wording changes

This commit is contained in:
David MacKenzie 1994-08-30 01:30:34 +00:00
parent 611bda3d8b
commit 1cd2e5a86a
2 changed files with 30 additions and 24 deletions

View File

@ -533,7 +533,7 @@ and @code{#undef} statements and their accompanying comments. If
@samp{@@TOP@@} into the top of the file that it generates. Similarly,
if @file{./acconfig.h} contains the string @samp{@@BOTTOM@@},
@code{autoheader} copies the lines after that line to the end of the
file it generates. Either of those strings may be omitted.
file it generates. Either or both of those strings may be omitted.
An obsolete way to produce the same effect is to create the files
@file{@var{file}.top} (typically @file{config.h.top}) and/or
@ -1652,7 +1652,7 @@ to be the C (or C++) builtin type @var{default}, e.g. @samp{short} or
@maindex CHECK_SIZEOF
Define @code{SIZEOF_@var{uctype}} to be the size in bytes of the C (or
C++) builtin type @var{type}, e.g. @samp{int} or @samp{char *}. If
@samp{type} is unknown to the compiler, gets a size of 0. @var{uctype}
@samp{type} is unknown to the compiler, it gets a size of 0. @var{uctype}
is @var{type}, with lowercase converted to uppercase, spaces changed to
underscores, and asterisks changed to @samp{P}. For example, the call
@example
@ -1686,7 +1686,7 @@ These macros check for particular C functions.
@cvindex HAVE_ALLOCA_H
Check how to get @code{alloca}. Tries to get a builtin version by
checking for @file{alloca.h} or the predefined C preprocessor macros
@code{__GNUC__} and @code{_AIX}. If that fails, it looks for a function
@code{__GNUC__} and @code{_AIX}. If that fails, it looks for the function
in the standard C library. If any of those methods succeed, it defines
@code{HAVE_ALLOCA}. Otherwise, it sets the @code{make}
variable @code{ALLOCA} to @samp{alloca.o} and defines @code{C_ALLOCA}
@ -3443,7 +3443,9 @@ C++ features.
@defvar DEFS
@samp{-D} options to pass to the C compiler. If @code{AC_CONFIG_HEADER}
is called, @code{configure} replaces @samp{@@DEFS@@} with
@samp{-DHAVE_CONFIG_H} instead.
@samp{-DHAVE_CONFIG_H} instead. This variable is not defined while
@code{configure} is performing its tests, only when creating the output
files. @xref{Setting Variables}, for more information.
@end defvar
@defvar LDFLAGS
@ -4015,8 +4017,8 @@ Rich Murphey, the maintainer of the GNU graphics utilities, sent me mail
saying that the @code{configure} scripts were great, and asking if I had
a tool for generating them that I could send him. No, I thought, but
I should! So I started to work out how to generate them. And the
journey from the bondage of hand-written @file{configure} scripts to the
ease of Autoconf began.
journey from the slavery of hand-written @file{configure} scripts to the
freedom of Autoconf began.
Cygnus @code{configure}, which was being developed at around that time,
is table driven; it is meant to deal mainly with a discrete number of
@ -4040,11 +4042,12 @@ I looked briefly into using Larry Wall's Metaconfig program, but I
decided not to for several reasons. The @code{Configure} scripts it
produces are interactive, which I find quite inconvenient; I didn't like
the ways it checked for some features (such as library functions); it
was not being maintained, and its scripts didn't work on many modern
systems (such as System V R4 and NeXT); it wasn't very flexible in what
it could do in response to a feature's presence or absence; I found it
confusing to learn; and it was too big and complex for my needs (I
didn't realize then how much Autoconf would eventually have to grow).
was not being maintained at that time, and its scripts didn't work on
many modern systems (such as System V R4 and NeXT); it wasn't very
flexible in what it could do in response to a feature's presence or
absence; I found it confusing to learn; and it was too big and complex
for my needs (I didn't realize then how much Autoconf would eventually
have to grow).
I considered using Perl to generate my style of @code{configure} scripts,
but decided that @code{m4} was better suited to the job of simple
@ -4061,7 +4064,7 @@ out a new language.
Since my @code{configure} scripts determine the system's capabilities
automatically, with no interactive user intervention, I decided to call
the program that generates them Autoconfig. But with a version number
tacked on, that name would be too long for System V R3 file systems, so
tacked on, that name would be too long for old Unix file systems, so
I shortened it to Autoconf.
In the fall of 1991 I called together a group of priests of portability

