+2016-12-21 Rical Jasan <ricaljasan@pacific.net>
+
+ * manual/nss.texi: Change incorrect @vtable to @table.
+ * manual/arith.texi: Convert @tables of variables to @vtables
+ and remove unnecessary indexing.
+ * manual/filesys.texi: Likewise.
+ * manual/llio.texi: Likewise.
+ * manual/memory.texi: Likewise.
+ * manual/process.texi: Likewise.
+ * manual/resource.texi: Likewise.
+ * manual/search.texi: Likewise.
+ * manual/signal.texi: Likewise.
+ * manual/socket.texi: Likewise.
+ * manual/stdio.texi: Likewise.
+ * manual/sysinfo.texi: Likewise.
+ * manual/syslog.texi: Likewise.
+ * manual/terminal.texi: Likewise.
+ * manual/time.texi: Likewise.
+ * manual/users.texi: Likewise.
+
2016-12-21 Joseph Myers <joseph@codesourcery.com>
* math/bits/mathcalls.h [__GLIBC_USE (IEC_60559_BFP_EXT)]
various rounding modes. Each one will be defined if and only if the FPU
supports the corresponding rounding mode.
-@table @code
+@vtable @code
@comment fenv.h
@comment ISO
-@vindex FE_TONEAREST
@item FE_TONEAREST
Round to nearest.
@comment fenv.h
@comment ISO
-@vindex FE_UPWARD
@item FE_UPWARD
Round toward @math{+@infinity{}}.
@comment fenv.h
@comment ISO
-@vindex FE_DOWNWARD
@item FE_DOWNWARD
Round toward @math{-@infinity{}}.
@comment fenv.h
@comment ISO
-@vindex FE_TOWARDZERO
@item FE_TOWARDZERO
Round toward zero.
-@end table
+@end vtable
Underflow is an unusual case. Normally, @w{IEEE 754} floating point
numbers are always normalized (@pxref{Floating Point Concepts}).
int (*) (const char *, const struct stat *, int, struct FTW *)
@end smallexample
-@vindex FTW_DP
-@vindex FTW_SLN
The first three arguments are the same as for the @code{__ftw_func_t}
type. However for the third argument some additional values are defined
to allow finer differentiation:
-@table @code
+@vtable @code
@item FTW_DP
The current item is a directory and all subdirectories have already been
visited and reported. This flag is returned instead of @code{FTW_D} if
@item FTW_SLN
The current item is a stale symbolic link. The file it points to does
not exist.
-@end table
+@end vtable
The last parameter of the callback function is a pointer to a structure
with some extra information as described below.
These are the symbolic names for the different file type codes:
-@table @code
+@vtable @code
@comment sys/stat.h
@comment BSD
@item S_IFDIR
-@vindex S_IFDIR
This is the file type constant of a directory file.
@comment sys/stat.h
@comment BSD
@item S_IFCHR
-@vindex S_IFCHR
This is the file type constant of a character-oriented device file.
@comment sys/stat.h
@comment BSD
@item S_IFBLK
-@vindex S_IFBLK
This is the file type constant of a block-oriented device file.
@comment sys/stat.h
@comment BSD
@item S_IFREG
-@vindex S_IFREG
This is the file type constant of a regular file.
@comment sys/stat.h
@comment BSD
@item S_IFLNK
-@vindex S_IFLNK
This is the file type constant of a symbolic link.
@comment sys/stat.h
@comment BSD
@item S_IFSOCK
-@vindex S_IFSOCK
This is the file type constant of a socket.
@comment sys/stat.h
@comment BSD
@item S_IFIFO
-@vindex S_IFIFO
This is the file type constant of a FIFO or pipe.
