization of}
\entry {compare, canonicalization of}{240}{\code {compare}, canonicalization of}
\entry {ior, canonicalization of}{241}{\code {ior}, canonicalization of}
\entry {and, canonicalization of}{241}{\code {and}, canonicalization of}
\entry {De Morgan's law}{241}{De Morgan's law}
\entry {xor, canonicalization of}{241}{\code {xor}, canonicalization of}
\entry {zero{\_}extract, canonicalization of}{241}{\code {zero{\_}extract}, canonicalization of}
\entry {sign{\_}extract, canonicalization of}{241}{\code {sign{\_}extract}, canonicalization of}
\entry {peephole optimizer definitions}{241}{peephole optimizer definitions}
\entry {defining peephole optimizers}{241}{defining peephole optimizers}
\entry {prev{\_}nonnote{\_}insn}{243}{\code {prev{\_}nonnote{\_}insn}}
\entry {dead{\_}or{\_}set{\_}p}{243}{\code {dead{\_}or{\_}set{\_}p}}
\entry {expander definitions}{245}{expander definitions}
\entry {code generation RTL sequences}{245}{code generation RTL sequences}
\entry {defining RTL sequences for code generation}{245}{defining RTL sequences for code generation}
\entry {define{\_}expand}{245}{\code {define{\_}expand}}
\entry {define{\_}peephole}{245}{\code {define{\_}peephole}}
\entry {DONE}{246}{\code {DONE}}
\entry {FAIL}{246}{\code {FAIL}}
\entry {make{\_}safe{\_}from}{248}{\code {make{\_}safe{\_}from}}
\entry {insn splitting}{248}{insn splitting}
\entry {instruction splitting}{248}{instruction splitting}
\entry {splitting instructions}{248}{splitting instructions}
\entry {define{\_}split}{249}{define{\_}split}
\entry {insn attributes}{251}{insn attributes}
\entry {instruction attributes}{251}{instruction attributes}
\entry {defining attributes and their values}{252}{defining attributes and their values}
\entry {attributes, defining}{252}{attributes, defining}
\entry {define{\_}attr}{252}{\code {define{\_}attr}}
\entry {insn-attr.h}{252}{\code {insn-attr.h}}
\entry {attribute expressions}{253}{attribute expressions}
\entry {const{\_}int and attributes}{253}{\code {const{\_}int} and attributes}
\entry {const{\_}string and attributes}{253}{\code {const{\_}string} and attributes}
\entry {if{\_}then{\_}else and attributes}{253}{\code {if{\_}then{\_}else} and attributes}
\entry {cond and attributes}{253}{\code {cond} and attributes}
\entry {const{\_}int and attribute tests}{254}{\code {const{\_}int} and attribute tests}
\entry {not and attributes}{254}{\code {not} and attributes}
\entry {ior and attributes}{254}{\code {ior} and attributes}
\entry {and and attributes}{254}{\code {and} and attributes}
\entry {match{\_}operand and attributes}{254}{\code {match{\_}operand} and attributes}
\entry {le and attributes}{254}{\code {le} and attributes}
\entry {leu and attributes}{254}{\code {leu} and attributes}
\entry {lt and attributes}{254}{\code {lt} and attributes}
\entry {gt and attributes}{254}{\code {gt} and attributes}
\entry {gtu and attributes}{254}{\code {gtu} and attributes}
\entry {ge and attributes}{254}{\code {ge} and attributes}
\entry {geu and attributes}{254}{\code {geu} and attributes}
\entry {ne and attributes}{254}{\code {ne} and attributes}
\entry {eq and attributes}{254}{\code {eq} and attributes}
\entry {plus and attributes}{254}{\code {plus} and attributes}
\entry {minus and attributes}{254}{\code {minus} and attributes}
\entry {mult and attributes}{254}{\code {mult} and attributes}
\entry {div and attributes}{254}{\code {div} and attributes}
\entry {mod and attributes}{254}{\code {mod} and attributes}
\entry {abs and attributes}{254}{\code {abs} and attributes}
\entry {neg and attributes}{254}{\code {neg} and attributes}
\entry {lshift and attributes}{254}{\code {lshift} and attributes}
\entry {ashift and attributes}{254}{\code {ashift} and attributes}
\entry {lshiftrt and attributes}{254}{\code {lshiftrt} and attributes}
\entry {ashiftrt and attributes}{254}{\code {ashiftrt} and attributes}
\entry {get{\_}attr}{254}{\code {get{\_}attr}}
\entry {eq{\_}attr}{254}{\code {eq{\_}attr}}
\entry {tagging insns}{255}{tagging insns}
\entry {assigning attribute values to insns}{255}{assigning attribute values to insns}
\entry {set{\_}attr}{255}{\code {set{\_}attr}}
\entry {set{\_}attr{\_}alternative}{256}{\code {set{\_}attr{\_}alternative}}
\entry {attr}{256}{\code {attr}}
\entry {define{\_}asm{\_}attributes}{256}{\code {define{\_}asm{\_}attributes}}
\entry {attribute specifications example}{257}{attribute specifications example}
\entry {attribute specifications}{257}{attribute specifications}
\entry {insn lengths, computing}{258}{insn lengths, computing}
\entry {computing the length of an insn}{258}{computing the length of an insn}
\entry {match{\_}dup and attributes}{258}{\code {match{\_}dup} and attributes}
\entry {pc and attributes}{258}{\code {pc} and attributes}
\entry {addr{\_}vec, length of}{258}{\code {addr{\_}vec}, length of}
\entry {addr{\_}diff{\_}vec, length of}{258}{\code {addr{\_}diff{\_}vec}, length of}
\entry {FIRST{\_}INSN{\_}ADDRESS}{258}{\code {FIRST{\_}INSN{\_}ADDRESS}}
\entry {ADJUST{\_}INSN{\_}LENGTH}{259}{\code {ADJUST{\_}INSN{\_}LENGTH}}
\entry {get{\_}attr{\_}length}{259}{\code {get{\_}attr{\_}length}}
\entry {constant attributes}{260}{constant attributes}
\entry {delay slots, defining}{260}{delay slots, defining}
\entry {define{\_}delay}{261}{\code {define{\_}delay}}
\entry {function units, for scheduling}{262}{function units, for scheduling}
\entry {define{\_}function{\_}unit}{262}{\code {define{\_}function{\_}unit}}
\entry {machine description macros}{265}{machine description macros}
\entry {target description macros}{265}{target description macros}
\entry {macros, target description}{265}{macros, target description}
\entry {tm.h macros}{265}{\file {tm.h} macros}
\entry {driver}{265}{driver}
\entry {controlling the compilation driver}{265}{controlling the compilation driver}
\entry {SWITCH{\_}TAKES{\_}ARG}{265}{\code {SWITCH{\_}TAKES{\_}ARG}}
\entry {WORD{\_}SWITCH{\_}TAKES{\_}ARG}{265}{\code {WORD{\_}SWITCH{\_}TAKES{\_}ARG}}
