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wrap long source lines

This commit is contained in:
Michael Kerrisk 2006-12-27 03:54:41 +00:00
parent f921239486
commit 3547839964
41 changed files with 343 additions and 142 deletions
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4
man2/getsockopt.2
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@ -36,8 +36,8 @@
.\" Modified Tue Aug 27 10:52:51 1996 by Andries Brouwer (aeb@cwi.nl)
.\" Modified Thu Jan 23 13:29:34 1997 by Andries Brouwer (aeb@cwi.nl)
.\" Modified Sun Mar 28 21:26:46 1999 by Andries Brouwer (aeb@cwi.nl)
.\" Modified 1999 by Andi Kleen <ak@muc.de>. Removed most stuff because it is in socket.7
.\" now.
.\" Modified 1999 by Andi Kleen <ak@muc.de>.
.\" Removed most stuff because it is in socket.7 now.
.\"
.TH GETSOCKOPT 2 1999-05-24 "Linux Man Page" "Linux Programmer's Manual"
.SH NAME

6
man2/io_cancel.2
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@ -77,12 +77,14 @@ The asynchronous I/O system calls first appeared in Linux 2.5, August 2002.
.SH "CONFORMING TO"
.PP
\fBio_cancel\fR() is Linux specific and should not be used in programs that are intended to be portable.
\fBio_cancel\fR() is Linux specific and should not be used
in programs that are intended to be portable.
.SH "SEE ALSO"
.PP
\fBio_setup\fR(2), \fBio_destroy\fR(2), \fBio_getevents\fR(2), \fBio_submit\fR(2).
\fBio_setup\fR(2), \fBio_destroy\fR(2), \fBio_getevents\fR(2),
\fBio_submit\fR(2).
.SH "NOTES"

3
man2/io_setup.2
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@ -88,7 +88,8 @@ The asynchronous I/O system calls first appeared in Linux 2.5, August 2002.
.SH "SEE ALSO"
.PP
\fBio_destroy\fR(2), \fBio_getevents\fR(2), \fBio_submit\fR(2), \fBio_cancel\fR(2).
\fBio_destroy\fR(2), \fBio_getevents\fR(2), \fBio_submit\fR(2),
\fBio_cancel\fR(2).
.SH "NOTES"

3
man2/mknodat.2
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@ -25,7 +25,8 @@
.\"
.TH MKNODAT 2 2006-04-06 "Linux 2.6.16" "Linux Programmer's Manual"
.SH NAME
mknodat \- create a special or ordinary file relative to a directory file descriptor
mknodat \- create a special or ordinary file relative to a directory
file descriptor
.SH SYNOPSIS
.nf
.B #include <sys/stat.h>

3
man2/readlinkat.2
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@ -25,7 +25,8 @@
.\"
.TH READLINKAT 2 2006-07-21 "Linux 2.6.16" "Linux Programmer's Manual"
.SH NAME
readlinkat \- read value of a symbolic link relative to a directory file descriptor
readlinkat \- read value of a symbolic link relative to
a directory file descriptor
.SH SYNOPSIS
.nf
.B #include <unistd.h>

3
man2/select.2
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@ -37,7 +37,8 @@
.\"
.TH SELECT 2 2006-03-11 "Linux 2.6.16" "Linux Programmer's Manual"
.SH NAME
select, pselect, FD_CLR, FD_ISSET, FD_SET, FD_ZERO \- synchronous I/O multiplexing
select, pselect, FD_CLR, FD_ISSET, FD_SET, FD_ZERO \-
synchronous I/O multiplexing
.SH SYNOPSIS
.nf
/* According to POSIX.1-2001 */

