+1998-06-14 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * sysdeps/generic/elf/backtracesyms.c: Make array elements
+ constant.
+ * sysdeps/generic/backtracesyms.c: Likewise. Fix type of RESULT.
+ * debug/execinfo.h: Update declaration.
+
+1998-06-14 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * sysdeps/generic/elf/backtracesyms.c: Make array elements constant.
+ * sysdeps/generic/backtracesyms.c: Likewise. Fix type of RESULT.
+ * debug/execinfo.h: Update declaration.
+
+1998-06-13 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * manual/llio.texi: Fix spelling.
+ * manual/sysinfo.texi: Fix spelling.
+
+1998-06-13 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * misc/hsearch.c (__hdestroy): Renamed from hdestroy, create weak
+ alias for old name. Put this on __libc_subfreeres.
+ * misc/search.h: Declare it.
+
+1998-06-13 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * string/bits/string2.h (strcmp): Add missing parens around macro
+ parameters.
+
1998-06-12 23:34 Ulrich Drepper <drepper@cygnus.com>
* manual/arith.texi: Fix problem with @math and texinfo.tex.
/* Return names of functions from the backtrace list in ARRAY in a newly
malloc()ed memory block. */
-extern char **__backtrace_symbols __P ((__const void **__array, int __size));
-extern char **backtrace_symbols __P ((__const void **__array, int __size));
+extern char **__backtrace_symbols __P ((void *__const *__array, int __size));
+extern char **backtrace_symbols __P ((void *__const *__array, int __size));
__END_DECLS
+1998-06-14 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
+
+ * locales/sk_SK: Add repertoiremap.
+
1998-05-12 Andreas Schwab <schwab@issan.informatik.uni-dortmund.de>
* locales/ru_SU: Add repertoiremap.
escape_char /
comment_char %
+repertoiremap mnemonic.ds
%
% Slovak Language Locale for Slovak
-% Source:
+% Source:
% Address: Narcisov<a'> 56, SK-821 01 Bratislava, Slovak Republic
% Contact: Stanislav Meduna
% Email: stano@eunet.sk
% Charset: ISO-8859-2
% Distribution and use is free, also for commercial purposes.
-% 1997-05-14: Odvodené z cs_CZ locale Vladimíra Michla.
+% 1997-05-14: Odvodené z cs_CZ locale Vladimíra Michla.
% Collate algoritmy prevzaté bezo zmien (norma bola rovnaká),
% vysvetlenie pozri cs_CZ
%% ekvivalenty yes/no
%% -------------------------
-LC_MESSAGES
+LC_MESSAGES
yesexpr "<<(><a><A><a'><A'><y><Y><)/>><.><*>"
noexpr "<<(><n><N><)/>><.><*>"
the difference is that on 32 bits systems the file is opened in the
large file mode. I.e., file length and file offsets can exceed 31 bits.
-To use this file descriptor one must not use the normal operations but
-instead the counterparts named @code{*64}, e.g., @code{read64}.
-
When the sources are translated with @code{_FILE_OFFSET_BITS == 64} this
function is actually available under the name @code{open}. I.e., the
new, extended API using 64 bit file sizes and offsets transparently
When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} the
@code{truncate} function is in fact @code{truncate64} and the type
@code{off_t} has 64 bits which makes it possible to handle files up to
-@math{2^63} bytes.
+@math{2^63} bytes in length.
The return value is zero is everything went ok. Otherwise the return
value is @math{-1} and the global variable @var{errno} is set to:
@comment Unix98
@deftypefun int truncate64 (const char *@var{name}, off64_t @var{length})
This function is similar to the @code{truncate} function. The
-difference is that the @var{length} argument is even on 32 bits machines
-64 bits wide which allows to handle file with a size up to @math{2^63}
+difference is that the @var{length} argument is 64 bits wide even on 32
+bits machines which allows to handle file with a size up to @math{2^63}
bytes.
-When the sources are defined using @code{_FILE_OFFSET_BITS == 64} on a
+When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} on a
32 bits machine this function is actually available under the name
@code{truncate} and so transparently replaces the 32 bits interface.