\entry {SWITCHES{\_}NEED{\_}SPACES}{265}{\code {SWITCHES{\_}NEED{\_}SPACES}}
\entry {CPP{\_}SPEC}{265}{\code {CPP{\_}SPEC}}
\entry {SIGNED{\_}CHAR{\_}SPEC}{265}{\code {SIGNED{\_}CHAR{\_}SPEC}}
\entry {CC1{\_}SPEC}{265}{\code {CC1{\_}SPEC}}
\entry {CC1PLUS{\_}SPEC}{266}{\code {CC1PLUS{\_}SPEC}}
\entry {ASM{\_}SPEC}{266}{\code {ASM{\_}SPEC}}
\entry {ASM{\_}FINAL{\_}SPEC}{266}{\code {ASM{\_}FINAL{\_}SPEC}}
\entry {LINK{\_}SPEC}{266}{\code {LINK{\_}SPEC}}
\entry {LIB{\_}SPEC}{266}{\code {LIB{\_}SPEC}}
\entry {STARTFILE{\_}SPEC}{266}{\code {STARTFILE{\_}SPEC}}
\entry {ENDFILE{\_}SPEC}{266}{\code {ENDFILE{\_}SPEC}}
\entry {LINK{\_}LIBGCC{\_}SPECIAL}{266}{\code {LINK{\_}LIBGCC{\_}SPECIAL}}
\entry {RELATIVE{\_}PREFIX{\_}NOT{\_}LINKDIR}{267}{\code {RELATIVE{\_}PREFIX{\_}NOT{\_}LINKDIR}}
\entry {STANDARD{\_}EXEC{\_}PREFIX}{267}{\code {STANDARD{\_}EXEC{\_}PREFIX}}
\entry {MD{\_}EXEC{\_}PREFIX}{267}{\code {MD{\_}EXEC{\_}PREFIX}}
\entry {STANDARD{\_}STARTFILE{\_}PREFIX}{267}{\code {STANDARD{\_}STARTFILE{\_}PREFIX}}
\entry {MD{\_}STARTFILE{\_}PREFIX}{267}{\code {MD{\_}STARTFILE{\_}PREFIX}}
\entry {MD{\_}STARTFILE{\_}PREFIX{\_}1}{267}{\code {MD{\_}STARTFILE{\_}PREFIX{\_}1}}
\entry {LOCAL{\_}INCLUDE{\_}DIR}{267}{\code {LOCAL{\_}INCLUDE{\_}DIR}}
\entry {SYSTEM{\_}INCLUDE{\_}DIR}{267}{\code {SYSTEM{\_}INCLUDE{\_}DIR}}
\entry {STANDARD{\_}INCLUDE{\_}DIR}{267}{\code {STANDARD{\_}INCLUDE{\_}DIR}}
\entry {INCLUDE{\_}DEFAULTS}{268}{\code {INCLUDE{\_}DEFAULTS}}
\entry {run-time target specification}{269}{run-time target specification}
\entry {predefined macros}{269}{predefined macros}
\entry {target specifications}{269}{target specifications}
\entry {CPP{\_}PREDEFINES}{269}{\code {CPP{\_}PREDEFINES}}
\entry {STDC{\_}VALUE}{269}{\code {STDC{\_}VALUE}}
\entry {extern int target{\_}flags}{269}{\code {extern int target{\_}flags}}
\entry {optional hardware or system features}{269}{optional hardware or system features}
\entry {features, optional, in system conventions}{269}{features, optional, in system conventions}
\entry {TARGET{\_}SWITCHES}{270}{\code {TARGET{\_}SWITCHES}}
\entry {TARGET{\_}OPTIONS}{270}{\code {TARGET{\_}OPTIONS}}
\entry {TARGET{\_}VERSION}{270}{\code {TARGET{\_}VERSION}}
\entry {OVERRIDE{\_}OPTIONS}{271}{\code {OVERRIDE{\_}OPTIONS}}
\entry {OPTIMIZATION{\_}OPTIONS}{271}{\code {OPTIMIZATION{\_}OPTIONS}}
\entry {storage layout}{271}{storage layout}
\entry {BITS{\_}BIG{\_}ENDIAN}{271}{\code {BITS{\_}BIG{\_}ENDIAN}}
\entry {BYTES{\_}BIG{\_}ENDIAN}{271}{\code {BYTES{\_}BIG{\_}ENDIAN}}
\entry {WORDS{\_}BIG{\_}ENDIAN}{271}{\code {WORDS{\_}BIG{\_}ENDIAN}}
\entry {BITS{\_}PER{\_}UNIT}{272}{\code {BITS{\_}PER{\_}UNIT}}
\entry {BITS{\_}PER{\_}WORD}{272}{\code {BITS{\_}PER{\_}WORD}}
\entry {MAX{\_}BITS{\_}PER{\_}WORD}{272}{\code {MAX{\_}BITS{\_}PER{\_}WORD}}
\entry {UNITS{\_}PER{\_}WORD}{272}{\code {UNITS{\_}PER{\_}WORD}}
\entry {POINTER{\_}SIZE}{272}{\code {POINTER{\_}SIZE}}
\entry {PROMOTE{\_}MODE}{272}{\code {PROMOTE{\_}MODE}}
\entry {PROMOTE{\_}FUNCTION{\_}ARGS}{272}{\code {PROMOTE{\_}FUNCTION{\_}ARGS}}
\entry {PROMOTE{\_}FUNCTION{\_}RETURN}{272}{\code {PROMOTE{\_}FUNCTION{\_}RETURN}}
\entry {PARM{\_}BOUNDARY}{272}{\code {PARM{\_}BOUNDARY}}
\entry {STACK{\_}BOUNDARY}{273}{\code {STACK{\_}BOUNDARY}}
\entry {PUSH{\_}ROUNDING, interaction with STACK{\_}BOUNDARY}{273}{\code {PUSH{\_}ROUNDING}, interaction with \code {STACK{\_}BOUNDARY}}
\entry {FUNCTION{\_}BOUNDARY}{273}{\code {FUNCTION{\_}BOUNDARY}}
\entry {BIGGEST{\_}ALIGNMENT}{273}{\code {BIGGEST{\_}ALIGNMENT}}
\entry {BIGGEST{\_}FIELD{\_}ALIGNMENT}{273}{\code {BIGGEST{\_}FIELD{\_}ALIGNMENT}}
\entry {MAX{\_}OFILE{\_}ALIGNMENT}{273}{\code {MAX{\_}OFILE{\_}ALIGNMENT}}
\entry {DATA{\_}ALIGNMENT}{273}{\code {DATA{\_}ALIGNMENT}}
\entry {strcpy}{273}{\code {strcpy}}
\entry {CONSTANT{\_}ALIGNMENT}{273}{\code {CONSTANT{\_}ALIGNMENT}}
\entry {EMPTY{\_}FIELD{\_}BOUNDARY}{273}{\code {EMPTY{\_}FIELD{\_}BOUNDARY}}
\entry {STRUCTURE{\_}SIZE{\_}BOUNDARY}{274}{\code {STRUCTURE{\_}SIZE{\_}BOUNDARY}}
\entry {STRICT{\_}ALIGNMENT}{274}{\code {STRICT{\_}ALIGNMENT}}
\entry {PCC{\_}BITFIELD{\_}TYPE{\_}MATTERS}{274}{\code {PCC{\_}BITFIELD{\_}TYPE{\_}MATTERS}}
\entry {BITFIELD{\_}NBYTES{\_}LIMITED}{275}{\code {BITFIELD{\_}NBYTES{\_}LIMITED}}
\entry {ROUND{\_}TYPE{\_}SIZE}{275}{\code {ROUND{\_}TYPE{\_}SIZE}}
\entry {ROUND{\_}TYPE{\_}ALIGN}{275}{\code {ROUND{\_}TYPE{\_}ALIGN}}
\entry {MAX{\_}FIXED{\_}MODE{\_}SIZE}{275}{\code {MAX{\_}FIXED{\_}MODE{\_}SIZE}}
\entry {CHECK{\_}FLOAT{\_}VALUE}{275}{\code {CHECK{\_}FLOAT{\_}VALUE}}
\entry {error}{276}{\code {error}}
\entry {TARGET{\_}FLOAT{\_}FORMAT}{276}{\code {TARGET{\_}FLOAT{\_}FORMAT}}
\entry {IEEE{\_}FLOAT{\_}FORMAT}{276}{\code {IEEE{\_}FLOAT{\_}FORMAT}}
\entry {VAX{\_}FLOAT{\_}FORMAT}{276}{\code {VAX{\_}FLOAT{\_}FORMAT}}
\entry {UNKNOWN{\_}FLOAT{\_}FORMAT}{276}{\code {UNKNOWN{\_}FLOAT{\_}FORMAT}}
\entry {INT{\_}TYPE{\_}SIZE}{276}{\code {INT{\_}TYPE{\_}SIZE}}
\entry {SHORT{\_}TYPE{\_}SIZE}{276}{\code {SHORT{\_}TYPE{\_}SIZE}}
\entry {LONG{\_}TYPE{\_}SIZE}{276}{\code {LONG{\_}TYPE{\_}SIZE}}
\entry {LONG{\_}LONG{\_}TYPE{\_}SIZE}{277}{\code {LONG{\_}LONG{\_}TYPE{\_}SIZE}}
\entry {CHAR{\_}TYPE{\_}SIZE}{277}{\code {CHAR{\_}TYPE{\_}SIZE}}
\entry {FLOAT{\_}TYPE{\_}SIZE}{277}{\code {FLOAT{\_}TYPE{\_}SIZE}}
\entry {DOUBLE{\_}TYPE{\_}SIZE}{277}{\code {DOUBLE{\_}TYPE{\_}SIZE}}
\entry {LONG{\_}DOUBLE{\_}TYPE{\_}SIZE}{277}{\code {LONG{\_}DOUBLE{\_}TYPE{\_}SIZE}}
\entry {DEFAULT{\_}SIGNED{\_}CHAR}{277}{\code {DEFAULT{\_}SIGNED{\_}CHAR}}
\entry {DEFAULT{\_}SHORT{\_}ENUMS}{277}{\code {DEFAULT{\_}SHORT{\_}ENUMS}}
\entry {SIZE{\_}TYPE}{277}{\code {SIZE{\_}TYPE}}
\entry {PTRDIFF{\_}TYPE}{277}{\code {PTRDIFF{\_}TYPE}}
\entry {WCHAR{\_}TYPE}{278}{\code {WCHAR{\_}TYPE}}
\entry {WCHAR{\_}TYPE{\_}SIZE}{278}{\code {WCHAR{\_}TYPE{\_}SIZE}}
\entry {OBJC{\_}INT{\_}SELECTORS}{278}{\code {OBJC{\_}INT{\_}SELECTORS}}
\entry {OBJC{\_}SELECTORS{\_}WITHOUT{\_}LABELS}{278}{\code {OBJC{\_}SELECTORS{\_}WITHOUT{\_}LABELS}}