View File

@ -533,7 +533,7 @@ and @code{#undef} statements and their accompanying comments. If
@samp{@@TOP@@} into the top of the file that it generates. Similarly,
if @file{./acconfig.h} contains the string @samp{@@BOTTOM@@},
@code{autoheader} copies the lines after that line to the end of the
file it generates. Either of those strings may be omitted.
file it generates. Either or both of those strings may be omitted.
An obsolete way to produce the same effect is to create the files
@file{@var{file}.top} (typically @file{config.h.top}) and/or
@ -1652,7 +1652,7 @@ to be the C (or C++) builtin type @var{default}, e.g. @samp{short} or
@maindex CHECK_SIZEOF
Define @code{SIZEOF_@var{uctype}} to be the size in bytes of the C (or
C++) builtin type @var{type}, e.g. @samp{int} or @samp{char *}. If
@samp{type} is unknown to the compiler, gets a size of 0. @var{uctype}
@samp{type} is unknown to the compiler, it gets a size of 0. @var{uctype}
is @var{type}, with lowercase converted to uppercase, spaces changed to
underscores, and asterisks changed to @samp{P}. For example, the call
@example
@ -1686,7 +1686,7 @@ These macros check for particular C functions.
@cvindex HAVE_ALLOCA_H
Check how to get @code{alloca}. Tries to get a builtin version by
checking for @file{alloca.h} or the predefined C preprocessor macros
@code{__GNUC__} and @code{_AIX}. If that fails, it looks for a function
@code{__GNUC__} and @code{_AIX}. If that fails, it looks for the function
in the standard C library. If any of those methods succeed, it defines
@code{HAVE_ALLOCA}. Otherwise, it sets the @code{make}
variable @code{ALLOCA} to @samp{alloca.o} and defines @code{C_ALLOCA}
@ -3443,7 +3443,9 @@ C++ features.
@defvar DEFS
@samp{-D} options to pass to the C compiler. If @code{AC_CONFIG_HEADER}
is called, @code{configure} replaces @samp{@@DEFS@@} with
@samp{-DHAVE_CONFIG_H} instead.
@samp{-DHAVE_CONFIG_H} instead. This variable is not defined while
@code{configure} is performing its tests, only when creating the output
files. @xref{Setting Variables}, for more information.
@end defvar
@defvar LDFLAGS
@ -4015,8 +4017,8 @@ Rich Murphey, the maintainer of the GNU graphics utilities, sent me mail
saying that the @code{configure} scripts were great, and asking if I had
a tool for generating them that I could send him. No, I thought, but
I should! So I started to work out how to generate them. And the
journey from the bondage of hand-written @file{configure} scripts to the
ease of Autoconf began.
journey from the slavery of hand-written @file{configure} scripts to the
freedom of Autoconf began.
Cygnus @code{configure}, which was being developed at around that time,
is table driven; it is meant to deal mainly with a discrete number of
@ -4040,11 +4042,12 @@ I looked briefly into using Larry Wall's Metaconfig program, but I
decided not to for several reasons. The @code{Configure} scripts it
produces are interactive, which I find quite inconvenient; I didn't like
the ways it checked for some features (such as library functions); it
was not being maintained, and its scripts didn't work on many modern
systems (such as System V R4 and NeXT); it wasn't very flexible in what
it could do in response to a feature's presence or absence; I found it
confusing to learn; and it was too big and complex for my needs (I
didn't realize then how much Autoconf would eventually have to grow).
was not being maintained at that time, and its scripts didn't work on
many modern systems (such as System V R4 and NeXT); it wasn't very
flexible in what it could do in response to a feature's presence or
absence; I found it confusing to learn; and it was too big and complex
for my needs (I didn't realize then how much Autoconf would eventually
have to grow).
I considered using Perl to generate my style of @code{configure} scripts,
but decided that @code{m4} was better suited to the job of simple
@ -4061,7 +4064,7 @@ out a new language.
Since my @code{configure} scripts determine the system's capabilities
automatically, with no interactive user intervention, I decided to call
the program that generates them Autoconfig. But with a version number
tacked on, that name would be too long for System V R3 file systems, so
tacked on, that name would be too long for old Unix file systems, so
I shortened it to Autoconf.
In the fall of 1991 I called together a group of priests of portability