@end deftypefun
When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} the
@code{ftruncate} function is in fact @code{ftruncate64} and the type
@code{off_t} has 64 bits which makes it possible to handle files up to
-@math{2^63} bytes.
+@math{2^63} bytes in length.
On success the function returns zero. Otherwise it returns @math{-1}
and set @var{errno} to one of these values:
@comment Unix98
@deftypefun int ftruncate64 (int @var{id}, off64_t @var{length})
This function is similar to the @code{ftruncate} function. The
-difference is that the @var{length} argument is even on 32 bits machines
-64 bits wide which allows to handle file with a size up to @math{2^63}
+difference is that the @var{length} argument is 64 bits wide even on 32
+bits machines which allows to handle file with a size up to @math{2^63}
bytes.
-When the sources are defined using @code{_FILE_OFFSET_BITS == 64} on a
+When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} on a
32 bits machine this function is actually available under the name
@code{ftruncate} and so transparently replaces the 32 bits interface.
@end deftypefun
When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} the
@code{pread} function is in fact @code{pread64} and the type
@code{off_t} has 64 bits which makes it possible to handle files up to
-@math{2^63} bytes.
+@math{2^63} bytes in length.
The return value of @code{pread} describes the number of bytes read.
In the error case it returns @math{-1} like @code{read} does and the
This function is similar to the @code{pread} function. The difference
is that the @var{offset} parameter is of type @code{off64_t} instead of
@code{off_t} which makes it possible on 32 bits machines to address
-files larger then @math{2^31} bytes and up to @math{2^63} bytes. The
+files larger than @math{2^31} bytes and up to @math{2^63} bytes. The
file descriptor @code{filedes} must be opened using @code{open64} since
otherwise the large offsets possible with @code{off64_t} will lead to
errors with a descriptor in small file mode.
-When the sources are defined using @code{_FILE_OFFSET_BITS == 64} on a
+When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} on a
32 bits machine this function is actually available under the name
@code{pread} and so transparently replaces the 32 bits interface.
@end deftypefun
When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} the
@code{pwrite} function is in fact @code{pwrite64} and the type
@code{off_t} has 64 bits which makes it possible to handle files up to
-@math{2^63} bytes.
+@math{2^63} bytes in length.
The return value of @code{pwrite} describes the number of written bytes.
In the error case it returns @math{-1} like @code{write} does and the
This function is similar to the @code{pwrite} function. The difference
is that the @var{offset} parameter is of type @code{off64_t} instead of
@code{off_t} which makes it possible on 32 bits machines to address
-files larger then @math{2^31} bytes and up to @math{2^63} bytes. The
+files larger than @math{2^31} bytes and up to @math{2^63} bytes. The
file descriptor @code{filedes} must be opened using @code{open64} since
otherwise the large offsets possible with @code{off64_t} will lead to
errors with a descriptor in small file mode.
-When the sources are defined using @code{_FILE_OFFSET_BITS == 64} on a
+When the source file is compiled using @code{_FILE_OFFSET_BITS == 64} on a
32 bits machine this function is actually available under the name
@code{pwrite} and so transparently replaces the 32 bits interface.
@end deftypefun
When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} the
@code{lseek} function is in fact @code{lseek64} and the type
@code{off_t} has 64 bits which makes it possible to handle files up to
-@math{2^63} bytes.
+@math{2^63} bytes in length.
This function is a cancelation point in multi-threaded programs. This
is a problem if the thread allocates some resources (like memory, file
This function is similar to the @code{lseek} function. The difference
is that the @var{offset} parameter is of type @code{off64_t} instead of
@code{off_t} which makes it possible on 32 bits machines to address
-files larger then @math{2^31} bytes and up to @math{2^63} bytes. The
+files larger than @math{2^31} bytes and up to @math{2^63} bytes. The
file descriptor @code{filedes} must be opened using @code{open64} since
otherwise the large offsets possible with @code{off64_t} will lead to
errors with a descriptor in small file mode.