\entry {TARGET{\_}BELL}{278}{\code {TARGET{\_}BELL}}
\entry {TARGET{\_}TAB}{278}{\code {TARGET{\_}TAB}}
\entry {TARGET{\_}BS}{278}{\code {TARGET{\_}BS}}
\entry {TARGET{\_}NEWLINE}{278}{\code {TARGET{\_}NEWLINE}}
\entry {TARGET{\_}VT}{278}{\code {TARGET{\_}VT}}
\entry {TARGET{\_}FF}{278}{\code {TARGET{\_}FF}}
\entry {TARGET{\_}CR}{278}{\code {TARGET{\_}CR}}
\entry {register usage}{279}{register usage}
\entry {FIRST{\_}PSEUDO{\_}REGISTER}{279}{\code {FIRST{\_}PSEUDO{\_}REGISTER}}
\entry {FIXED{\_}REGISTERS}{279}{\code {FIXED{\_}REGISTERS}}
\entry {fixed register}{279}{fixed register}
\entry {CALL{\_}USED{\_}REGISTERS}{279}{\code {CALL{\_}USED{\_}REGISTERS}}
\entry {call-used register}{279}{call-used register}
\entry {call-clobbered register}{279}{call-clobbered register}
\entry {call-saved register}{279}{call-saved register}
\entry {CONDITIONAL{\_}REGISTER{\_}USAGE}{279}{\code {CONDITIONAL{\_}REGISTER{\_}USAGE}}
\entry {fixed{\_}regs}{279}{\code {fixed{\_}regs}}
\entry {call{\_}used{\_}regs}{279}{\code {call{\_}used{\_}regs}}
\entry {disabling certain registers}{280}{disabling certain registers}
\entry {controlling register usage}{280}{controlling register usage}
\entry {NON{\_}SAVING{\_}SETJMP}{280}{\code {NON{\_}SAVING{\_}SETJMP}}
\entry {order of register allocation}{280}{order of register allocation}
\entry {register allocation order}{280}{register allocation order}
\entry {REG{\_}ALLOC{\_}ORDER}{280}{\code {REG{\_}ALLOC{\_}ORDER}}
\entry {ORDER{\_}REGS{\_}FOR{\_}LOCAL{\_}ALLOC}{280}{\code {ORDER{\_}REGS{\_}FOR{\_}LOCAL{\_}ALLOC}}
\entry {HARD{\_}REGNO{\_}NREGS}{281}{\code {HARD{\_}REGNO{\_}NREGS}}
\entry {HARD{\_}REGNO{\_}MODE{\_}OK}{281}{\code {HARD{\_}REGNO{\_}MODE{\_}OK}}
\entry {register pairs}{281}{register pairs}
\entry {MODES{\_}TIEABLE{\_}P}{282}{\code {MODES{\_}TIEABLE{\_}P}}
\entry {leaf functions}{282}{leaf functions}
\entry {functions, leaf}{282}{functions, leaf}
\entry {LEAF{\_}REGISTERS}{283}{\code {LEAF{\_}REGISTERS}}
\entry {LEAF{\_}REG{\_}REMAP}{283}{\code {LEAF{\_}REG{\_}REMAP}}
\entry {REG{\_}LEAF{\_}ALLOC{\_}ORDER}{283}{\code {REG{\_}LEAF{\_}ALLOC{\_}ORDER}}
\entry {leaf{\_}function}{283}{\code {leaf{\_}function}}
\entry {STACK{\_}REGS}{284}{\code {STACK{\_}REGS}}
\entry {FIRST{\_}STACK{\_}REG}{284}{\code {FIRST{\_}STACK{\_}REG}}
\entry {LAST{\_}STACK{\_}REG}{284}{\code {LAST{\_}STACK{\_}REG}}
\entry {OVERLAPPING{\_}REGNO{\_}P}{284}{\code {OVERLAPPING{\_}REGNO{\_}P}}
\entry {INSN{\_}CLOBBERS{\_}REGNO{\_}P}{284}{\code {INSN{\_}CLOBBERS{\_}REGNO{\_}P}}
\entry {death notes}{284}{death notes}
\entry {PRESERVE{\_}DEATH{\_}INFO{\_}REGNO{\_}P}{284}{\code {PRESERVE{\_}DEATH{\_}INFO{\_}REGNO{\_}P}}
\entry {register class definitions}{285}{register class definitions}
\entry {class definitions, register}{285}{class definitions, register}
\entry {ALL{\_}REGS}{285}{\code {ALL{\_}REGS}}
\entry {NO{\_}REGS}{285}{\code {NO{\_}REGS}}
\entry {GENERAL{\_}REGS}{285}{\code {GENERAL{\_}REGS}}
\entry {enum reg{\_}class}{286}{\code {enum reg{\_}class}}
\entry {N{\_}REG{\_}CLASSES}{286}{\code {N{\_}REG{\_}CLASSES}}
\entry {REG{\_}CLASS{\_}NAMES}{286}{\code {REG{\_}CLASS{\_}NAMES}}
\entry {REG{\_}CLASS{\_}CONTENTS}{286}{\code {REG{\_}CLASS{\_}CONTENTS}}
\entry {REGNO{\_}REG{\_}CLASS}{287}{\code {REGNO{\_}REG{\_}CLASS}}
\entry {BASE{\_}REG{\_}CLASS}{287}{\code {BASE{\_}REG{\_}CLASS}}
\entry {INDEX{\_}REG{\_}CLASS}{287}{\code {INDEX{\_}REG{\_}CLASS}}
\entry {REG{\_}CLASS{\_}FROM{\_}LETTER}{287}{\code {REG{\_}CLASS{\_}FROM{\_}LETTER}}
\entry {REGNO{\_}OK{\_}FOR{\_}BASE{\_}P}{287}{\code {REGNO{\_}OK{\_}FOR{\_}BASE{\_}P}}
\entry {REGNO{\_}OK{\_}FOR{\_}INDEX{\_}P}{287}{\code {REGNO{\_}OK{\_}FOR{\_}INDEX{\_}P}}
\entry {PREFERRED{\_}RELOAD{\_}CLASS}{287}{\code {PREFERRED{\_}RELOAD{\_}CLASS}}
\entry {PREFERRED{\_}OUTPUT{\_}RELOAD{\_}CLASS}{288}{\code {PREFERRED{\_}OUTPUT{\_}RELOAD{\_}CLASS}}
\entry {LIMIT{\_}RELOAD{\_}CLASS}{288}{\code {LIMIT{\_}RELOAD{\_}CLASS}}
\entry {SECONDARY{\_}RELOAD{\_}CLASS}{288}{\code {SECONDARY{\_}RELOAD{\_}CLASS}}
\entry {SECONDARY{\_}INPUT{\_}RELOAD{\_}CLASS}{288}{\code {SECONDARY{\_}INPUT{\_}RELOAD{\_}CLASS}}
\entry {SECONDARY{\_}OUTPUT{\_}RELOAD{\_}CLASS}{288}{\code {SECONDARY{\_}OUTPUT{\_}RELOAD{\_}CLASS}}
\entry {SECONDARY{\_}MEMORY{\_}NEEDED}{289}{\code {SECONDARY{\_}MEMORY{\_}NEEDED}}
\entry {SMALL{\_}REGISTER{\_}CLASSES}{289}{\code {SMALL{\_}REGISTER{\_}CLASSES}}
\entry {CLASS{\_}MAX{\_}NREGS}{290}{\code {CLASS{\_}MAX{\_}NREGS}}
\entry {CONST{\_}OK{\_}FOR{\_}LETTER{\_}P}{290}{\code {CONST{\_}OK{\_}FOR{\_}LETTER{\_}P}}
\entry {CONST{\_}DOUBLE{\_}OK{\_}FOR{\_}LETTER{\_}P}{290}{\code {CONST{\_}DOUBLE{\_}OK{\_}FOR{\_}LETTER{\_}P}}
\entry {EXTRA{\_}CONSTRAINT}{290}{\code {EXTRA{\_}CONSTRAINT}}
\entry {calling conventions}{291}{calling conventions}
\entry {stack frame layout}{291}{stack frame layout}
\entry {frame layout}{291}{frame layout}
\entry {STACK{\_}GROWS{\_}DOWNWARD}{291}{\code {STACK{\_}GROWS{\_}DOWNWARD}}
\entry {FRAME{\_}GROWS{\_}DOWNWARD}{291}{\code {FRAME{\_}GROWS{\_}DOWNWARD}}
\entry {ARGS{\_}GROW{\_}DOWNWARD}{291}{\code {ARGS{\_}GROW{\_}DOWNWARD}}
\entry {STARTING{\_}FRAME{\_}OFFSET}{291}{\code {STARTING{\_}FRAME{\_}OFFSET}}
\entry {STACK{\_}POINTER{\_}OFFSET}{291}{\code {STACK{\_}POINTER{\_}OFFSET}}
\entry {FIRST{\_}PARM{\_}OFFSET}{291}{\code {FIRST{\_}PARM{\_}OFFSET}}
\entry {STACK{\_}DYNAMIC{\_}OFFSET}{292}{\code {STACK{\_}DYNAMIC{\_}OFFSET}}
\entry {DYNAMIC{\_}CHAIN{\_}ADDRESS}{292}{\code {DYNAMIC{\_}CHAIN{\_}ADDRESS}}
\entry {STACK{\_}POINTER{\_}REGNUM}{292}{\code {STACK{\_}POINTER{\_}REGNUM}}
\entry {FRAME{\_}POINTER{\_}REGNUM}{292}{\code {FRAME{\_}POINTER{\_}REGNUM}}
\entry {ARG{\_}POINTER{\_}REGNUM}{292}{\code {ARG{\_}POINTER{\_}REGNUM}}
\entry {STATIC{\_}CHAIN{\_}REGNUM}{292}{\code {STATIC{\_}CHAIN{\_}REGNUM}}
\entry {STATIC{\_}CHAIN{\_}INCOMING{\_}REGNUM}{292}{\code {STATIC{\_}CHAIN{\_}INCOMING{\_}REGNUM}}
\entry {STATIC{\_}CHAIN}{293}{\code {STATIC{\_}CHAIN}}
\entry {STATIC{\_}CHAIN{\_}INCOMING}{293}{\code {STATIC{\_}CHAIN{\_}INCOMING}}
