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/netbsd-src/external/gpl3/binutils.old/dist/gas/doc/
H A Dc-i386.texi58 @cindex @samp{--32} option, i386
59 @cindex @samp{--32} option, x86-64
60 @cindex @samp{--x32} option, i386
61 @cindex @samp{--x32} option, x86-64
62 @cindex @samp{--64} option, i386
63 @cindex @samp{--64} option, x86-64
65 Select the word size, either 32 bits or 64 bits. @samp{--32}
66 implies Intel i386 architecture, while @samp{--x32} and @samp{--64}
81 @cindex @samp{--divide} option, i386
83 On SVR4-derived platforms, the character @samp{/} is treated as a comment
[all …]
H A Dc-s12z.texi31 @table @samp
34 @cindex @samp{-mreg-prefix=@var{prefix}} option, reg-prefix
35 You can use the @samp{-mreg-prefix=@var{pfx}} option to indicate
44 @cindex @samp{-mdollar-hex} option, dollar-hex
46 The @samp{-mdollar-hex} option affects the way that literal hexadecimal constants
48 the @samp{$} character as the start of a hexadecimal integer constant. Without
49 this option, the standard value of @samp{0x} is expected.
51 If you use this option, then you cannot have symbol names starting with @samp{$}.
52 @samp{-mdollar-hex} is implied if the @samp{--traditional-format}
76 Operands are separated by a comma (@samp{,}).
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H A Dc-sparc.texi79 Use one of the @samp{-A} options to select one of the SPARC
84 @samp{-Av8plus}, @samp{-Av8plusa}, @samp{-Av8plusb}, @samp{-Av8plusc},
85 @samp{-Av8plusd}, and @samp{-Av8plusv} select a 32 bit environment.
87 @samp{-Av9}, @samp{-Av9a}, @samp{-Av9b}, @samp{-Av9c}, @samp{-Av9d},
88 @samp{-Av9e}, @samp{-Av9v} and @samp{-Av9m} select a 64 bit
92 @samp{-Av8plusa} and @samp{-Av9a} enable the SPARC V9 instruction set with
95 @samp{-Av8plusb} and @samp{-Av9b} enable the UltraSPARC VIS 2.0 instructions,
96 as well as the instructions enabled by @samp{-Av8plusa} and @samp{-Av9a}.
98 @samp{-Av8plusc} and @samp{-Av9c} enable the UltraSPARC Niagara instructions,
99 as well as the instructions enabled by @samp{-Av8plusb} and @samp{-Av9b}.
[all …]
H A Dc-m68hc11.texi34 @cindex @samp{-m68hc11}
40 @cindex @samp{-m68hc12}
47 @cindex @samp{-m68hcs12}
50 similar to @samp{-m68hc12} but specifies to assemble for the 68HCS12
51 series. The only difference is on the assembling of the @samp{movb}
52 and @samp{movw} instruction when a PC-relative operand is used.
54 @cindex @samp{-mm9s12x}
57 similar to @samp{-m68hc12} but specifies to assemble for the S12X
60 @cindex @samp{-mm9s12xg}
65 @cindex @samp{--xgate-ramoffset}
[all …]
H A Dc-mmix.texi30 @cindex @samp{--fixed-special-register-names} command-line option, MMIX
31 When @samp{--fixed-special-register-names} is specified, only the register
35 @cindex @samp{--globalize-symbols} command-line option, MMIX
36 You can use the @samp{--globalize-symbols} to make all symbols global.
40 @cindex @samp{--gnu-syntax} command-line option, MMIX
41 The @samp{--gnu-syntax} turns off most syntax compatibility with
44 @cindex @samp{--relax} command-line option, MMIX
45 The @samp{--relax} option is not fully supported, but will eventually make
48 @cindex @samp{--no-predefined-syms} command-line option, MMIX
52 @samp{--no-predefined-syms}. This turns off built-in predefined
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H A Dc-xgate.texi33 @cindex @samp{-mshort}
39 @cindex @samp{-mlong}
43 @cindex @samp{-mshort-double}
48 @cindex @samp{-mlong-double}
52 @cindex @samp{--print-insn-syntax}
54 You can use the @samp{--print-insn-syntax} option to obtain the
57 @cindex @samp{--print-opcodes}
59 The @samp{--print-opcodes} option prints the list of all the
73 (@samp{,}). @code{@value{AS}} will complain if too many operands are specified
85 The presence of a @samp{;} character or a @samp{!} character anywhere
[all …]
H A Dc-m68k.texi32 @table @samp
34 @cindex @samp{-march=} command-line option, M680x0
52 @cindex @samp{-mcpu=} command-line option, M680x0
59 @cindex @samp{-m[no-]68851} command-line option, M680x0
60 @cindex @samp{-m[no-]68881} command-line option, M680x0
61 @cindex @samp{-m[no-]div} command-line option, M680x0
62 @cindex @samp{-m[no-]usp} command-line option, M680x0
63 @cindex @samp{-m[no-]float} command-line option, M680x0
64 @cindex @samp{-m[no-]mac} command-line option, M680x0
65 @cindex @samp{-m[no-]emac} command-line option, M680x0
[all …]
H A Dc-hppa.texi64 @samp{;} is the line comment character.