-When the sources are defined using @code{_FILE_OFFSET_BITS == 64} on a
+When the source file is compiled with @code{_FILE_OFFSET_BITS == 64} on a
32 bits machine this function is actually available under the name
@code{lseek} and so transparently replaces the 32 bits interface.
@end deftypefun
@comment Unix98
@deftp {Data Type} off64_t
This type is used similar to @code{off_t}. The difference is that even
-on 32 bits machines, where the @code{off_t} type would 32 bits,
+on 32 bits machines, where the @code{off_t} type would have 32 bits,
@code{off64_t} has 64 bits and so is able to address files up to
@math{2^63} bytes in length.
The POSIX.1b standard defines a new set of I/O operations which can
reduce the time an application spends waiting at I/O significantly. The
new functions allow a program to initiate one or more I/O operations and
-then immediately resume the normal word while the I/O operations are
+then immediately resume the normal work while the I/O operations are
executed in parallel. The functionality is available if the
@file{unistd.h} file defines the symbol @code{_POSIX_ASYNCHRONOUS_IO}.
These functions are part of the library with realtime functions named
@file{librt}. They are not actually part of the @file{libc} binary.
The implementation of these functions can be done using support in the
-kernel )if available) or using a implementation based on threads at
-userlevel. In the later case it might be necessary to link applications
-linked with @file{librt} also with the thread library @file{libthread}.
+kernel (if available) or using an implementation based on threads at
+userlevel. In the latter case it might be necessary to link applications
+with the thread library @file{libthread} in addition to @file{librt}.
-All AIO operations operate on files which previously were opened. There
+All AIO operations operate on files which were opened previously. There
might be arbitrary many operations for one file running. The
asynchronous I/O operations are controlled using a data structure named
@code{struct aiocb} (@dfn{AIO control block}). It is defined in
@item volatile void *aio_buf
This is a pointer to the buffer with the data to be written or the place
-where the ead data is stored.
+where the read data is stored.
@item size_t aio_nbytes
This element specifies the length of the buffer pointed to by @code{aio_buf}.
@item int aio_reqprio
-If for the platform @code{_POSIX_PRIORITIZED_IO} and
-@code{_POSIX_PRIORITY_SCHEDULING} is defined the AIO requests are
+If the platform has defined @code{_POSIX_PRIORITIZED_IO} and
+@code{_POSIX_PRIORITY_SCHEDULING} the AIO requests are
processed based on the current scheduling priority. The
@code{aio_reqprio} element can then be used to lower the priority of the
AIO operation.
@code{SIGEV_NONE} no notification is send. If it is @code{SIGEV_SIGNAL}
the signal determined by @code{sigev_signo} is send. Otherwise
@code{sigev_notify} must be @code{SIGEV_THREAD} in which case a thread
-which starts executing the function pointeed to by
+is created which starts executing the function pointed to by
@code{sigev_notify_function}.
@item int aio_lio_opcode
This element is only used by the @code{lio_listio} and
-@code{[lio_listio64} functions. Since these functions allow to start an
-arbitrary number of operations at once and since each operationcan be
+@code{lio_listio64} functions. Since these functions allow to start an
+arbitrary number of operations at once and since each operation can be
input or output (or nothing) the information must be stored in the
control block. The possible values are:
@comment POSIX.1b
@deftypefun int aio_read (struct aiocb *@var{aiocbp})
This function initiates an asynchronous read operation. The function
-call immediately returns after the operation was enqueued or if before
-this happens an error was encoutered.
+call immediately returns after the operation was enqueued or when an
+error was encoutered.
The first @code{aiocbp->aio_nbytes} bytes of the file for which
-@code{aiocbp->aio_fildes} is an descriptor are written to the buffer
-starting at @code{aiocbp->aio_buf}. @code{aiocbp->aio_fildes} is an
-descriptor. Reading starts at the absolute position
-@code{aiocbp->aio_offset} in the file.