-@end table
+@end vtable
The POSIX.1b standard introduced a few more objects which possibly can
be implemented as objects in the filesystem. These are message queues,
These symbolic constants are defined for the file mode bits that control
access permission for the file:
-@table @code
+@vtable @code
@comment sys/stat.h
@comment POSIX.1
@item S_IRUSR
-@vindex S_IRUSR
@comment sys/stat.h
@comment BSD
@itemx S_IREAD
-@vindex S_IREAD
Read permission bit for the owner of the file. On many systems this bit
is 0400. @code{S_IREAD} is an obsolete synonym provided for BSD
compatibility.
@comment sys/stat.h
@comment POSIX.1
@item S_IWUSR
-@vindex S_IWUSR
@comment sys/stat.h
@comment BSD
@itemx S_IWRITE
-@vindex S_IWRITE
Write permission bit for the owner of the file. Usually 0200.
@w{@code{S_IWRITE}} is an obsolete synonym provided for BSD compatibility.
@comment sys/stat.h
@comment POSIX.1
@item S_IXUSR
-@vindex S_IXUSR
@comment sys/stat.h
@comment BSD
@itemx S_IEXEC
-@vindex S_IEXEC
Execute (for ordinary files) or search (for directories) permission bit
for the owner of the file. Usually 0100. @code{S_IEXEC} is an obsolete
synonym provided for BSD compatibility.
@comment sys/stat.h
@comment POSIX.1
@item S_IRWXU
-@vindex S_IRWXU
This is equivalent to @samp{(S_IRUSR | S_IWUSR | S_IXUSR)}.
@comment sys/stat.h
@comment POSIX.1
@item S_IRGRP
-@vindex S_IRGRP
Read permission bit for the group owner of the file. Usually 040.
@comment sys/stat.h
@comment POSIX.1
@item S_IWGRP
-@vindex S_IWGRP
Write permission bit for the group owner of the file. Usually 020.
@comment sys/stat.h
@comment POSIX.1
@item S_IXGRP
-@vindex S_IXGRP
Execute or search permission bit for the group owner of the file.
Usually 010.
@comment sys/stat.h
@comment POSIX.1
@item S_IRWXG
-@vindex S_IRWXG
This is equivalent to @samp{(S_IRGRP | S_IWGRP | S_IXGRP)}.
@comment sys/stat.h
@comment POSIX.1
@item S_IROTH
-@vindex S_IROTH
Read permission bit for other users. Usually 04.
@comment sys/stat.h
@comment POSIX.1
@item S_IWOTH
-@vindex S_IWOTH
Write permission bit for other users. Usually 02.
@comment sys/stat.h
@comment POSIX.1
@item S_IXOTH
-@vindex S_IXOTH
Execute or search permission bit for other users. Usually 01.
@comment sys/stat.h
@comment POSIX.1
@item S_IRWXO
-@vindex S_IRWXO
This is equivalent to @samp{(S_IROTH | S_IWOTH | S_IXOTH)}.
@comment sys/stat.h
@comment POSIX
@item S_ISUID
-@vindex S_ISUID
This is the set-user-ID on execute bit, usually 04000.
@xref{How Change Persona}.
@comment sys/stat.h
@comment POSIX
@item S_ISGID
-@vindex S_ISGID
This is the set-group-ID on execute bit, usually 02000.
@xref{How Change Persona}.
@comment sys/stat.h
@comment BSD
@item S_ISVTX
-@vindex S_ISVTX
This is the @dfn{sticky} bit, usually 01000.
For a directory it gives permission to delete a file in that directory
them). Therefore one has to use the @code{_GNU_SOURCE} feature select
macro, or not define any feature test macros, to get the definition
(@pxref{Feature Test Macros}).
-@end table
+@end vtable
The actual bit values of the symbols are listed in the table above
so you can decode file mode values when debugging your programs.
be one of the symbolic constants @code{SEEK_SET}, @code{SEEK_CUR}, or
@code{SEEK_END}.
-@table @code
+@vtable @code
@item SEEK_SET
Specifies that @var{offset} is a count of characters from the beginning
of the file.
current end. If you set the position past the current end, and
actually write data, you will extend the file with zeros up to that
position.