8
man2/select_tut.2
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@ -28,7 +28,8 @@
.\"
.TH SELECT_TUT 2 2006-05-13 "Linux" "Linux Programmer's Manual"
.SH NAME
select, pselect, FD_CLR, FD_ISSET, FD_SET, FD_ZERO \- synchronous I/O multiplexing
select, pselect, FD_CLR, FD_ISSET, FD_SET, FD_ZERO \-
synchronous I/O multiplexing
.SH SYNOPSIS
.B #include <sys/time.h>
.br
@ -150,8 +151,9 @@ struct timespec {
.RE
.TP
\fIsigmask\fP
This argument holds a set of signals to allow while performing a \fBpselect\fP()
call (see \fBsigaddset\fP(3) and \fBsigprocmask\fP(2)). It can be passed
This argument holds a set of signals to allow while performing a
\fBpselect\fP() call (see \fBsigaddset\fP(3) and \fBsigprocmask\fP(2)).
It can be passed
as NULL, in which case it does not modify the set of allowed signals on
entry and exit to the function. It will then behave just like \fBselect\fP().
.SH COMBINING SIGNAL AND DATA EVENTS

3
man2/syslog.2
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@ -23,7 +23,8 @@
.\" Written 11 June 1995 by Andries Brouwer <aeb@cwi.nl>
.TH SYSLOG 2 2001-11-25 "Linux 1.2.9" "Linux Programmer's Manual"
.SH NAME
syslog, klogctl \- read and/or clear kernel message ring buffer; set console_loglevel
syslog, klogctl \- read and/or clear kernel message ring buffer;
set console_loglevel
.SH SYNOPSIS
.nf
/* The glibc interface */

3
man3/ceil.3
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@ -22,7 +22,8 @@
.\"
.TH CEIL 3 2001-05-31 "" "Linux Programmer's Manual"
.SH NAME
ceil, ceilf, ceill \- ceiling function: smallest integral value not less than argument
ceil, ceilf, ceill \- ceiling function: smallest integral value not
less than argument
.SH SYNOPSIS
.nf
.B #include <math.h>

5
man3/cmsg.3
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@ -76,8 +76,9 @@ given a length, returns it including the required alignment. This is a
constant expression.
.PP
.BR CMSG_SPACE ()
returns the number of bytes an ancillary element with payload of the passed data length
occupies. This is a constant expression.
returns the number of bytes an ancillary element with payload of the
passed data length occupies.
This is a constant expression.
.PP
.B CMSG_DATA
returns a pointer to the data portion of a

4
man3/ctermid.3
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@ -32,8 +32,8 @@ ctermid \- get controlling terminal name
.fi
.SH DESCRIPTION
.BR ctermid ()
returns a string which is the pathname for the current controlling terminal for this
process.
returns a string which is the pathname for the current
controlling terminal for this process.
If
.I s
is NULL,

3
man3/des_crypt.3
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@ -9,7 +9,8 @@
.\"
.TH DES_CRYPT 3 "6 October 1987"
.SH NAME
des_crypt, ecb_crypt, cbc_crypt, des_setparity, DES_FAILED \- fast DES encryption
des_crypt, ecb_crypt, cbc_crypt, des_setparity, DES_FAILED \- fast
DES encryption
.SH SYNOPSIS
.nf
.\" Sun version

12
man3/div.3
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@ -31,7 +31,8 @@
.\"
.TH DIV 3 2003-11-01 "" "Linux Programmer's Manual"
.SH NAME
div, ldiv, lldiv, imaxdiv \- compute quotient and remainder of an integer division
div, ldiv, lldiv, imaxdiv \- compute quotient and remainder of
an integer division
.SH SYNOPSIS
.nf
.B #include <stdlib.h>
@ -47,14 +48,17 @@ div, ldiv, lldiv, imaxdiv \- compute quotient and remainder of an integer divisi
.BI "imaxdiv_t imaxdiv(intmax_t " numerator ", intmax_t " denominator );
.fi
.SH DESCRIPTION
The \fBdiv\fP() function computes the value \fInumerator\fP/\fIdenominator\fP and
returns the quotient and remainder in a structure named \fIdiv_t\fP that contains
The \fBdiv\fP() function computes the value
\fInumerator\fP/\fIdenominator\fP and
returns the quotient and remainder in a structure
named \fIdiv_t\fP that contains
two integer members (in unspecified order) named \fIquot\fP and \fIrem\fP.
The quotient is rounded towards zero.
The result satisfies \fIquot\fP*\fIdenominator\fP+\fIrem\fP = \fInumerator\fP.
.LP
The \fBldiv\fP() and \fBlldiv\fP() and \fBimaxdiv\fP() functions do the same,
dividing numbers of the indicated type and returning the result in a structure
dividing numbers of the indicated type and
returning the result in a structure
of the indicated name, in all cases with fields \fIquot\fP and \fIrem\fP
of the same type as the function arguments.
.SH "RETURN VALUE"