+@code{aiocbp->aio_fildes} is a descriptor are written to the buffer
+starting at @code{aiocbp->aio_buf}. Reading starts at the absolute
+position @code{aiocbp->aio_offset} in the file.
If prioritized I/O is supported by the platform the
@code{aiocbp->aio_reqprio} value is used to adjust the priority before
In the case @code{aio_read} returns zero the current status of the
request can be queried using @code{aio_error} and @code{aio_return}
-questions. As long as the value returned by @code{aio_error} is
+functions. As long as the value returned by @code{aio_error} is
@code{EINPROGRESS} the operation has not yet completed. If
@code{aio_error} returns zero the operation successfully terminated,
otherwise the value is to be interpreted as an error code. If the
@comment Unix98
@deftypefun int aio_read64 (struct aiocb *@var{aiocbp})
This function is similar to the @code{aio_read} function. The only
-difference is that only @w{32 bits} machines the file descriptor should
+difference is that on @w{32 bits} machines the file descriptor should
be opened in the large file mode. Internally @code{aio_read64} uses
functionality equivalent to @code{lseek64} (@pxref{File Position
Primitive}) to position the file descriptor correctly for the reading,
In the case @code{aio_write} returns zero the current status of the
request can be queried using @code{aio_error} and @code{aio_return}
-questions. As long as the value returned by @code{aio_error} is
+functions. As long as the value returned by @code{aio_error} is
@code{EINPROGRESS} the operation has not yet completed. If
@code{aio_error} returns zero the operation successfully terminated,
otherwise the value is to be interpreted as an error code. If the
This member specifies the maximal number of threads which must be used
at any one time.
@item int aio_num
-This number provides an esitmate on the maximal number of simultaneously
+This number provides an estimate on the maximal number of simultaneously
enqueued requests.
@item int aio_locks
@c What?
this variable is passed as the parameter to @code{aio_init} which itself
may or may not pay attention to the hints.
-The function has no return value and no error cases are defined.
+The function has no return value and no error cases are defined. It is
+a extension which follows a proposal from the SGI implementation in
+@w{Irix 6}. It is not covered by POSIX.1b or Unix98.
@end deftypefun
@node Control Operations
The Unix concept of @emph{Everything is a file} is based on the
possibility to @dfn{mount} filesystems or other things into the
filesystem. For some programs it is desirable and necessary to access
-the information whether and if yes, where a certain filesystem is
+the information whether and, if yes, where a certain filesystem is
mounted or simply to get lists of all the available filesystems. The
GNU libc provides some functions to retrieve this information portably.
describes all possibly mounted filesystems. The @code{mount} program
uses this file to mount at startup time of the system all the necessary
filesystems. The information about all the filesystems actually mounted
-is normally kept in a file named @file{/etc/mtab}. Both files shared
-the same synteax and it is crucial that this syntax is followed all the
+is normally kept in a file named @file{/etc/mtab}. Both files share
+the same syntax and it is crucial that this syntax is followed all the
time. Therefore it is best to never directly write the files. The
functions described in this section can do this and they also provide
the functionality to convert the external textual representation to the
@vindex _PATH_MOUNTED
The filenames given above should never be used directly. The portable
way to handle these file is to use the macros @code{_PATH_FSTAB},
-defined in @file{fsab.h} and @code{_PATH_MNTTAB}, defined in
+defined in @file{fstab.h} and @code{_PATH_MNTTAB}, defined in
@file{mntent.h}, respectively. There are also two alternate macro names
@code{FSTAB} and @code{_PATH_MOUNTED} defined but both names are
-depricated and kept only for backward compatibility. The two former
-names always should be used.
+deprecated and kept only for backward compatibility. The two former
+names should always be used.
The internal representation for entries of the file is @w{@code{struct
fstab}}, defined in @file{fstab.h}.
@item char *fs_file
This desribes the mount point on the local system. I.e., accessing any
-file in this filesystem has implicitly or explicitily this string as a
+file in this filesystem has this string implicitly or explicitly as a
prefix.
@item char *fs_vfstype
consists of a name and an optional value part, introduced by an @code{=}
character.