-@end table
+@end vtable
The return value from @code{lseek} is normally the resulting file
position, measured in bytes from the beginning of the file.
of compatibility with older BSD systems. They are defined in two
different header files: @file{fcntl.h} and @file{sys/file.h}.
-@table @code
+@vtable @code
@item L_SET
An alias for @code{SEEK_SET}.
@item L_XTND
An alias for @code{SEEK_END}.
-@end table
+@end vtable
@node Descriptors and Streams
@section Descriptors and Streams
@code{stdout}, and @code{stderr}; see @ref{Standard Streams}.
@pindex unistd.h
+@vtable @code
@comment unistd.h
@comment POSIX.1
-@table @code
@item STDIN_FILENO
-@vindex STDIN_FILENO
This macro has value @code{0}, which is the file descriptor for
standard input.
@cindex standard input file descriptor
@comment unistd.h
@comment POSIX.1
@item STDOUT_FILENO
-@vindex STDOUT_FILENO
This macro has value @code{1}, which is the file descriptor for
standard output.
@cindex standard output file descriptor
@comment unistd.h
@comment POSIX.1
@item STDERR_FILENO
-@vindex STDERR_FILENO
This macro has value @code{2}, which is the file descriptor for
standard error output.
-@end table
+@end vtable
@cindex standard error file descriptor
@node Stream/Descriptor Precautions
The valid BSD values for @var{advice} are:
-@table @code
+@vtable @code
@item MADV_NORMAL
The region should receive no further special treatment.
causing any changes to the pages to be lost, as well as swapped
out pages to be discarded.
-@end table
+@end vtable
The POSIX names are slightly different, but with the same meanings:
-@table @code
+@vtable @code
@item POSIX_MADV_NORMAL
This corresponds with BSD's @code{MADV_NORMAL}.
@item POSIX_MADV_DONTNEED
This corresponds with BSD's @code{MADV_DONTNEED}.
-@end table
+@end vtable
@code{madvise} returns @math{0} for success and @math{-1} for
error. Errors include:
Briefly, here is a list of what the various commands are.
-@table @code
+@vtable @code
@item F_DUPFD
Duplicate the file descriptor (return another file descriptor pointing
to the same open file). @xref{Duplicating Descriptors}.
@item F_SETOWN
Set process or process group ID to receive @code{SIGIO} signals.
@xref{Interrupt Input}.
-@end table
+@end vtable
This function is a cancellation point in multi-threaded programs. This
is a problem if the thread allocates some resources (like memory, file
The following macros are defined for use as values for the @code{l_type}
member of the @code{flock} structure. The values are integer constants.
-@table @code
+@vtable @code
@comment fcntl.h
@comment POSIX.1
-@vindex F_RDLCK
@item F_RDLCK
This macro is used to specify a read (or shared) lock.
@comment fcntl.h
@comment POSIX.1
-@vindex F_WRLCK
@item F_WRLCK
This macro is used to specify a write (or exclusive) lock.
@comment fcntl.h
@comment POSIX.1
-@vindex F_UNLCK
@item F_UNLCK
This macro is used to specify that the region is unlocked.
-@end table
+@end vtable
As an example of a situation where file locking is useful, consider a
program that can be run simultaneously by several different users, that
parameter to be set, and @var{value} the new value to be set. Possible
choices for @var{param}, as defined in @file{malloc.h}, are:
-@table @code
@comment TODO: @item M_CHECK_ACTION
+@vtable @code
@item M_MMAP_MAX
The maximum number of chunks to allocate with @code{mmap}. Setting this
to zero disables all use of @code{mmap}.
This parameter can also be set for the process at startup by setting the
environment variable @env{MALLOC_ARENA_MAX} to the desired value.
-@end table
+@end vtable
@end deftypefun
macros. They tell @code{mlockall} which of its functions you want. All
other bits must be zero.