66 @samp{!} can be used instead of a newline to separate statements.
68 Since @samp{$} has no special meaning, you may use it in symbol names.
117 @var{param} may be any of @samp{frame} (frame size), @samp{entry_gr} (end of
118 general register range), @samp{entry_fr} (end of float register range),
119 @samp{entry_sr} (end of space register range).
121 The values for @var{flag} are @samp{calls} or @samp{caller} (proc has
122 subroutines), @samp{no_calls} (proc does not call subroutines), @samp{save_rp}
123 (preserve return pointer), @samp{save_sp} (proc preserves stack pointer),
124 @samp{no_unwind} (do not unwind this proc), @samp{hpux_int} (proc is interrupt
[all …]
H A Dc-ia64.texi83 These options control what the assembler will do when the @samp{hint.b}
85 @samp{hint.b}. @code{-mint.b=warning} will make the assembler issue a
86 warning when @samp{hint.b} is used. @code{-mhint.b=error} will make
87 the assembler treat @samp{hint.b} as an error, which is the default.
130 @samp{//} is the line comment token.
135 @samp{;} can be used instead of a newline to separate statements.
142 The 128 integer registers are referred to as @samp{r@var{n}}.
143 The 128 floating-point registers are referred to as @samp{f@var{n}}.
144 The 128 application registers are referred to as @samp{ar@var{n}}.
145 The 128 control registers are referred to as @samp{cr@var{n}}.
[all …]
H A Dc-nds32.texi135 Use @samp{#} at column 1 and @samp{!} anywhere in the line except inside
139 should be separated by @samp{;}.
142 For example, @samp{jral F1} is different from @samp{jral f1} while it is
143 the same as @samp{JRAL F1}.
178 load 32-bit integer into register rt5. @samp{sethi rt5,hi20(imm32)} and then
179 @samp{ori rt5,reg,lo12(imm32)}.
182 Load 32-bit address of var into register rt5. @samp{sethi rt5,hi20(var)} and
183 then @samp{ori reg,rt5,lo12(var)}
186 Load value of var into register rt5. @samp{sethi $ta,hi20(var)} and then
187 @samp{l[bhw]i rt5,[$ta+lo12(var)]}
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/netbsd-src/external/gpl3/binutils/dist/gas/doc/
H A Dc-i386.texi58 @cindex @samp{--32} option, i386
59 @cindex @samp{--32} option, x86-64
60 @cindex @samp{--x32} option, i386
61 @cindex @samp{--x32} option, x86-64
62 @cindex @samp{--64} option, i386
63 @cindex @samp{--64} option, x86-64
65 Select the word size, either 32 bits or 64 bits. @samp{--32}
66 implies Intel i386 architecture, while @samp{--x32} and @samp{--64}
81 @cindex @samp{--divide} option, i386
83 On SVR4-derived platforms, the character @samp{/} is treated as a comment
[all …]
H A Dc-s12z.texi31 @table @samp
34 @cindex @samp{-mreg-prefix=@var{prefix}} option, reg-prefix
35 You can use the @samp{-mreg-prefix=@var{pfx}} option to indicate
44 @cindex @samp{-mdollar-hex} option, dollar-hex
46 The @samp{-mdollar-hex} option affects the way that literal hexadecimal constants
48 the @samp{$} character as the start of a hexadecimal integer constant. Without
49 this option, the standard value of @samp{0x} is expected.
51 If you use this option, then you cannot have symbol names starting with @samp{$}.
52 @samp{-mdollar-hex} is implied if the @samp{--traditional-format}
76 Operands are separated by a comma (@samp{,}).
[all …]
H A Dc-sparc.texi79 Use one of the @samp{-A} options to select one of the SPARC
84 @samp{-Av8plus}, @samp{-Av8plusa}, @samp{-Av8plusb}, @samp{-Av8plusc},
85 @samp{-Av8plusd}, and @samp{-Av8plusv} select a 32 bit environment.
87 @samp{-Av9}, @samp{-Av9a}, @samp{-Av9b}, @samp{-Av9c}, @samp{-Av9d},
88 @samp{-Av9e}, @samp{-Av9v} and @samp{-Av9m} select a 64 bit
92 @samp{-Av8plusa} and @samp{-Av9a} enable the SPARC V9 instruction set with
95 @samp{-Av8plusb} and @samp{-Av9b} enable the UltraSPARC VIS 2.0 instructions,
96 as well as the instructions enabled by @samp{-Av8plusa} and @samp{-Av9a}.