\entry {stack{\_}pointer{\_}rtx}{293}{\code {stack{\_}pointer{\_}rtx}}
\entry {frame{\_}pointer{\_}rtx}{293}{\code {frame{\_}pointer{\_}rtx}}
\entry {arg{\_}pointer{\_}rtx}{293}{\code {arg{\_}pointer{\_}rtx}}
\entry {FRAME{\_}POINTER{\_}REQUIRED}{293}{\code {FRAME{\_}POINTER{\_}REQUIRED}}
\entry {INITIAL{\_}FRAME{\_}POINTER{\_}OFFSET}{294}{\code {INITIAL{\_}FRAME{\_}POINTER{\_}OFFSET}}
\entry {get{\_}frame{\_}size}{294}{\code {get{\_}frame{\_}size}}
\entry {ELIMINABLE{\_}REGS}{294}{\code {ELIMINABLE{\_}REGS}}
\entry {CAN{\_}ELIMINATE}{294}{\code {CAN{\_}ELIMINATE}}
\entry {INITIAL{\_}ELIMINATION{\_}OFFSET}{294}{\code {INITIAL{\_}ELIMINATION{\_}OFFSET}}
\entry {LONGJMP{\_}RESTORE{\_}FROM{\_}STACK}{295}{\code {LONGJMP{\_}RESTORE{\_}FROM{\_}STACK}}
\entry {arguments on stack}{295}{arguments on stack}
\entry {stack arguments}{295}{stack arguments}
\entry {PROMOTE{\_}PROTOTYPES}{295}{\code {PROMOTE{\_}PROTOTYPES}}
\entry {PUSH{\_}ROUNDING}{295}{\code {PUSH{\_}ROUNDING}}
\entry {ACCUMULATE{\_}OUTGOING{\_}ARGS}{295}{\code {ACCUMULATE{\_}OUTGOING{\_}ARGS}}
\entry {current{\_}function{\_}outgoing{\_}args{\_}size}{295}{\code {current{\_}function{\_}outgoing{\_}args{\_}size}}
\entry {REG{\_}PARM{\_}STACK{\_}SPACE}{295}{\code {REG{\_}PARM{\_}STACK{\_}SPACE}}
\entry {MAYBE{\_}REG{\_}PARM{\_}STACK{\_}SPACE}{296}{\code {MAYBE{\_}REG{\_}PARM{\_}STACK{\_}SPACE}}
\entry {FINAL{\_}REG{\_}PARM{\_}STACK{\_}SPACE}{296}{\code {FINAL{\_}REG{\_}PARM{\_}STACK{\_}SPACE}}
\entry {OUTGOING{\_}REG{\_}PARM{\_}STACK{\_}SPACE}{296}{\code {OUTGOING{\_}REG{\_}PARM{\_}STACK{\_}SPACE}}
\entry {STACK{\_}PARMS{\_}IN{\_}REG{\_}PARM{\_}AREA}{296}{\code {STACK{\_}PARMS{\_}IN{\_}REG{\_}PARM{\_}AREA}}
\entry {RETURN{\_}POPS{\_}ARGS}{296}{\code {RETURN{\_}POPS{\_}ARGS}}
\entry {arguments in registers}{297}{arguments in registers}
\entry {registers arguments}{297}{registers arguments}
\entry {FUNCTION{\_}ARG}{297}{\code {FUNCTION{\_}ARG}}
\entry {stdarg.h and register arguments}{298}{\file {stdarg.h} and register arguments}
\entry {MUST{\_}PASS{\_}IN{\_}STACK, and FUNCTION{\_}ARG}{298}{\code {MUST{\_}PASS{\_}IN{\_}STACK}, and \code {FUNCTION{\_}ARG}}
\entry {REG{\_}PARM{\_}STACK{\_}SPACE, and FUNCTION{\_}ARG}{298}{\code {REG{\_}PARM{\_}STACK{\_}SPACE}, and \code {FUNCTION{\_}ARG}}
\entry {FUNCTION{\_}INCOMING{\_}ARG}{298}{\code {FUNCTION{\_}INCOMING{\_}ARG}}
\entry {FUNCTION{\_}ARG{\_}PARTIAL{\_}NREGS}{298}{\code {FUNCTION{\_}ARG{\_}PARTIAL{\_}NREGS}}
\entry {FUNCTION{\_}ARG{\_}PASS{\_}BY{\_}REFERENCE}{298}{\code {FUNCTION{\_}ARG{\_}PASS{\_}BY{\_}REFERENCE}}
\entry {CUMULATIVE{\_}ARGS}{299}{\code {CUMULATIVE{\_}ARGS}}
\entry {INIT{\_}CUMULATIVE{\_}ARGS}{299}{\code {INIT{\_}CUMULATIVE{\_}ARGS}}
\entry {INIT{\_}CUMULATIVE{\_}INCOMING{\_}ARGS}{299}{\code {INIT{\_}CUMULATIVE{\_}INCOMING{\_}ARGS}}
\entry {FUNCTION{\_}ARG{\_}ADVANCE}{299}{\code {FUNCTION{\_}ARG{\_}ADVANCE}}
\entry {FUNCTION{\_}ARG{\_}PADDING}{299}{\code {FUNCTION{\_}ARG{\_}PADDING}}
\entry {FUNCTION{\_}ARG{\_}BOUNDARY}{300}{\code {FUNCTION{\_}ARG{\_}BOUNDARY}}
\entry {FUNCTION{\_}ARG{\_}REGNO{\_}P}{300}{\code {FUNCTION{\_}ARG{\_}REGNO{\_}P}}
\entry {return values in registers}{300}{return values in registers}
\entry {values, returned by functions}{300}{values, returned by functions}
\entry {scalars, returned as values}{300}{scalars, returned as values}
\entry {TRADITIONAL{\_}RETURN{\_}FLOAT}{300}{\code {TRADITIONAL{\_}RETURN{\_}FLOAT}}
\entry {FUNCTION{\_}VALUE}{300}{\code {FUNCTION{\_}VALUE}}
\entry {FUNCTION{\_}OUTGOING{\_}VALUE}{301}{\code {FUNCTION{\_}OUTGOING{\_}VALUE}}
\entry {LIBCALL{\_}VALUE}{301}{\code {LIBCALL{\_}VALUE}}
\entry {FUNCTION{\_}VALUE{\_}REGNO{\_}P}{301}{\code {FUNCTION{\_}VALUE{\_}REGNO{\_}P}}
\entry {aggregates as return values}{302}{aggregates as return values}
\entry {large return values}{302}{large return values}
\entry {returning aggregate values}{302}{returning aggregate values}
\entry {structure value address}{302}{structure value address}
\entry {RETURN{\_}IN{\_}MEMORY}{302}{\code {RETURN{\_}IN{\_}MEMORY}}
\entry {STRUCT{\_}VALUE{\_}REGNUM}{302}{\code {STRUCT{\_}VALUE{\_}REGNUM}}
\entry {STRUCT{\_}VALUE}{302}{\code {STRUCT{\_}VALUE}}
\entry {STRUCT{\_}VALUE{\_}INCOMING{\_}REGNUM}{302}{\code {STRUCT{\_}VALUE{\_}INCOMING{\_}REGNUM}}
\entry {STRUCT{\_}VALUE{\_}INCOMING}{302}{\code {STRUCT{\_}VALUE{\_}INCOMING}}
\entry {PCC{\_}STATIC{\_}STRUCT{\_}RETURN}{302}{\code {PCC{\_}STATIC{\_}STRUCT{\_}RETURN}}
\entry {DEFAULT{\_}CALLER{\_}SAVES}{303}{\code {DEFAULT{\_}CALLER{\_}SAVES}}
\entry {CALLER{\_}SAVE{\_}PROFITABLE}{303}{\code {CALLER{\_}SAVE{\_}PROFITABLE}}
\entry {function entry and exit}{303}{function entry and exit}
\entry {prologue}{303}{prologue}
\entry {epilogue}{303}{epilogue}
\entry {FUNCTION{\_}PROLOGUE}{303}{\code {FUNCTION{\_}PROLOGUE}}
\entry {regs{\_}ever{\_}live}{304}{\code {regs{\_}ever{\_}live}}
\entry {frame{\_}pointer{\_}needed}{304}{\code {frame{\_}pointer{\_}needed}}
\entry {current{\_}function{\_}pretend{\_}args{\_}size}{304}{\code {current{\_}function{\_}pretend{\_}args{\_}size}}
\entry {ACCUMULATE{\_}OUTGOING{\_}ARGS and stack frames}{305}{\code {ACCUMULATE{\_}OUTGOING{\_}ARGS} and stack frames}
\entry {EXIT{\_}IGNORE{\_}STACK}{305}{\code {EXIT{\_}IGNORE{\_}STACK}}
\entry {FUNCTION{\_}EPILOGUE}{305}{\code {FUNCTION{\_}EPILOGUE}}
\entry {current{\_}function{\_}pops{\_}args}{305}{\code {current{\_}function{\_}pops{\_}args}}
\entry {DELAY{\_}SLOTS{\_}FOR{\_}EPILOGUE}{306}{\code {DELAY{\_}SLOTS{\_}FOR{\_}EPILOGUE}}
\entry {ELIGIBLE{\_}FOR{\_}EPILOGUE{\_}DELAY}{306}{\code {ELIGIBLE{\_}FOR{\_}EPILOGUE{\_}DELAY}}
\entry {current{\_}function{\_}epilogue{\_}delay{\_}list}{306}{\code {current{\_}function{\_}epilogue{\_}delay{\_}list}}
\entry {final{\_}scan{\_}insn}{306}{\code {final{\_}scan{\_}insn}}
\entry {profiling, code generation}{306}{profiling, code generation}
\entry {FUNCTION{\_}PROFILER}{306}{\code {FUNCTION{\_}PROFILER}}
\entry {mcount}{306}{\code {mcount}}