-@table @code
+@vtable @code
@item MCL_CURRENT
Lock all pages which currently exist in the calling process' virtual
replaces a process' address space, wipes out @code{MCL_FUTURE}.
@xref{Executing a File}.
-@end table
+@end vtable
When the function returns successfully, and you specified
@code{MCL_CURRENT}, all of the process' pages are backed by (connected
@cindex rpc
@cindex services
@cindex shadow
-@vtable @code
+@table @code
@item aliases
Mail aliases
@comment @pxref{Mail Aliases}.
@item shadow
Shadow user passwords,
@comment @pxref{Shadow Password Database}.
-@end vtable
+@end table
@noindent
There will be some more added later (@code{automount}, @code{bootparams},
to the @code{waitpid} function.
@comment Extra blank lines make it look better.
-@table @code
+@vtable @code
@item WAIT_ANY
This constant macro (whose value is @code{-1}) specifies that
This constant (with value @code{0}) specifies that @code{waitpid} should
return status information about any child process in the same process
group as the calling process.
-@end table
+@end vtable
These symbolic constants are defined as flags for the @var{options}
argument to the @code{waitpid} function. You can bitwise-OR the flags
together to obtain a value to use as the argument.
-@table @code
+@vtable @code
@item WNOHANG
This flag specifies that @code{waitpid} should return immediately
This flag specifies that @code{waitpid} should report the status of any
child processes that have been stopped as well as those that have
terminated.
-@end table
+@end vtable
@comment sys/wait.h
@comment POSIX.1
Here is a list of resources for which you can specify a limit. Memory
and file sizes are measured in bytes.
-@table @code
+@vtable @code
@comment sys/resource.h
@comment BSD
@item RLIMIT_CPU
-@vindex RLIMIT_CPU
The maximum amount of CPU time the process can use. If it runs for
longer than this, it gets a signal: @code{SIGXCPU}. The value is
measured in seconds. @xref{Operation Error Signals}.
@comment sys/resource.h
@comment BSD
@item RLIMIT_FSIZE
-@vindex RLIMIT_FSIZE
The maximum size of file the process can create. Trying to write a
larger file causes a signal: @code{SIGXFSZ}. @xref{Operation Error
Signals}.
@comment sys/resource.h
@comment BSD
@item RLIMIT_DATA
-@vindex RLIMIT_DATA
The maximum size of data memory for the process. If the process tries
to allocate data memory beyond this amount, the allocation function
fails.
@comment sys/resource.h
@comment BSD
@item RLIMIT_STACK
-@vindex RLIMIT_STACK
The maximum stack size for the process. If the process tries to extend
its stack past this size, it gets a @code{SIGSEGV} signal.
@xref{Program Error Signals}.
@comment sys/resource.h
@comment BSD
@item RLIMIT_CORE
-@vindex RLIMIT_CORE
The maximum size core file that this process can create. If the process
terminates and would dump a core file larger than this, then no core
file is created. So setting this limit to zero prevents core files from
@comment sys/resource.h
@comment BSD
@item RLIMIT_RSS
-@vindex RLIMIT_RSS
The maximum amount of physical memory that this process should get.
This parameter is a guide for the system's scheduler and memory
allocator; the system may give the process more memory when there is a
@comment sys/resource.h
@comment BSD
@item RLIMIT_NOFILE
-@vindex RLIMIT_NOFILE
@itemx RLIMIT_OFILE
-@vindex RLIMIT_OFILE
The maximum number of files that the process can open. If it tries to
open more files than this, its open attempt fails with @code{errno}
@code{EMFILE}. @xref{Error Codes}. Not all systems support this limit;
@comment sys/resource.h
@comment Unix98
@item RLIMIT_AS
-@vindex RLIMIT_AS
The maximum size of total memory that this process should get. If the
process tries to allocate more memory beyond this amount with, for
example, @code{brk}, @code{malloc}, @code{mmap} or @code{sbrk}, the
@comment sys/resource.h
@comment BSD
@item RLIM_NLIMITS
-@vindex RLIM_NLIMITS
The number of different resource limits. Any valid @var{resource}
operand must be less than @code{RLIM_NLIMITS}.