98 @samp{-Av8plusc} and @samp{-Av9c} enable the UltraSPARC Niagara instructions,
99 as well as the instructions enabled by @samp{-Av8plusb} and @samp{-Av9b}.
[all …]
H A Dc-m68hc11.texi34 @cindex @samp{-m68hc11}
40 @cindex @samp{-m68hc12}
47 @cindex @samp{-m68hcs12}
50 similar to @samp{-m68hc12} but specifies to assemble for the 68HCS12
51 series. The only difference is on the assembling of the @samp{movb}
52 and @samp{movw} instruction when a PC-relative operand is used.
54 @cindex @samp{-mm9s12x}
57 similar to @samp{-m68hc12} but specifies to assemble for the S12X
60 @cindex @samp{-mm9s12xg}
65 @cindex @samp{--xgate-ramoffset}
[all …]
H A Dc-mmix.texi30 @cindex @samp{--fixed-special-register-names} command-line option, MMIX
31 When @samp{--fixed-special-register-names} is specified, only the register
35 @cindex @samp{--globalize-symbols} command-line option, MMIX
36 You can use the @samp{--globalize-symbols} to make all symbols global.
40 @cindex @samp{--gnu-syntax} command-line option, MMIX
41 The @samp{--gnu-syntax} turns off most syntax compatibility with
44 @cindex @samp{--relax} command-line option, MMIX
45 The @samp{--relax} option is not fully supported, but will eventually make
48 @cindex @samp{--no-predefined-syms} command-line option, MMIX
52 @samp{--no-predefined-syms}. This turns off built-in predefined
[all …]
H A Dc-xgate.texi33 @cindex @samp{-mshort}
39 @cindex @samp{-mlong}
43 @cindex @samp{-mshort-double}
48 @cindex @samp{-mlong-double}
52 @cindex @samp{--print-insn-syntax}
54 You can use the @samp{--print-insn-syntax} option to obtain the
57 @cindex @samp{--print-opcodes}
59 The @samp{--print-opcodes} option prints the list of all the
73 (@samp{,}). @code{@value{AS}} will complain if too many operands are specified
85 The presence of a @samp{;} character or a @samp{!} character anywhere
[all …]
H A Dc-m68k.texi32 @table @samp
34 @cindex @samp{-march=} command-line option, M680x0
52 @cindex @samp{-mcpu=} command-line option, M680x0
59 @cindex @samp{-m[no-]68851} command-line option, M680x0
60 @cindex @samp{-m[no-]68881} command-line option, M680x0
61 @cindex @samp{-m[no-]div} command-line option, M680x0
62 @cindex @samp{-m[no-]usp} command-line option, M680x0
63 @cindex @samp{-m[no-]float} command-line option, M680x0
64 @cindex @samp{-m[no-]mac} command-line option, M680x0
65 @cindex @samp{-m[no-]emac} command-line option, M680x0
[all …]
H A Dc-hppa.texi64 @samp{;} is the line comment character.
66 @samp{!} can be used instead of a newline to separate statements.
68 Since @samp{$} has no special meaning, you may use it in symbol names.
117 @var{param} may be any of @samp{frame} (frame size), @samp{entry_gr} (end of
118 general register range), @samp{entry_fr} (end of float register range),
119 @samp{entry_sr} (end of space register range).
121 The values for @var{flag} are @samp{calls} or @samp{caller} (proc has
122 subroutines), @samp{no_calls} (proc does not call subroutines), @samp{save_rp}
123 (preserve return pointer), @samp{save_sp} (proc preserves stack pointer),
124 @samp{no_unwind} (do not unwind this proc), @samp{hpux_int} (proc is interrupt
[all …]
H A Dc-ia64.texi83 These options control what the assembler will do when the @samp{hint.b}
85 @samp{hint.b}. @code{-mint.b=warning} will make the assembler issue a
86 warning when @samp{hint.b} is used. @code{-mhint.b=error} will make
87 the assembler treat @samp{hint.b} as an error, which is the default.
130 @samp{//} is the line comment token.
135 @samp{;} can be used instead of a newline to separate statements.
142 The 128 integer registers are referred to as @samp{r@var{n}}.
143 The 128 floating-point registers are referred to as @samp{f@var{n}}.
144 The 128 application registers are referred to as @samp{ar@var{n}}.
145 The 128 control registers are referred to as @samp{cr@var{n}}.
[all …]
/netbsd-src/external/gpl2/xcvs/dist/doc/
H A Dgetdate.texi95 @samp{last} stands for @math{-1}, @samp{this} stands for 0, and
96 @samp{first} and @samp{next} both stand for 1. Because the word
97 @samp{second} stands for the unit of time there is no way to write the
98 ordinal number 2, but for convenience @samp{third} stands for 3,
99 @samp{fourth} for 4, @samp{fifth} for 5,
100 @samp{sixth} for 6, @samp{seventh} for 7, @samp{eighth} for 8,
101 @samp{ninth} for 9, @samp{tenth} for 10, @samp{eleventh} for 11 and
102 @samp{twelfth} for 12.