-If the value of this element must be processed it best should happen
+If the value of this element must be processed it should best happen
using the @code{getsubopt} function; see @ref{Suboptions}.
@item const char *fs_type
-This name os poorly chosen. This element points to a string (possibly
+This name is poorly chosen. This element points to a string (possibly
in the @code{fs_mntops} string) which describes the modes with which the
filesystem is mounted. @file{fstab} defines five macros to describe the
possible values:
The filesystems gets mounted with read and write enabled. Write access
is restricted by quotas.
@item FSTAB_RO
-The filesystem get mounted read-only.
+The filesystem gets mounted read-only.
@item FSTAB_SW
-This is no real filesystem, it is a swap device.
+This is not a real filesystem, it is a swap device.
@item FSTAB_XX
This entry from the @file{fstab} file is totally ignored.
@end vtable
Testing for equality with these value must happen using @code{strcmp}
-since these are all strings. Comparing the pointer probably always will
+since these are all strings. Comparing the pointer will probably always
fail.
@item int fs_freq
@item int fs_passno
This element describes the pass number on parallel dumps. It is closely
-related to the actual @code{dump} program used on Unix systems.
+related to the @code{dump} utility used on Unix systems.
@end table
@end deftp
@comment BSD
@deftypefun void endfsent (void)
This function makes sure that all resources acquired by a prior call to
-@code{setfsent} (explicit or implicitly by calling @code{getfsent}) are
+@code{setfsent} (explicitly or implicitly by calling @code{getfsent}) are
freed.
@end deftypefun
The function returns a pointer to an variable of type @code{struct
fstab}. This variable is shared by all threads and therefore this
function is not thread-safe. If an error occurred @code{getfsent}
-return a @code{NULL} pointer.
+returns a @code{NULL} pointer.
@end deftypefun
@comment fstab.h
The function returns a pointer to an variable of type @code{struct
fstab}. This variable is shared by all threads and therefore this
function is not thread-safe. If an error occurred @code{getfsent}
-return a @code{NULL} pointer.
+returns a @code{NULL} pointer.
@end deftypefun
@comment fstab.h
The function returns a pointer to an variable of type @code{struct
fstab}. This variable is shared by all threads and therefore this
function is not thread-safe. If an error occurred @code{getfsent}
-return a @code{NULL} pointer.
+returns a @code{NULL} pointer.
@end deftypefun
-To access the @file{matb} file there is a different set of functions and
+To access the @file{mtab} file there is a different set of functions and
also a different structure to describe the results.
indicates all values for the custumizable values are chosen to be the
default.
@item MNTOPT_RO
-Expand to @code{"ro"}. See the the @code{FSTAB_RO} value, it means the
+Expands to @code{"ro"}. See the the @code{FSTAB_RO} value, it means the
filesystem is mounted read-only.
@item MNTOPT_RW
Expand to @code{"rw"}. See the the @code{FSTAB_RW} value, it means the
started.
@item MNTOPT_NOSUID
Expands to @code{"nosuid"}. This is the opposite of @code{MNTOPT_SUID},
-the SUID bit is for all files from the filesystem ignored.
+the SUID bit for all files from the filesystem is ignored.
@item MNTOPT_NOAUTO
Expands to @code{"noauto"}. At startup time the @code{mount} program
will ignore this entry if it is started with the @code{-a} option to
For accessing the @file{mtab} file there is again a set of three
functions to access all entries in a row. Unlike the functions to
handle @file{fstab} these functions do not access a fixed file and there
-even is a thread safe variant of the get-function. Beside this the GNU
-libc contains function to alter the file and test for specific options.
+is even a thread safe variant of the get function. Beside this the GNU
+libc contains functions to alter the file and test for specific options.
@comment mntent.h
@comment BSD
previously was returned from the @code{setmntent} call.
@code{endmntent} closes the stream and frees all resources.
-The return value is @code{1} unless an error occurred in which case it
-is @code{0}.
+The return value is @math{1} unless an error occurred in which case it
+is @math{0}.