-@end table
+@end vtable
@comment sys/resource.h
@comment BSD
the limit.
The @var{cmd} values and the operations they specify are:
-@table @code
+@vtable @code
@item GETFSIZE
Get the current limit on the size of a file, in units of 512 bytes.
Set the current and maximum limit on the size of a file to @var{limit} *
512 bytes.
-@end table
+@end vtable
There are also some other @var{cmd} values that may do things on some
systems, but they are not supported.
@var{resource} identifies the resource:
-@table @code
+@vtable @code
@item LIM_CPU
Maximum CPU time. Same as @code{RLIMIT_CPU} for @code{setrlimit}.
@item LIM_FSIZE
Maximum core file size. Same as @code{RLIMIT_COR} for @code{setrlimit}.
@item LIM_MAXRSS
Maximum physical memory. Same as @code{RLIMIT_RSS} for @code{setrlimit}.
-@end table
+@end vtable
The return value is zero for success, and @code{-1} with @code{errno} set
accordingly for failure:
The following macros represent the valid values for @var{policy}:
-@table @code
+@vtable @code
@item SCHED_OTHER
Traditional Scheduling
@item SCHED_FIFO
First In First Out
@item SCHED_RR
Round Robin
-@end table
+@end vtable
@c The Linux kernel code (in sched.c) actually reschedules the process,
@c but it puts it at the head of the run queue, so I'm not sure just what
after both children are processed. This makes it possible to handle all
three methods of tree traversal (or even a combination of them).
-@table @code
+@vtable @code
@item preorder
The current node is an internal node and the function is called before
the first child was processed.
the second child was processed.
@item leaf
The current node is a leaf.
-@end table
+@end vtable
@end deftp
@comment search.h
argument, but the value is meaningful only on operating systems that
provide the information (BSD systems and @gnusystems{}).
-@table @code
+@vtable @code
@comment signal.h
@comment BSD
@item FPE_INTOVF_TRAP
-@vindex FPE_INTOVF_TRAP
Integer overflow (impossible in a C program unless you enable overflow
trapping in a hardware-specific fashion).
@comment signal.h
@comment BSD
@item FPE_INTDIV_TRAP
-@vindex FPE_INTDIV_TRAP
Integer division by zero.
@comment signal.h
@comment BSD
@item FPE_SUBRNG_TRAP
-@vindex FPE_SUBRNG_TRAP
Subscript-range (something that C programs never check for).
@comment signal.h
@comment BSD
@item FPE_FLTOVF_TRAP
-@vindex FPE_FLTOVF_TRAP
Floating overflow trap.
@comment signal.h
@comment BSD
@item FPE_FLTDIV_TRAP
-@vindex FPE_FLTDIV_TRAP
Floating/decimal division by zero.
@comment signal.h
@comment BSD
@item FPE_FLTUND_TRAP
-@vindex FPE_FLTUND_TRAP
Floating underflow trap. (Trapping on floating underflow is not
normally enabled.)
@comment signal.h
@comment BSD
@item FPE_DECOVF_TRAP
-@vindex FPE_DECOVF_TRAP
Decimal overflow trap. (Only a few machines have decimal arithmetic and
C never uses it.)
@ignore @c These seem redundant
@comment signal.h
@comment BSD
@item FPE_FLTOVF_FAULT
-@vindex FPE_FLTOVF_FAULT
Floating overflow fault.
@comment signal.h
@comment BSD
@item FPE_FLTDIV_FAULT
-@vindex FPE_FLTDIV_FAULT
Floating divide by zero fault.
@comment signal.h
@comment BSD
@item FPE_FLTUND_FAULT
-@vindex FPE_FLTUND_FAULT
Floating underflow fault.