\entry {PROFILE{\_}BEFORE{\_}PROLOGUE}{306}{\code {PROFILE{\_}BEFORE{\_}PROLOGUE}}
\entry {FUNCTION{\_}BLOCK{\_}PROFILER}{306}{\code {FUNCTION{\_}BLOCK{\_}PROFILER}}
\entry {{\_}{\_}bb{\_}init{\_}func}{306}{\code {{\_}{\_}bb{\_}init{\_}func}}
\entry {BLOCK{\_}PROFILER}{307}{\code {BLOCK{\_}PROFILER}}
\entry {varargs implementation}{307}{varargs implementation}
\entry {{\_}{\_}builtin{\_}saveregs}{308}{\code {{\_}{\_}builtin{\_}saveregs}}
\entry {{\_}{\_}builtin{\_}args{\_}info}{308}{\code {{\_}{\_}builtin{\_}args{\_}info}}
\entry {{\_}{\_}builtin{\_}next{\_}arg}{308}{\code {{\_}{\_}builtin{\_}next{\_}arg}}
\entry {{\_}{\_}builtin{\_}classify{\_}type}{308}{\code {{\_}{\_}builtin{\_}classify{\_}type}}
\entry {EXPAND{\_}BUILTIN{\_}SAVEREGS}{309}{\code {EXPAND{\_}BUILTIN{\_}SAVEREGS}}
\entry {SETUP{\_}INCOMING{\_}VARARGS}{309}{\code {SETUP{\_}INCOMING{\_}VARARGS}}
\entry {trampolines for nested functions}{310}{trampolines for nested functions}
\entry {nested functions, trampolines for}{310}{nested functions, trampolines for}
\entry {TRAMPOLINE{\_}TEMPLATE}{310}{\code {TRAMPOLINE{\_}TEMPLATE}}
\entry {TRAMPOLINE{\_}SECTION}{310}{\code {TRAMPOLINE{\_}SECTION}}
\entry {TRAMPOLINE{\_}SIZE}{310}{\code {TRAMPOLINE{\_}SIZE}}
\entry {TRAMPOLINE{\_}ALIGNMENT}{310}{\code {TRAMPOLINE{\_}ALIGNMENT}}
\entry {INITIALIZE{\_}TRAMPOLINE}{310}{\code {INITIALIZE{\_}TRAMPOLINE}}
\entry {ALLOCATE{\_}TRAMPOLINE}{311}{\code {ALLOCATE{\_}TRAMPOLINE}}
\entry {FUNCTION{\_}EPILOGUE and trampolines}{311}{\code {FUNCTION{\_}EPILOGUE} and trampolines}
\entry {FUNCTION{\_}PROLOGUE and trampolines}{311}{\code {FUNCTION{\_}PROLOGUE} and trampolines}
\entry {INSN{\_}CACHE{\_}SIZE}{311}{\code {INSN{\_}CACHE{\_}SIZE}}
\entry {INSN{\_}CACHE{\_}LINE{\_}WIDTH}{311}{\code {INSN{\_}CACHE{\_}LINE{\_}WIDTH}}
\entry {INSN{\_}CACHE{\_}DEPTH}{311}{\code {INSN{\_}CACHE{\_}DEPTH}}
\entry {TRANSFER{\_}FROM{\_}TRAMPOLINE}{312}{\code {TRANSFER{\_}FROM{\_}TRAMPOLINE}}
\entry {library subroutine names}{312}{library subroutine names}
\entry {libgcc.a}{312}{\file {libgcc.a}}
\entry {MULSI3{\_}LIBCALL}{312}{\code {MULSI3{\_}LIBCALL}}
\entry {DIVSI3{\_}LIBCALL}{312}{\code {DIVSI3{\_}LIBCALL}}
\entry {UDIVSI3{\_}LIBCALL}{312}{\code {UDIVSI3{\_}LIBCALL}}
\entry {MODSI3{\_}LIBCALL}{312}{\code {MODSI3{\_}LIBCALL}}
\entry {UMODSI3{\_}LIBCALL}{312}{\code {UMODSI3{\_}LIBCALL}}
\entry {MULDI3{\_}LIBCALL}{312}{\code {MULDI3{\_}LIBCALL}}
\entry {DIVDI3{\_}LIBCALL}{313}{\code {DIVDI3{\_}LIBCALL}}
\entry {UDIVDI3{\_}LIBCALL}{313}{\code {UDIVDI3{\_}LIBCALL}}
\entry {MODDI3{\_}LIBCALL}{313}{\code {MODDI3{\_}LIBCALL}}
\entry {UMODDI3{\_}LIBCALL}{313}{\code {UMODDI3{\_}LIBCALL}}
\entry {TARGET{\_}EDOM}{313}{\code {TARGET{\_}EDOM}}
\entry {EDOM, implicit usage}{313}{\code {EDOM}, implicit usage}
\entry {GEN{\_}ERRNO{\_}RTX}{313}{\code {GEN{\_}ERRNO{\_}RTX}}
\entry {errno, implicit usage}{313}{\code {errno}, implicit usage}
\entry {TARGET{\_}MEM{\_}FUNCTIONS}{313}{\code {TARGET{\_}MEM{\_}FUNCTIONS}}
\entry {bcopy, implicit usage}{313}{\code {bcopy}, implicit usage}
\entry {memcpy, implicit usage}{313}{\code {memcpy}, implicit usage}
\entry {bzero, implicit usage}{313}{\code {bzero}, implicit usage}
\entry {memset, implicit usage}{313}{\code {memset}, implicit usage}
\entry {LIBGCC{\_}NEEDS{\_}DOUBLE}{313}{\code {LIBGCC{\_}NEEDS{\_}DOUBLE}}
\entry {FLOAT{\_}ARG{\_}TYPE}{314}{\code {FLOAT{\_}ARG{\_}TYPE}}
\entry {FLOATIFY}{314}{\code {FLOATIFY}}
\entry {FLOAT{\_}VALUE{\_}TYPE}{314}{\code {FLOAT{\_}VALUE{\_}TYPE}}
\entry {INTIFY}{314}{\code {INTIFY}}
\entry {nongcc{\_}SI{\_}type}{314}{\code {nongcc{\_}SI{\_}type}}
\entry {perform{\_}...{}}{315}{\code {perform{\_}\dots {}}}
\entry {NEXT{\_}OBJC{\_}RUNTIME}{315}{\code {NEXT{\_}OBJC{\_}RUNTIME}}
\entry {addressing modes}{315}{addressing modes}
\entry {HAVE{\_}POST{\_}INCREMENT}{315}{\code {HAVE{\_}POST{\_}INCREMENT}}
\entry {HAVE{\_}PRE{\_}INCREMENT}{315}{\code {HAVE{\_}PRE{\_}INCREMENT}}
\entry {HAVE{\_}POST{\_}DECREMENT}{315}{\code {HAVE{\_}POST{\_}DECREMENT}}
\entry {HAVE{\_}PRE{\_}DECREMENT}{315}{\code {HAVE{\_}PRE{\_}DECREMENT}}
\entry {CONSTANT{\_}ADDRESS{\_}P}{315}{\code {CONSTANT{\_}ADDRESS{\_}P}}
\entry {CONSTANT{\_}P}{315}{\code {CONSTANT{\_}P}}
\entry {MAX{\_}REGS{\_}PER{\_}ADDRESS}{315}{\code {MAX{\_}REGS{\_}PER{\_}ADDRESS}}
\entry {GO{\_}IF{\_}LEGITIMATE{\_}ADDRESS}{315}{\code {GO{\_}IF{\_}LEGITIMATE{\_}ADDRESS}}
\entry {REG{\_}OK{\_}STRICT}{316}{\code {REG{\_}OK{\_}STRICT}}
\entry {ENCODE{\_}SECTION{\_}INFO and address validation}{316}{\code {ENCODE{\_}SECTION{\_}INFO} and address validation}
\entry {saveable{\_}obstack}{316}{\code {saveable{\_}obstack}}
\entry {REG{\_}OK{\_}FOR{\_}BASE{\_}P}{317}{\code {REG{\_}OK{\_}FOR{\_}BASE{\_}P}}
\entry {REG{\_}OK{\_}FOR{\_}INDEX{\_}P}{317}{\code {REG{\_}OK{\_}FOR{\_}INDEX{\_}P}}
\entry {LEGITIMIZE{\_}ADDRESS}{317}{\code {LEGITIMIZE{\_}ADDRESS}}
\entry {break{\_}out{\_}memory{\_}refs}{317}{\code {break{\_}out{\_}memory{\_}refs}}
\entry {GO{\_}IF{\_}MODE{\_}DEPENDENT{\_}ADDRESS}{317}{\code {GO{\_}IF{\_}MODE{\_}DEPENDENT{\_}ADDRESS}}
\entry {LEGITIMATE{\_}CONSTANT{\_}P}{318}{\code {LEGITIMATE{\_}CONSTANT{\_}P}}
\entry {condition code status}{318}{condition code status}
\entry {cc{\_}status}{318}{\code {cc{\_}status}}
\entry {CC{\_}STATUS{\_}MDEP}{318}{\code {CC{\_}STATUS{\_}MDEP}}
\entry {CC{\_}STATUS{\_}MDEP{\_}INIT}{318}{\code {CC{\_}STATUS{\_}MDEP{\_}INIT}}
\entry {NOTICE{\_}UPDATE{\_}CC}{318}{\code {NOTICE{\_}UPDATE{\_}CC}}
\entry {EXTRA{\_}CC{\_}MODES}{319}{\code {EXTRA{\_}CC{\_}MODES}}
\entry {EXTRA{\_}CC{\_}NAMES}{319}{\code {EXTRA{\_}CC{\_}NAMES}}
\entry {SELECT{\_}CC{\_}MODE}{319}{\code {SELECT{\_}CC{\_}MODE}}
\entry {costs of instructions}{320}{costs of instructions}
\entry {relative costs}{320}{relative costs}
\entry {speed of instructions}{320}{speed of instructions}
\entry {CONST{\_}COSTS}{320}{\code {CONST{\_}COSTS}}
\entry {RTX{\_}COSTS}{320}{\code {RTX{\_}COSTS}}
\entry {COSTS{\_}N{\_}INSNS}{320}{\code {COSTS{\_}N{\_}INSNS}}