3
man3/erf.3
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@ -30,7 +30,8 @@
.\"
.TH ERF 3 2002-07-27 "BSD" "Linux Programmer's Manual"
.SH NAME
erf, erff, erfl, erfc, erfcf, erfcl \- error function and complementary error function
erf, erff, erfl, erfc, erfcf, erfcl \- error function and
complementary error function
.SH SYNOPSIS
.nf
.B #include <math.h>

3
man3/fgetwc.3
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@ -56,7 +56,8 @@ current locale.
In the absence of additional information passed to the
.BR fopen ()
call, it is
reasonable to expect that \fBfgetwc\fP() will actually read a multibyte sequence
reasonable to expect that \fBfgetwc\fP()
will actually read a multibyte sequence
from the stream and then convert it to a wide character.
.SH "SEE ALSO"
.BR fgetws (3),

3
man3/getipnodebyname.3
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@ -23,7 +23,8 @@
.\" References: RFC 2553
.TH getipnodebyname 3 2002-04-03 "Linux Man Page" "Linux Programmer's Manual"
.SH NAME
getipnodebyname, getipnodebyaddr, freehostent \- get network host names and addresses
getipnodebyname, getipnodebyaddr, freehostent \- get network
host names and addresses
.SH SYNOPSIS
.nf
.B #include <sys/types.h>

4
man3/getw.3
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@ -36,8 +36,8 @@ getw, putw \- input and output of words (ints)
provided for compatibility with SVr4. We recommend you use
\fBfread\fP(3) instead.
.P
\fBputw\fP() writes the word \fIw\fP (that is, an \fIint\fP) to \fIstream\fP. It
is provided for compatibility with SVr4, but we recommend you use
\fBputw\fP() writes the word \fIw\fP (that is, an \fIint\fP) to \fIstream\fP.
It is provided for compatibility with SVr4, but we recommend you use
\fBfwrite\fP(3) instead.
.SH "RETURN VALUE"
Normally, \fBgetw\fP() returns the word read, and \fBputw\fP() returns 0.

3
man3/lround.3
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@ -22,7 +22,8 @@
.\"
.TH LROUND 3 2001-05-31 "" "Linux Programmer's Manual"
.SH NAME
lround, lroundf, lroundl, llround, llroundf, llroundl \- round to nearest integer, away from zero
lround, lroundf, lroundl, llround, llroundf, llroundl \- round to
nearest integer, away from zero
.SH SYNOPSIS
.nf
.B #include <math.h>

4
man3/modf.3
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@ -30,8 +30,8 @@
.\"
.TH MODF 3 2002-07-27 "" "Linux Programmer's Manual"
.SH NAME
modf, modff, modfl \- extract signed integral and fractional values from floating-point
number
modf, modff, modfl \- extract signed integral and fractional values from
floating-point number
.SH SYNOPSIS
.nf
.B #include <math.h>

3
man3/nextafter.3
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@ -3,7 +3,8 @@
.\" Based on glibc infopages
.TH NEXTAFTER 3 2002-08-10 "GNU" "libc math functions"
.SH NAME
nextafter, nextafterf, nextafterl, nexttoward, nexttowardf, nexttowardl \- floating point number manipulation
nextafter, nextafterf, nextafterl, nexttoward, nexttowardf, nexttowardl \-
floating point number manipulation
.SH SYNOPSIS
.B #include <math.h>
.sp