111 abbreviations like @samp{AM}, @samp{DST}, @samp{EST}, @samp{first},
112 @samp{January}, @samp{Sunday}, @samp{tomorrow}, and @samp{year}.
[all …]
H A Dgetdate-cvs.texi102 @samp{last} stands for @math{-1}, @samp{this} stands for 0, and
103 @samp{first} and @samp{next} both stand for 1. Because the word
104 @samp{second} stands for the unit of time there is no way to write the
105 ordinal number 2, but for convenience @samp{third} stands for 3,
106 @samp{fourth} for 4, @samp{fifth} for 5,
107 @samp{sixth} for 6, @samp{seventh} for 7, @samp{eighth} for 8,
108 @samp{ninth} for 9, @samp{tenth} for 10, @samp{eleventh} for 11 and
109 @samp{twelfth} for 12.
118 abbreviations like @samp{AM}, @samp{DST}, @samp{EST}, @samp{first},
119 @samp{January}, @samp{Sunday}, @samp{tomorrow}, and @samp{year}.
[all …]
/netbsd-src/external/gpl3/binutils.old/dist/binutils/doc/
H A Ddebug.options.texi15 Displays the contents of the @samp{.debug_abbrev} section.
19 Displays the contents of the @samp{.debug_addr} section.
23 Displays the contents of the @samp{.debug_cu_index} and/or
24 @samp{.debug_tu_index} sections.
28 Display the raw contents of a @samp{.debug_frame} section.
32 Display the interpreted contents of a @samp{.debug_frame} section.
36 Displays the contents of the @samp{.gdb_index} and/or
37 @samp{.debug_names} sections.
41 Displays the contents of the @samp{.debug_info} section. Note: the
47 Displays the contents of the @samp{.gnu_debuglink},
[all …]
/netbsd-src/external/gpl3/binutils/dist/binutils/doc/
H A Ddebug.options.texi15 Displays the contents of the @samp{.debug_abbrev} section.
19 Displays the contents of the @samp{.debug_addr} section.
23 Displays the contents of the @samp{.debug_cu_index} and/or
24 @samp{.debug_tu_index} sections.
28 Display the raw contents of a @samp{.debug_frame} section.
32 Display the interpreted contents of a @samp{.debug_frame} section.
36 Displays the contents of the @samp{.gdb_index} and/or
37 @samp{.debug_names} sections.
41 Displays the contents of the @samp{.debug_info} section. Note: the
47 Displays the contents of the @samp{.gnu_debuglink},
[all …]
/netbsd-src/external/gpl3/binutils/dist/bfd/doc/
H A Dbfdint.texi121 programs like @samp{gdb}, @samp{nm}, @samp{objdump}, and @samp{objcopy}.
126 programs like @samp{gas} and @samp{objcopy}. These programs use BFD to
132 are used by @samp{objcopy} to avoid information loss.
135 linker, @samp{ld}. Originally, @samp{ld} was an object file reader and
160 BFD describes a file as a pointer to the @samp{bfd} type. A @samp{bfd}
162 displayed using the @samp{objdump} program with various options.
176 BFD represents a section as a pointer to the @samp{asection} type. Each
183 BFD represents a relocation as a pointer to the @samp{arelent} type. A
189 BFD represents a symbol as a pointer to the @samp{asymbol} type. A
195 @samp{bfd}s. BFD also provides access to the archive symbol map, as a
[all …]
/netbsd-src/external/gpl3/binutils.old/dist/bfd/doc/
H A Dbfdint.texi121 programs like @samp{gdb}, @samp{nm}, @samp{objdump}, and @samp{objcopy}.
126 programs like @samp{gas} and @samp{objcopy}. These programs use BFD to
132 are used by @samp{objcopy} to avoid information loss.
135 linker, @samp{ld}. Originally, @samp{ld} was an object file reader and
160 BFD describes a file as a pointer to the @samp{bfd} type. A @samp{bfd}
162 displayed using the @samp{objdump} program with various options.
176 BFD represents a section as a pointer to the @samp{asection} type. Each
183 BFD represents a relocation as a pointer to the @samp{arelent} type. A
189 BFD represents a symbol as a pointer to the @samp{asymbol} type. A
195 @samp{bfd}s. BFD also provides access to the archive symbol map, as a
[all …]

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