\entry {ADDRESS{\_}COST}{320}{\code {ADDRESS{\_}COST}}
\entry {REGISTER{\_}MOVE{\_}COST}{321}{\code {REGISTER{\_}MOVE{\_}COST}}
\entry {MEMORY{\_}MOVE{\_}COST}{321}{\code {MEMORY{\_}MOVE{\_}COST}}
\entry {BRANCH{\_}COST}{321}{\code {BRANCH{\_}COST}}
\entry {SLOW{\_}BYTE{\_}ACCESS}{321}{\code {SLOW{\_}BYTE{\_}ACCESS}}
\entry {SLOW{\_}ZERO{\_}EXTEND}{322}{\code {SLOW{\_}ZERO{\_}EXTEND}}
\entry {SLOW{\_}UNALIGNED{\_}ACCESS}{322}{\code {SLOW{\_}UNALIGNED{\_}ACCESS}}
\entry {DONT{\_}REDUCE{\_}ADDR}{322}{\code {DONT{\_}REDUCE{\_}ADDR}}
\entry {MOVE{\_}RATIO}{322}{\code {MOVE{\_}RATIO}}
\entry {NO{\_}FUNCTION{\_}CSE}{322}{\code {NO{\_}FUNCTION{\_}CSE}}
\entry {NO{\_}RECURSIVE{\_}FUNCTION{\_}CSE}{322}{\code {NO{\_}RECURSIVE{\_}FUNCTION{\_}CSE}}
\entry {ADJUST{\_}COST}{323}{\code {ADJUST{\_}COST}}
\entry {TEXT{\_}SECTION{\_}ASM{\_}OP}{323}{\code {TEXT{\_}SECTION{\_}ASM{\_}OP}}
\entry {DATA{\_}SECTION{\_}ASM{\_}OP}{323}{\code {DATA{\_}SECTION{\_}ASM{\_}OP}}
\entry {SHARED{\_}SECTION{\_}ASM{\_}OP}{323}{\code {SHARED{\_}SECTION{\_}ASM{\_}OP}}
\entry {INIT{\_}SECTION{\_}ASM{\_}OP}{323}{\code {INIT{\_}SECTION{\_}ASM{\_}OP}}
\entry {EXTRA{\_}SECTIONS}{323}{\code {EXTRA{\_}SECTIONS}}
\entry {in{\_}text}{323}{\code {in{\_}text}}
\entry {in{\_}data}{323}{\code {in{\_}data}}
\entry {EXTRA{\_}SECTION{\_}FUNCTIONS}{324}{\code {EXTRA{\_}SECTION{\_}FUNCTIONS}}
\entry {text{\_}section}{324}{\code {text{\_}section}}
\entry {data{\_}section}{324}{\code {data{\_}section}}
\entry {READONLY{\_}DATA{\_}SECTION}{324}{\code {READONLY{\_}DATA{\_}SECTION}}
\entry {SELECT{\_}SECTION}{324}{\code {SELECT{\_}SECTION}}
\entry {SELECT{\_}RTX{\_}SECTION}{324}{\code {SELECT{\_}RTX{\_}SECTION}}
\entry {JUMP{\_}TABLES{\_}IN{\_}TEXT{\_}SECTION}{324}{\code {JUMP{\_}TABLES{\_}IN{\_}TEXT{\_}SECTION}}
\entry {ENCODE{\_}SECTION{\_}INFO}{324}{\code {ENCODE{\_}SECTION{\_}INFO}}
\entry {SYMBOL{\_}REF{\_}FLAG, in ENCODE{\_}SECTION{\_}INFO}{325}{\code {SYMBOL{\_}REF{\_}FLAG}, in \code {ENCODE{\_}SECTION{\_}INFO}}
\entry {STRIP{\_}NAME{\_}ENCODING}{325}{\code {STRIP{\_}NAME{\_}ENCODING}}
\entry {position independent code}{325}{position independent code}
\entry {PIC}{325}{PIC}
\entry {PIC{\_}OFFSET{\_}TABLE{\_}REGNUM}{325}{\code {PIC{\_}OFFSET{\_}TABLE{\_}REGNUM}}
\entry {FINALIZE{\_}PIC}{325}{\code {FINALIZE{\_}PIC}}
\entry {LEGITIMATE{\_}PIC{\_}OPERAND{\_}P}{325}{\code {LEGITIMATE{\_}PIC{\_}OPERAND{\_}P}}
\entry {assembler format}{326}{assembler format}
\entry {output of assembler code}{326}{output of assembler code}
\entry {ASM{\_}FILE{\_}START}{326}{\code {ASM{\_}FILE{\_}START}}
\entry {ASM{\_}FILE{\_}END}{326}{\code {ASM{\_}FILE{\_}END}}
\entry {ASM{\_}IDENTIFY{\_}GCC}{326}{\code {ASM{\_}IDENTIFY{\_}GCC}}
\entry {ASM{\_}COMMENT{\_}START}{327}{\code {ASM{\_}COMMENT{\_}START}}
\entry {ASM{\_}APP{\_}ON}{327}{\code {ASM{\_}APP{\_}ON}}
\entry {ASM{\_}APP{\_}OFF}{327}{\code {ASM{\_}APP{\_}OFF}}
\entry {ASM{\_}OUTPUT{\_}SOURCE{\_}FILENAME}{327}{\code {ASM{\_}OUTPUT{\_}SOURCE{\_}FILENAME}}
\entry {ASM{\_}OUTPUT{\_}SOURCE{\_}LINE}{327}{\code {ASM{\_}OUTPUT{\_}SOURCE{\_}LINE}}
\entry {ASM{\_}OUTPUT{\_}IDENT}{327}{\code {ASM{\_}OUTPUT{\_}IDENT}}
\entry {OBJC{\_}PROLOGUE}{327}{\code {OBJC{\_}PROLOGUE}}
\entry {ASM{\_}OUTPUT{\_}LONG{\_}DOUBLE}{327}{\code {ASM{\_}OUTPUT{\_}LONG{\_}DOUBLE}}
\entry {ASM{\_}OUTPUT{\_}DOUBLE}{327}{\code {ASM{\_}OUTPUT{\_}DOUBLE}}
\entry {ASM{\_}OUTPUT{\_}FLOAT}{327}{\code {ASM{\_}OUTPUT{\_}FLOAT}}
\entry {ASM{\_}OUTPUT{\_}QUADRUPLE{\_}INT}{328}{\code {ASM{\_}OUTPUT{\_}QUADRUPLE{\_}INT}}
\entry {ASM{\_}OUTPUT{\_}DOUBLE{\_}INT}{328}{\code {ASM{\_}OUTPUT{\_}DOUBLE{\_}INT}}
\entry {ASM{\_}OUTPUT{\_}INT}{328}{\code {ASM{\_}OUTPUT{\_}INT}}
\entry {ASM{\_}OUTPUT{\_}SHORT}{328}{\code {ASM{\_}OUTPUT{\_}SHORT}}
\entry {ASM{\_}OUTPUT{\_}CHAR}{328}{\code {ASM{\_}OUTPUT{\_}CHAR}}
\entry {output{\_}addr{\_}const}{328}{\code {output{\_}addr{\_}const}}
\entry {ASM{\_}OUTPUT{\_}BYTE}{328}{\code {ASM{\_}OUTPUT{\_}BYTE}}
\entry {ASM{\_}BYTE{\_}OP}{328}{\code {ASM{\_}BYTE{\_}OP}}
\entry {ASM{\_}OUTPUT{\_}ASCII}{328}{\code {ASM{\_}OUTPUT{\_}ASCII}}
\entry {ASM{\_}OUTPUT{\_}POOL{\_}PROLOGUE}{328}{\code {ASM{\_}OUTPUT{\_}POOL{\_}PROLOGUE}}
\entry {ASM{\_}OUTPUT{\_}SPECIAL{\_}POOL{\_}ENTRY}{328}{\code {ASM{\_}OUTPUT{\_}SPECIAL{\_}POOL{\_}ENTRY}}
\entry {ASM{\_}OPEN{\_}PAREN}{329}{\code {ASM{\_}OPEN{\_}PAREN}}
\entry {ASM{\_}CLOSE{\_}PAREN}{329}{\code {ASM{\_}CLOSE{\_}PAREN}}
\entry {ASM{\_}OUTPUT{\_}COMMON}{329}{\code {ASM{\_}OUTPUT{\_}COMMON}}
\entry {ASM{\_}OUTPUT{\_}ALIGNED{\_}COMMON}{330}{\code {ASM{\_}OUTPUT{\_}ALIGNED{\_}COMMON}}
\entry {ASM{\_}OUTPUT{\_}SHARED{\_}COMMON}{330}{\code {ASM{\_}OUTPUT{\_}SHARED{\_}COMMON}}
\entry {ASM{\_}OUTPUT{\_}LOCAL}{330}{\code {ASM{\_}OUTPUT{\_}LOCAL}}
\entry {ASM{\_}OUTPUT{\_}ALIGNED{\_}LOCAL}{330}{\code {ASM{\_}OUTPUT{\_}ALIGNED{\_}LOCAL}}
\entry {ASM{\_}OUTPUT{\_}SHARED{\_}LOCAL}{330}{\code {ASM{\_}OUTPUT{\_}SHARED{\_}LOCAL}}
\entry {ASM{\_}OUTPUT{\_}LABEL}{330}{\code {ASM{\_}OUTPUT{\_}LABEL}}
\entry {assemble{\_}name}{330}{\code {assemble{\_}name}}
\entry {ASM{\_}DECLARE{\_}FUNCTION{\_}NAME}{330}{\code {ASM{\_}DECLARE{\_}FUNCTION{\_}NAME}}
\entry {ASM{\_}DECLARE{\_}FUNCTION{\_}SIZE}{331}{\code {ASM{\_}DECLARE{\_}FUNCTION{\_}SIZE}}
\entry {ASM{\_}DECLARE{\_}OBJECT{\_}NAME}{331}{\code {ASM{\_}DECLARE{\_}OBJECT{\_}NAME}}
\entry {ASM{\_}GLOBALIZE{\_}LABEL}{331}{\code {ASM{\_}GLOBALIZE{\_}LABEL}}
\entry {ASM{\_}OUTPUT{\_}EXTERNAL}{331}{\code {ASM{\_}OUTPUT{\_}EXTERNAL}}
\entry {ASM{\_}OUTPUT{\_}EXTERNAL{\_}LIBCALL}{331}{\code {ASM{\_}OUTPUT{\_}EXTERNAL{\_}LIBCALL}}
\entry {ASM{\_}OUTPUT{\_}LABELREF}{331}{\code {ASM{\_}OUTPUT{\_}LABELREF}}
\entry {ASM{\_}OUTPUT{\_}LABELREF{\_}AS{\_}INT}{332}{\code {ASM{\_}OUTPUT{\_}LABELREF{\_}AS{\_}INT}}
\entry {ASM{\_}OUTPUT{\_}INTERNAL{\_}LABEL}{332}{\code {ASM{\_}OUTPUT{\_}INTERNAL{\_}LABEL}}
\entry {ASM{\_}GENERATE{\_}INTERNAL{\_}LABEL}{332}{\code {ASM{\_}GENERATE{\_}INTERNAL{\_}LABEL}}
\entry {ASM{\_}FORMAT{\_}PRIVATE{\_}NAME}{332}{\code {ASM{\_}FORMAT{\_}PRIVATE{\_}NAME}}