3
man3/stdio_ext.3
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@ -22,7 +22,8 @@
.\"
.TH STDIO_EXT 3 2001-12-16 "" "Linux Programmer's Manual"
.SH NAME
__fbufsize, __flbf, __fpending, __fpurge, __freadable, __freading, __fsetlocking, __fwritable, __fwriting, _flushlbf \- interfaces to stdio FILE structure
__fbufsize, __flbf, __fpending, __fpurge, __freadable,
__freading, __fsetlocking, __fwritable, __fwriting, _flushlbf \- interfaces to stdio FILE structure
.SH SYNOPSIS
.B #include <stdio.h>
.br

8
man3/termios.3
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@ -538,11 +538,11 @@ suspends output.
.IP \fBTCOON\fP
restarts suspended output.
.IP \fBTCIOFF\fP
transmits a STOP character, which stops the terminal device from transmitting data to the
system.
transmits a STOP character, which stops the terminal device from
transmitting data to the system.
.IP \fBTCION\fP
transmits a START character, which starts the terminal device transmitting data to the
system.
transmits a START character, which starts the terminal device
transmitting data to the system.
.LP
The default on open of a terminal file is that neither its input nor its
output is suspended.

3
man3/wcpncpy.3
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@ -12,7 +12,8 @@
.\"
.TH WCPNCPY 3 2003-11-01 "GNU" "Linux Programmer's Manual"
.SH NAME
wcpncpy \- copy a fixed-size string of wide characters, returning a pointer to its end
wcpncpy \- copy a fixed-size string of wide characters,
returning a pointer to its end
.SH SYNOPSIS
.nf
.B #define _GNU_SOURCE

5
man3/wcsncat.3
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@ -21,8 +21,9 @@ wcsncat \- concatenate two wide-character strings
.BI "wchar_t *wcsncat(wchar_t *" dest ", const wchar_t *" src ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwcsncat\fP() function is the wide-character equivalent of the \fBstrncat\fP()
function. It copies at most \fIn\fP wide characters from the wide-character
The \fBwcsncat\fP() function is the wide-character equivalent of the
\fBstrncat\fP() function.
It copies at most \fIn\fP wide characters from the wide-character
string pointed to by \fIsrc\fP to the end of the wide-character string pointed
to by \fIdest\fP, and adds a terminating L'\\0' character.
.PP

5
man3/wcsncmp.3
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@ -21,8 +21,9 @@ wcsncmp \- compare two fixed-size wide-character strings
.BI "int wcsncmp(const wchar_t *" s1 ", const wchar_t *" s2 ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwcsncmp\fP() function is the wide-character equivalent of the \fBstrncmp\fP()
function. It compares the wide-character string pointed to by \fIs1\fP and the
The \fBwcsncmp\fP() function is the wide-character equivalent of the
\fBstrncmp\fP() function.
It compares the wide-character string pointed to by \fIs1\fP and the
wide-character string pointed to by \fIs2\fP, but at most \fIn\fP wide
characters from each string. In each string, the comparison extends only up
to the first occurrence of a L'\\0' character, if any.

5
man3/wcsncpy.3
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@ -21,8 +21,9 @@ wcsncpy \- copy a fixed-size string of wide characters
.BI "wchar_t *wcsncpy(wchar_t *" dest ", const wchar_t *" src ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwcsncpy\fP() function is the wide-character equivalent of the \fBstrncpy\fP()
function. It copies at most \fIn\fP wide characters from the wide-character
The \fBwcsncpy\fP() function is the wide-character equivalent of the
\fBstrncpy\fP() function.
It copies at most \fIn\fP wide characters from the wide-character
string pointed to by \fIsrc\fP, including the terminating L'\\0' character,
to the array pointed to by \fIdest\fP. Exactly \fIn\fP wide characters are
written at \fIdest\fP. If the length \fIwcslen(src)\fP is smaller than \fIn\fP,

6
man3/wcsnrtombs.3
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@ -21,9 +21,9 @@ wcsnrtombs \- convert a wide character string to a multibyte string
.BI " size_t " len ", mbstate_t *" ps );
.fi
.SH DESCRIPTION
The \fBwcsnrtombs\fP() function is like the \fBwcsrtombs\fP() function, except that
the number of wide characters to be converted, starting at \fI*src\fP, is
limited to \fInwc\fP.
The \fBwcsnrtombs\fP() function is like the \fBwcsrtombs\fP() function,
except that the number of wide characters to be converted,
starting at \fI*src\fP, is limited to \fInwc\fP.
.PP
If \fIdest\fP is not a NULL pointer, the \fBwcsnrtombs\fP() function converts
at most \fInwc\fP wide characters from