@end ignore
-@end table
+@end vtable
@comment signal.h
@comment ISO
process's signal mask. The @var{how} argument determines how the signal
mask is changed, and must be one of the following values:
-@table @code
+@vtable @code
@comment signal.h
@comment POSIX.1
-@vindex SIG_BLOCK
@item SIG_BLOCK
Block the signals in @code{set}---add them to the existing mask. In
other words, the new mask is the union of the existing mask and
@comment signal.h
@comment POSIX.1
-@vindex SIG_UNBLOCK
@item SIG_UNBLOCK
Unblock the signals in @var{set}---remove them from the existing mask.
@comment signal.h
@comment POSIX.1
-@vindex SIG_SETMASK
@item SIG_SETMASK
Use @var{set} for the mask; ignore the previous value of the mask.
-@end table
+@end vtable
The last argument, @var{oldset}, is used to return information about the
old process signal mask. If you just want to change the mask without
Each of them corresponds to a @samp{PF_} symbol which designates the
corresponding namespace. Here is a list of address format names:
-@table @code
+@vtable @code
@comment sys/socket.h
@comment POSIX
@item AF_LOCAL
-@vindex AF_LOCAL
This designates the address format that goes with the local namespace.
(@code{PF_LOCAL} is the name of that namespace.) @xref{Local Namespace
Details}, for information about this address format.
@comment sys/socket.h
@comment BSD, Unix98
@item AF_UNIX
-@vindex AF_UNIX
This is a synonym for @code{AF_LOCAL}. Although @code{AF_LOCAL} is
mandated by POSIX.1g, @code{AF_UNIX} is portable to more systems.
@code{AF_UNIX} was the traditional name stemming from BSD, so even most
@comment sys/socket.h
@comment GNU
@item AF_FILE
-@vindex AF_FILE
This is another synonym for @code{AF_LOCAL}, for compatibility.
(@code{PF_FILE} is likewise a synonym for @code{PF_LOCAL}.)
@comment sys/socket.h
@comment BSD
@item AF_INET
-@vindex AF_INET
This designates the address format that goes with the Internet
namespace. (@code{PF_INET} is the name of that namespace.)
@xref{Internet Address Formats}.
@comment sys/socket.h
@comment BSD
@item AF_UNSPEC
-@vindex AF_UNSPEC
This designates no particular address format. It is used only in rare
cases, such as to clear out the default destination address of a
``connected'' datagram socket. @xref{Sending Datagrams}.
The corresponding namespace designator symbol @code{PF_UNSPEC} exists
for completeness, but there is no reason to use it in a program.
-@end table
+@end vtable
@file{sys/socket.h} defines symbols starting with @samp{AF_} for many
different kinds of networks, most or all of which are not actually
Here are the error codes that you may find in @code{h_errno}:
-@table @code
+@vtable @code
@comment netdb.h
@comment BSD
@item HOST_NOT_FOUND
-@vindex HOST_NOT_FOUND
No such host is known in the database.
@comment netdb.h
@comment BSD
@item TRY_AGAIN
-@vindex TRY_AGAIN
This condition happens when the name server could not be contacted. If
you try again later, you may succeed then.
@comment netdb.h
@comment BSD
@item NO_RECOVERY
-@vindex NO_RECOVERY
A non-recoverable error occurred.
@comment netdb.h
@comment BSD
@item NO_ADDRESS
-@vindex NO_ADDRESS
The host database contains an entry for the name, but it doesn't have an
associated Internet address.
-@end table
+@end vtable
The lookup functions above all have one thing in common: they are not
reentrant and therefore unusable in multi-threaded applications.
sake of compatibility with older BSD systems. They are defined in two
different header files: @file{fcntl.h} and @file{sys/file.h}.
-@table @code
+@vtable @code
@comment sys/file.h
@comment BSD
@item L_SET
-@vindex L_SET
An alias for @code{SEEK_SET}.