\entry {OBJC{\_}GEN{\_}METHOD{\_}LABEL}{333}{\code {OBJC{\_}GEN{\_}METHOD{\_}LABEL}}
\entry {initialization routines}{333}{initialization routines}
\entry {termination routines}{333}{termination routines}
\entry {constructors, output of}{333}{constructors, output of}
\entry {destructors, output of}{333}{destructors, output of}
\entry {{\_}{\_}CTOR{\_}LIST{\_}{\_}}{333}{\code {{\_}{\_}CTOR{\_}LIST{\_}{\_}}}
\entry {{\_}{\_}DTOR{\_}LIST{\_}{\_}}{333}{\code {{\_}{\_}DTOR{\_}LIST{\_}{\_}}}
\entry {INIT{\_}SECTION{\_}ASM{\_}OP}{336}{\code {INIT{\_}SECTION{\_}ASM{\_}OP}}
\entry {ASM{\_}OUTPUT{\_}CONSTRUCTOR}{336}{\code {ASM{\_}OUTPUT{\_}CONSTRUCTOR}}
\entry {ASM{\_}OUTPUT{\_}DESTRUCTOR}{336}{\code {ASM{\_}OUTPUT{\_}DESTRUCTOR}}
\entry {OBJECT{\_}FORMAT{\_}COFF}{336}{\code {OBJECT{\_}FORMAT{\_}COFF}}
\entry {OBJECT{\_}FORMAT{\_}ROSE}{336}{\code {OBJECT{\_}FORMAT{\_}ROSE}}
\entry {REAL{\_}NM{\_}FILE{\_}NAME}{337}{\code {REAL{\_}NM{\_}FILE{\_}NAME}}
\entry {REGISTER{\_}NAMES}{337}{\code {REGISTER{\_}NAMES}}
\entry {ADDITIONAL{\_}REGISTER{\_}NAMES}{337}{\code {ADDITIONAL{\_}REGISTER{\_}NAMES}}
\entry {ASM{\_}OUTPUT{\_}OPCODE}{337}{\code {ASM{\_}OUTPUT{\_}OPCODE}}
\entry {recog{\_}operand}{337}{\code {recog{\_}operand}}
\entry {FINAL{\_}PRESCAN{\_}INSN}{338}{\code {FINAL{\_}PRESCAN{\_}INSN}}
\entry {PRINT{\_}OPERAND}{338}{\code {PRINT{\_}OPERAND}}
\entry {reg{\_}names}{338}{\code {reg{\_}names}}
\entry {PRINT{\_}OPERAND{\_}PUNCT{\_}VALID{\_}P}{338}{\code {PRINT{\_}OPERAND{\_}PUNCT{\_}VALID{\_}P}}
\entry {PRINT{\_}OPERAND{\_}ADDRESS}{338}{\code {PRINT{\_}OPERAND{\_}ADDRESS}}
\entry {ENCODE{\_}SECTION{\_}INFO usage}{339}{\code {ENCODE{\_}SECTION{\_}INFO} usage}
\entry {DBR{\_}OUTPUT{\_}SEQEND}{339}{\code {DBR{\_}OUTPUT{\_}SEQEND}}
\entry {dbr{\_}sequence{\_}length}{339}{\code {dbr{\_}sequence{\_}length}}
\entry {final{\_}sequence}{339}{\code {final{\_}sequence}}
\entry {REGISTER{\_}PREFIX}{339}{\code {REGISTER{\_}PREFIX}}
\entry {LOCAL{\_}LABEL{\_}PREFIX}{339}{\code {LOCAL{\_}LABEL{\_}PREFIX}}
\entry {USER{\_}LABEL{\_}PREFIX}{339}{\code {USER{\_}LABEL{\_}PREFIX}}
\entry {IMMEDIATE{\_}PREFIX}{339}{\code {IMMEDIATE{\_}PREFIX}}
\entry {asm{\_}fprintf}{339}{\code {asm{\_}fprintf}}
\entry {ASM{\_}OUTPUT{\_}REG{\_}PUSH}{339}{\code {ASM{\_}OUTPUT{\_}REG{\_}PUSH}}
\entry {ASM{\_}OUTPUT{\_}REG{\_}POP}{339}{\code {ASM{\_}OUTPUT{\_}REG{\_}POP}}
\entry {dispatch table}{340}{dispatch table}
\entry {ASM{\_}OUTPUT{\_}ADDR{\_}DIFF{\_}ELT}{340}{\code {ASM{\_}OUTPUT{\_}ADDR{\_}DIFF{\_}ELT}}
\entry {ASM{\_}OUTPUT{\_}ADDR{\_}VEC{\_}ELT}{340}{\code {ASM{\_}OUTPUT{\_}ADDR{\_}VEC{\_}ELT}}
\entry {ASM{\_}OUTPUT{\_}CASE{\_}LABEL}{340}{\code {ASM{\_}OUTPUT{\_}CASE{\_}LABEL}}
\entry {ASM{\_}OUTPUT{\_}CASE{\_}END}{340}{\code {ASM{\_}OUTPUT{\_}CASE{\_}END}}
\entry {ASM{\_}OUTPUT{\_}ALIGN{\_}CODE}{340}{\code {ASM{\_}OUTPUT{\_}ALIGN{\_}CODE}}
\entry {ASM{\_}OUTPUT{\_}LOOP{\_}ALIGN}{341}{\code {ASM{\_}OUTPUT{\_}LOOP{\_}ALIGN}}
\entry {ASM{\_}OUTPUT{\_}SKIP}{341}{\code {ASM{\_}OUTPUT{\_}SKIP}}
\entry {ASM{\_}NO{\_}SKIP{\_}IN{\_}TEXT}{341}{\code {ASM{\_}NO{\_}SKIP{\_}IN{\_}TEXT}}
\entry {ASM{\_}OUTPUT{\_}ALIGN}{341}{\code {ASM{\_}OUTPUT{\_}ALIGN}}
\entry {DBX{\_}REGISTER{\_}NUMBER}{341}{\code {DBX{\_}REGISTER{\_}NUMBER}}
\entry {DEBUGGER{\_}AUTO{\_}OFFSET}{342}{\code {DEBUGGER{\_}AUTO{\_}OFFSET}}
\entry {DEBUGGER{\_}ARG{\_}OFFSET}{342}{\code {DEBUGGER{\_}ARG{\_}OFFSET}}
\entry {DBX{\_}DEBUGGING{\_}INFO}{342}{\code {DBX{\_}DEBUGGING{\_}INFO}}
\entry {XCOFF{\_}DEBUGGING{\_}INFO}{342}{\code {XCOFF{\_}DEBUGGING{\_}INFO}}
\entry {DEFAULT{\_}GDB{\_}EXTENSIONS}{342}{\code {DEFAULT{\_}GDB{\_}EXTENSIONS}}
\entry {DEBUG{\_}SYMS{\_}TEXT}{342}{\code {DEBUG{\_}SYMS{\_}TEXT}}
\entry {ASM{\_}STABS{\_}OP}{342}{\code {ASM{\_}STABS{\_}OP}}
\entry {ASM{\_}STABD{\_}OP}{342}{\code {ASM{\_}STABD{\_}OP}}
\entry {ASM{\_}STABN{\_}OP}{342}{\code {ASM{\_}STABN{\_}OP}}
\entry {DBX{\_}NO{\_}XREFS}{343}{\code {DBX{\_}NO{\_}XREFS}}
\entry {DBX{\_}CONTIN{\_}LENGTH}{343}{\code {DBX{\_}CONTIN{\_}LENGTH}}
\entry {DBX{\_}CONTIN{\_}CHAR}{343}{\code {DBX{\_}CONTIN{\_}CHAR}}
\entry {DBX{\_}STATIC{\_}STAB{\_}DATA{\_}SECTION}{343}{\code {DBX{\_}STATIC{\_}STAB{\_}DATA{\_}SECTION}}
\entry {DBX{\_}TYPE{\_}DECL{\_}STABS{\_}CODE}{343}{\code {DBX{\_}TYPE{\_}DECL{\_}STABS{\_}CODE}}
\entry {DBX{\_}STATIC{\_}CONST{\_}VAR{\_}CODE}{343}{\code {DBX{\_}STATIC{\_}CONST{\_}VAR{\_}CODE}}
\entry {DBX{\_}REGPARM{\_}STABS{\_}CODE}{343}{\code {DBX{\_}REGPARM{\_}STABS{\_}CODE}}
\entry {DBX{\_}REGPARM{\_}STABS{\_}LETTER}{343}{\code {DBX{\_}REGPARM{\_}STABS{\_}LETTER}}
\entry {DBX{\_}MEMPARM{\_}STABS{\_}LETTER}{343}{\code {DBX{\_}MEMPARM{\_}STABS{\_}LETTER}}
\entry {DBX{\_}FUNCTION{\_}FIRST}{344}{\code {DBX{\_}FUNCTION{\_}FIRST}}
\entry {DBX{\_}LBRAC{\_}FIRST}{344}{\code {DBX{\_}LBRAC{\_}FIRST}}
\entry {DBX{\_}OUTPUT{\_}LBRAC}{344}{\code {DBX{\_}OUTPUT{\_}LBRAC}}
\entry {DBX{\_}OUTPUT{\_}RBRAC}{344}{\code {DBX{\_}OUTPUT{\_}RBRAC}}
\entry {DBX{\_}OUTPUT{\_}ENUM}{344}{\code {DBX{\_}OUTPUT{\_}ENUM}}
\entry {DBX{\_}OUTPUT{\_}FUNCTION{\_}END}{344}{\code {DBX{\_}OUTPUT{\_}FUNCTION{\_}END}}
\entry {DBX{\_}OUTPUT{\_}STANDARD{\_}TYPES}{344}{\code {DBX{\_}OUTPUT{\_}STANDARD{\_}TYPES}}
\entry {DBX{\_}WORKING{\_}DIRECTORY}{345}{\code {DBX{\_}WORKING{\_}DIRECTORY}}
\entry {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}FILENAME}{345}{\code {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}FILENAME}}
\entry {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}DIRECTORY}{346}{\code {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}DIRECTORY}}
\entry {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}FILE{\_}END}{346}{\code {DBX{\_}OUTPUT{\_}MAIN{\_}SOURCE{\_}FILE{\_}END}}
\entry {DBX{\_}OUTPUT{\_}SOURCE{\_}FILENAME}{346}{\code {DBX{\_}OUTPUT{\_}SOURCE{\_}FILENAME}}
\entry {SDB{\_}DEBUGGING{\_}INFO}{346}{\code {SDB{\_}DEBUGGING{\_}INFO}}
\entry {DWARF{\_}DEBUGGING{\_}INFO}{346}{\code {DWARF{\_}DEBUGGING{\_}INFO}}
\entry {PUT{\_}SDB{\_}...{}}{346}{\code {PUT{\_}SDB{\_}\dots {}}}