@end deftypefun
@comment mntent.h
This function is not thread-safe since all calls to this function return
a pointer to the same static variable. @code{getmntent_r} should be
-used in situations where multiple threads access use the file.
+used in situations where multiple threads access the file.
@end deftypefun
@comment mntent.h
the strings pointed to by the elements of the result) are kept in the
buffer of size @var{bufsize} pointed to by @var{buffer}.
-The function return in error cases a @code{NULL} pointer. Errors could be:
+The function returns a @code{NULL} pointer in error cases. Errors could be:
@itemize @bullet
@item
error while reading the file,
@comment mntent.h
@comment BSD
@deftypefun int addmntent (FILE *@var{stream}, const struct mntent *@var{mnt})
-The @code{addmntent} function allows to add new entry to the file
+The @code{addmntent} function allows to add a new entry to the file
previously opened with @code{setmntent}. The new entries are always
appended. I.e., even if the position of the file descriptor is not at
-the end of the file this function does not overwrite an existing
+the end of the file this function does not overwrite an existing entry
following the current position.
The implication of this is that to remove an entry from a file one has
closing the file remove the old one and rename the new file to the
chosen name.
-This function returns @code{0} in case the operation was successful.
-Otherwise the return value is @code{1} and @code{errno} is set
+This function returns @math{0} in case the operation was successful.
+Otherwise the return value is @math{1} and @code{errno} is set
appropriately.
@end deftypefun
@code{mnt_opts} element of the variable pointed to by @var{mnt} contains
the option @var{opt}. If this is true a pointer to the beginning of the
option in the @code{mnt_opts} element is returned. If no such option
-exist the function returns @code{NULL}.
+exists the function returns @code{NULL}.
This function is useful to test whether a specific option is present but
when all options have to be processed one is better off with using the
-/* Copyright (C) 1993, 1995, 1996, 1997 Free Software Foundation, Inc.
+/* Copyright (C) 1993, 1995, 1996, 1997, 1998 Free Software Foundation, Inc.
Contributed by Ulrich Drepper <drepper@gnu.ai.mit.edu>
This file is part of the GNU C Library.
void
-hdestroy ()
+__hdestroy ()
{
hdestroy_r (&htab);
}
+weak_alias (__hdestroy, hdestroy)
/* Make sure the table is freed if we want to free everything before
exiting. */
-text_set_element (__libc_subfreeres, hdestroy);
+text_set_element (__libc_subfreeres, __hdestroy);
/* Declarations for System V style searching functions.
- Copyright (C) 1995, 1996, 1997 Free Software Foundation, Inc.
+ Copyright (C) 1995, 1996, 1997, 1998 Free Software Foundation, Inc.
This file is part of the GNU C Library.
The GNU C Library is free software; you can redistribute it and/or
extern int hcreate __P ((size_t __nel));
/* Destroy current internal hashing table. */
+extern void __hdestroy __P ((void));
extern void hdestroy __P ((void));
#ifdef __USE_GNU
(__extension__ (__builtin_constant_p (s1) && __builtin_constant_p (s2) \
&& (!__string2_1bptr_p (s1) || strlen (s1) >= 4) \
&& (!__string2_1bptr_p (s2) || strlen (s2) >= 4) \
- ? memcmp ((__const char *) s1, (__const char *) s2, \
+ ? memcmp ((__const char *) (s1), (__const char *) (s2), \
(strlen (s1) < strlen (s2) \
? strlen (s1) : strlen (s2)) + 1) \
: (__builtin_constant_p (s1) && __string2_1bptr_p (s1) \
char **
__backtrace_symbols (array, size)
- const void **array;
+ void *const *array;
int size;
{
int cnt;
size_t total = 0;
- const char **result;
+ char **result;
/* We can compute the text size needed for the symbols since we print
them all as "[%<addr>]". */
char **
__backtrace_symbols (array, size)
- const void **array;
+ void *const *array;
int size;
{
Dl_info info[size];
projects / platform / upstream / linaro-glibc.git / commitdiff