@comment sys/file.h
@comment BSD
@item L_INCR
-@vindex L_INCR
An alias for @code{SEEK_CUR}.
@comment sys/file.h
@comment BSD
@item L_XTND
-@vindex L_XTND
An alias for @code{SEEK_END}.
-@end table
+@end vtable
@node Portable Positioning
@section Portable File-Position Functions
@var{options} is a bit string with bit fields defined using the
following mask and masked value macros:
-@table @code
+@vtable @code
@item MS_MGC_MASK
This multibit field contains a magic number. If it does not have the value
@code{MS_MGC_VAL}, @code{mount} assumes all the following bits are zero and
@c there is also S_QUOTA Linux fs.h (mount.h still uses its former name
@c S_WRITE), but I can't see what it does. Turns on quotas, I guess.
-@end table
+@end vtable
Any bits not covered by the above masks should be set off; otherwise,
results are undefined.
@var{flags} contains the one-bit field identified by the following
mask macro:
-@table @code
+@vtable @code
@item MNT_FORCE
This bit on means to force the unmounting even if the filesystem is
busy, @code{umount2} fails with @code{errno} = @code{EBUSY}. Depending
on the filesystem, this may override all, some, or no busy conditions.
-@end table
+@end vtable
All other bits in @var{flags} should be set to zero; otherwise, the result
is undefined.
@var{options} is a bit string, with the bits as defined by the following
single bit masks:
-@table @code
+@vtable @code
@item LOG_PERROR
If on, @code{openlog} sets up the connection so that any @code{syslog}
on this connection writes its message to the calling process' Standard
@item LOG_ODELAY
This bit does nothing. It exists for backward compatibility.
-@end table
+@end vtable
If any other bit in @var{options} is on, the result is undefined.
The @var{when} argument specifies how to deal with input and output
already queued. It can be one of the following values:
-@table @code
+@vtable @code
@comment termios.h
@comment POSIX.1
@item TCSANOW
-@vindex TCSANOW
Make the change immediately.
@comment termios.h
@comment POSIX.1
@item TCSADRAIN
-@vindex TCSADRAIN
Make the change after waiting until all queued output has been written.
You should usually use this option when changing parameters that affect
output.
@comment termios.h
@comment POSIX.1
@item TCSAFLUSH
-@vindex TCSAFLUSH
This is like @code{TCSADRAIN}, but also discards any queued input.
@comment termios.h
@comment BSD
@item TCSASOFT
-@vindex TCSASOFT
This is a flag bit that you can add to any of the above alternatives.
Its meaning is to inhibit alteration of the state of the terminal
hardware. It is a BSD extension; it is only supported on BSD systems
Using @code{TCSASOFT} is exactly the same as setting the @code{CIGNORE}
bit in the @code{c_cflag} member of the structure @var{termios-p} points
to. @xref{Control Modes}, for a description of @code{CIGNORE}.
-@end table
+@end vtable
If this function is called from a background process on its controlling
terminal, normally all processes in the process group are sent a
following values:
@c Extra blank lines here make it look better.
-@table @code
-@vindex TCIFLUSH
+@vtable @code
@item TCIFLUSH
Clear any input data received, but not yet read.
-@vindex TCOFLUSH
@item TCOFLUSH
Clear any output data written, but not yet transmitted.
-@vindex TCIOFLUSH
@item TCIOFLUSH
Clear both queued input and output.
-@end table
+@end vtable
The return value is normally zero. In the event of an error, a value
of @math{-1} is returned. The following @code{errno} error conditions
The @var{action} argument specifies what operation to perform, and can
be one of the following values:
-@table @code
-@vindex TCOOFF
+@vtable @code
@item TCOOFF
Suspend transmission of output.
-@vindex TCOON
@item TCOON
Restart transmission of output.
-@vindex TCIOFF
@item TCIOFF
Transmit a STOP character.
-@vindex TCION
@item TCION
Transmit a START character.