\entry {SDB{\_}DELIM}{346}{\code {SDB{\_}DELIM}}
\entry {SDB{\_}GENERATE{\_}FAKE}{346}{\code {SDB{\_}GENERATE{\_}FAKE}}
\entry {SDB{\_}ALLOW{\_}UNKNOWN{\_}REFERENCES}{347}{\code {SDB{\_}ALLOW{\_}UNKNOWN{\_}REFERENCES}}
\entry {SDB{\_}ALLOW{\_}FORWARD{\_}REFERENCES}{347}{\code {SDB{\_}ALLOW{\_}FORWARD{\_}REFERENCES}}
\entry {cross compilation and floating point}{347}{cross compilation and floating point}
\entry {floating point format and cross compilation}{347}{floating point format and cross compilation}
\entry {atof}{347}{\code {atof}}
\entry {REAL{\_}VALUE{\_}TYPE}{347}{\code {REAL{\_}VALUE{\_}TYPE}}
\entry {REAL{\_}VALUES{\_}EQUAL}{348}{\code {REAL{\_}VALUES{\_}EQUAL}}
\entry {REAL{\_}VALUES{\_}LESS}{348}{\code {REAL{\_}VALUES{\_}LESS}}
\entry {REAL{\_}VALUE{\_}LDEXP}{348}{\code {REAL{\_}VALUE{\_}LDEXP}}
\entry {ldexp}{348}{\code {ldexp}}
\entry {REAL{\_}VALUE{\_}FIX}{348}{\code {REAL{\_}VALUE{\_}FIX}}
\entry {REAL{\_}VALUE{\_}UNSIGNED{\_}FIX}{348}{\code {REAL{\_}VALUE{\_}UNSIGNED{\_}FIX}}
\entry {REAL{\_}VALUE{\_}FIX{\_}TRUNCATE}{348}{\code {REAL{\_}VALUE{\_}FIX{\_}TRUNCATE}}
\entry {REAL{\_}VALUE{\_}UNSIGNED{\_}FIX{\_}TRUNCATE}{348}{\code {REAL{\_}VALUE{\_}UNSIGNED{\_}FIX{\_}TRUNCATE}}
\entry {REAL{\_}VALUE{\_}ATOF}{348}{\code {REAL{\_}VALUE{\_}ATOF}}
\entry {REAL{\_}INFINITY}{348}{\code {REAL{\_}INFINITY}}
\entry {REAL{\_}VALUE{\_}ISINF}{348}{\code {REAL{\_}VALUE{\_}ISINF}}
\entry {isinf}{348}{\code {isinf}}
\entry {REAL{\_}VALUE{\_}ISNAN}{348}{\code {REAL{\_}VALUE{\_}ISNAN}}
\entry {isnan}{348}{\code {isnan}}
\entry {constant folding and floating point}{349}{constant folding and floating point}
\entry {REAL{\_}ARITHMETIC}{349}{\code {REAL{\_}ARITHMETIC}}
\entry {overflow while constant folding}{349}{overflow while constant folding}
\entry {REAL{\_}VALUE{\_}NEGATE}{349}{\code {REAL{\_}VALUE{\_}NEGATE}}
\entry {REAL{\_}VALUE{\_}TRUNCATE}{349}{\code {REAL{\_}VALUE{\_}TRUNCATE}}
\entry {REAL{\_}VALUE{\_}TO{\_}INT}{349}{\code {REAL{\_}VALUE{\_}TO{\_}INT}}
\entry {REAL{\_}VALUE{\_}FROM{\_}INT}{350}{\code {REAL{\_}VALUE{\_}FROM{\_}INT}}
\entry {parameters, miscellaneous}{350}{parameters, miscellaneous}
\entry {PREDICATE{\_}CODES}{350}{\code {PREDICATE{\_}CODES}}
\entry {CASE{\_}VECTOR{\_}MODE}{350}{\code {CASE{\_}VECTOR{\_}MODE}}
\entry {CASE{\_}VECTOR{\_}PC{\_}RELATIVE}{350}{\code {CASE{\_}VECTOR{\_}PC{\_}RELATIVE}}
\entry {CASE{\_}DROPS{\_}THROUGH}{350}{\code {CASE{\_}DROPS{\_}THROUGH}}
\entry {CASE{\_}VALUES{\_}THRESHOLD}{350}{\code {CASE{\_}VALUES{\_}THRESHOLD}}
\entry {BYTE{\_}LOADS{\_}ZERO{\_}EXTEND}{350}{\code {BYTE{\_}LOADS{\_}ZERO{\_}EXTEND}}
\entry {BYTE{\_}LOADS{\_}SIGN{\_}EXTEND}{350}{\code {BYTE{\_}LOADS{\_}SIGN{\_}EXTEND}}
\entry {IMPLICIT{\_}FIX{\_}EXPR}{351}{\code {IMPLICIT{\_}FIX{\_}EXPR}}
\entry {FIXUNS{\_}TRUNC{\_}LIKE{\_}FIX{\_}TRUNC}{351}{\code {FIXUNS{\_}TRUNC{\_}LIKE{\_}FIX{\_}TRUNC}}
\entry {EASY{\_}DIV{\_}EXPR}{351}{\code {EASY{\_}DIV{\_}EXPR}}
\entry {MOVE{\_}MAX}{351}{\code {MOVE{\_}MAX}}
\entry {SHIFT{\_}COUNT{\_}TRUNCATED}{351}{\code {SHIFT{\_}COUNT{\_}TRUNCATED}}
\entry {TRULY{\_}NOOP{\_}TRUNCATION}{351}{\code {TRULY{\_}NOOP{\_}TRUNCATION}}
\entry {STORE{\_}FLAG{\_}VALUE}{352}{\code {STORE{\_}FLAG{\_}VALUE}}
\entry {FLOAT{\_}STORE{\_}FLAG{\_}VALUE}{353}{\code {FLOAT{\_}STORE{\_}FLAG{\_}VALUE}}
\entry {Pmode}{353}{\code {Pmode}}
\entry {FUNCTION{\_}MODE}{353}{\code {FUNCTION{\_}MODE}}
\entry {INTEGRATE{\_}THRESHOLD}{353}{\code {INTEGRATE{\_}THRESHOLD}}
\entry {SCCS{\_}DIRECTIVE}{353}{\code {SCCS{\_}DIRECTIVE}}
\entry {HANDLE{\_}PRAGMA}{353}{\code {HANDLE{\_}PRAGMA}}
\entry {#pragma}{353}{\code {#pragma}}
\entry {pragma}{353}{\code {pragma}}
\entry {DOLLARS{\_}IN{\_}IDENTIFIERS}{353}{\code {DOLLARS{\_}IN{\_}IDENTIFIERS}}
\entry {NO{\_}DOLLAR{\_}IN{\_}LABEL}{353}{\code {NO{\_}DOLLAR{\_}IN{\_}LABEL}}
\entry {DEFAULT{\_}MAIN{\_}RETURN}{354}{\code {DEFAULT{\_}MAIN{\_}RETURN}}
\entry {HAVE{\_}ATEXIT}{354}{\code {HAVE{\_}ATEXIT}}
\entry {EXIT{\_}BODY}{354}{\code {EXIT{\_}BODY}}
\entry {configuration file}{355}{configuration file}
\entry {xm-machine.h}{355}{\file {xm-\var {machine}.h}}
\entry {USG}{355}{\code {USG}}
\entry {VMS}{355}{\code {VMS}}
\entry {FAILURE{\_}EXIT{\_}CODE}{355}{\code {FAILURE{\_}EXIT{\_}CODE}}
\entry {SUCCESS{\_}EXIT{\_}CODE}{355}{\code {SUCCESS{\_}EXIT{\_}CODE}}
\entry {HOST{\_}WORDS{\_}BIG{\_}ENDIAN}{355}{\code {HOST{\_}WORDS{\_}BIG{\_}ENDIAN}}
\entry {HOST{\_}FLOAT{\_}FORMAT}{355}{\code {HOST{\_}FLOAT{\_}FORMAT}}
\entry {HOST{\_}BITS{\_}PER{\_}CHAR}{355}{\code {HOST{\_}BITS{\_}PER{\_}CHAR}}
\entry {HOST{\_}BITS{\_}PER{\_}SHORT}{355}{\code {HOST{\_}BITS{\_}PER{\_}SHORT}}
\entry {HOST{\_}BITS{\_}PER{\_}INT}{355}{\code {HOST{\_}BITS{\_}PER{\_}INT}}
\entry {HOST{\_}BITS{\_}PER{\_}LONG}{355}{\code {HOST{\_}BITS{\_}PER{\_}LONG}}
\entry {ONLY{\_}INT{\_}FIELDS}{355}{\code {ONLY{\_}INT{\_}FIELDS}}
\entry {EXECUTABLE{\_}SUFFIX}{355}{\code {EXECUTABLE{\_}SUFFIX}}
\entry {OBSTACK{\_}CHUNK{\_}SIZE}{356}{\code {OBSTACK{\_}CHUNK{\_}SIZE}}
\entry {OBSTACK{\_}CHUNK{\_}ALLOC}{356}{\code {OBSTACK{\_}CHUNK{\_}ALLOC}}
\entry {OBSTACK{\_}CHUNK{\_}FREE}{356}{\code {OBSTACK{\_}CHUNK{\_}FREE}}
\entry {USE{\_}C{\_}ALLOCA}{356}{\code {USE{\_}C{\_}ALLOCA}}
\entry {FUNCTION{\_}CONVERSION{\_}BUG}{356}{\code {FUNCTION{\_}CONVERSION{\_}BUG}}
\entry {HAVE{\_}VPRINTF}{356}{\code {HAVE{\_}VPRINTF}}
\entry {vprintf}{356}{\code {vprintf}}
\entry {MULTIBYTE{\_}CHARS}{356}{\code {MULTIBYTE{\_}CHARS}}
\entry {HAVE{\_}PUTENV}{356}{\code {HAVE{\_}PUTENV}}
\entry {putenv}{356}{\code {putenv}}
\entry {NO{\_}SYS{\_}SIGLIST}{356}{\code {NO{\_}SYS{\_}SIGLIST}}
\entry {USE{\_}PROTOTYPES}{356}{\code {USE{\_}PROTOTYPES}}
\entry {NO{\_}MD{\_}PROTOTYPES}{357}{\code {NO{\_}MD{\_}PROTOTYPES}}
\entry {MD{\_}CALL{\_}PROTOTYPES}{357}{\code {MD{\_}CALL{\_}PROTOTYPES}}
\entry {sys{\_}siglist}{357}{\code {sys{\_}siglist}}
\entry {NO{\_}STAB{\_}H}{357}{\code {NO{\_}STAB{\_}H}}
\entry {bzero}{357}{\code {bzero}}
\entry {bcmp}{357}{\code {bcmp}}