-@end table
+@end vtable
For more information about the STOP and START characters, see @ref{Special
Characters}.
The return value is @code{0} on success and other values on failure. The
following @code{errno} error conditions are defined for this function:
-@table @code
+@vtable @code
@item TIME_ERROR
The precision clock model is not properly set up at the moment, thus the
clock must be considered unsynchronized, and the values should be
treated with care.
-@end table
+@end vtable
@end deftypefun
@tindex struct timex
@code{ut_type} member of the @code{utmp} structure. The values are
integer constants.
-@table @code
+@vtable @code
@comment utmp.h
@comment SVID
-@vindex EMPTY
@item EMPTY
This macro is used to indicate that the entry contains no valid user
accounting information.
@comment utmp.h
@comment SVID
-@vindex RUN_LVL
@item RUN_LVL
This macro is used to identify the system's runlevel.
@comment utmp.h
@comment SVID
-@vindex BOOT_TIME
@item BOOT_TIME
This macro is used to identify the time of system boot.
@comment utmp.h
@comment SVID
-@vindex OLD_TIME
@item OLD_TIME
This macro is used to identify the time when the system clock changed.
@comment utmp.h
@comment SVID
-@vindex NEW_TIME
@item NEW_TIME
This macro is used to identify the time after the system clock changed.
@comment utmp.h
@comment SVID
-@vindex INIT_PROCESS
@item INIT_PROCESS
This macro is used to identify a process spawned by the init process.
@comment utmp.h
@comment SVID
-@vindex LOGIN_PROCESS
@item LOGIN_PROCESS
This macro is used to identify the session leader of a logged in user.
@comment utmp.h
@comment SVID
-@vindex USER_PROCESS
@item USER_PROCESS
This macro is used to identify a user process.
@comment utmp.h
@comment SVID
-@vindex DEAD_PROCESS
@item DEAD_PROCESS
This macro is used to identify a terminated process.
@comment utmp.h
@comment SVID
-@vindex ACCOUNTING
@item ACCOUNTING
???
-@end table
+@end vtable
The size of the @code{ut_line}, @code{ut_id}, @code{ut_user} and
@code{ut_host} arrays can be found using the @code{sizeof} operator.
integer constants and are, in @theglibc{}, identical to the
definitions in @file{utmp.h}.
-@table @code
+@vtable @code
@comment utmpx.h
@comment XPG4.2
-@vindex EMPTY
@item EMPTY
This macro is used to indicate that the entry contains no valid user
accounting information.
@comment utmpx.h
@comment XPG4.2
-@vindex RUN_LVL
@item RUN_LVL
This macro is used to identify the system's runlevel.
@comment utmpx.h
@comment XPG4.2
-@vindex BOOT_TIME
@item BOOT_TIME
This macro is used to identify the time of system boot.
@comment utmpx.h
@comment XPG4.2
-@vindex OLD_TIME
@item OLD_TIME
This macro is used to identify the time when the system clock changed.
@comment utmpx.h
@comment XPG4.2
-@vindex NEW_TIME
@item NEW_TIME
This macro is used to identify the time after the system clock changed.
@comment utmpx.h
@comment XPG4.2
-@vindex INIT_PROCESS
@item INIT_PROCESS
This macro is used to identify a process spawned by the init process.
@comment utmpx.h
@comment XPG4.2
-@vindex LOGIN_PROCESS
@item LOGIN_PROCESS
This macro is used to identify the session leader of a logged in user.
@comment utmpx.h
@comment XPG4.2
-@vindex USER_PROCESS
@item USER_PROCESS
This macro is used to identify a user process.
@comment utmpx.h
@comment XPG4.2
-@vindex DEAD_PROCESS
@item DEAD_PROCESS
This macro is used to identify a terminated process.
-@end table
+@end vtable
The size of the @code{ut_line}, @code{ut_id} and @code{ut_user} arrays
can be found using the @code{sizeof} operator.
git://sourceware.org / glibc.git / commitdiff