12
man3/wcsrtombs.3
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@ -24,11 +24,15 @@ wcsrtombs \- convert a wide character string to a multibyte string
.SH DESCRIPTION
If \fIdest\fP is not a NULL pointer, the \fBwcsrtombs\fP() function converts
the wide-character string \fI*src\fP to a multibyte string starting at
\fIdest\fP. At most \fIlen\fP bytes are written to \fIdest\fP. The shift state
\fI*ps\fP is updated. The conversion is effectively performed by repeatedly
calling wcrtomb(\fIdest\fP,\fI*src\fP,\fIps\fP), as long as this call succeeds,
\fIdest\fP. At most \fIlen\fP bytes are written to \fIdest\fP.
The shift state
\fI*ps\fP is updated.
The conversion is effectively performed by repeatedly
calling wcrtomb(\fIdest\fP,\fI*src\fP,\fIps\fP),
as long as this call succeeds,
and then incrementing \fIdest\fP by the number of bytes written and \fI*src\fP
by one. The conversion can stop for three reasons:
by one.
The conversion can stop for three reasons:
.PP
1. A wide character has been encountered that can not be represented as a
multibyte sequence (according to the current locale). In this case \fI*src\fP

17
man3/wcsspn.3
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@ -13,7 +13,8 @@
.\"
.TH WCSSPN 3 1999-07-25 "GNU" "Linux Programmer's Manual"
.SH NAME
wcsspn \- advance in a wide-character string, skipping any of a set of wide characters
wcsspn \- advance in a wide-character string, skipping
any of a set of wide characters
.SH SYNOPSIS
.nf
.B #include <wchar.h>
@ -21,16 +22,20 @@ wcsspn \- advance in a wide-character string, skipping any of a set of wide char
.BI "wcsspn(const wchar_t *" wcs ", const wchar_t *" accept );
.fi
.SH DESCRIPTION
The \fBwcsspn\fP() function is the wide-character equivalent of the \fBstrspn\fP()
function. It determines the length of the longest initial segment of \fIwcs\fP
which consists entirely of wide-characters listed in \fIaccept\fP. In other
The \fBwcsspn\fP() function is the wide-character equivalent of the
\fBstrspn\fP() function.
It determines the length of the longest initial segment of \fIwcs\fP
which consists entirely of wide-characters listed in \fIaccept\fP.
In other
words, it searches for the first occurrence in the wide-character string
\fIwcs\fP of a wide-character not contained in the wide-character string
\fIaccept\fP.
.SH "RETURN VALUE"
The \fBwcsspn\fP() function returns the number of wide characters in the longest
The \fBwcsspn\fP() function returns the number of
wide characters in the longest
initial segment of \fIwcs\fP which consists entirely of wide-characters listed
in \fIaccept\fP. In other words, it returns the position of the first
in \fIaccept\fP.
In other words, it returns the position of the first
occurrence in the wide-character string \fIwcs\fP of a wide-character not
contained in the wide-character string \fIaccept\fP, or \fIwcslen(wcs)\fP
if there is none.

11
man3/wcsstr.3
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@ -21,16 +21,19 @@ wcsstr \- locate a substring in a wide-character string
.BI "wchar_t *wcsstr(const wchar_t *" haystack ", const wchar_t *" needle );
.fi
.SH DESCRIPTION
The \fBwcsstr\fP() function is the wide-character equivalent of the \fBstrstr\fP()
function. It searches for the first occurrence of the wide-character string
The \fBwcsstr\fP() function is the wide-character equivalent of the
\fBstrstr\fP() function.
It searches for the first occurrence of the wide-character string
\fIneedle\fP (without its terminating L'\\0' character) as a substring in
the wide-character string \fIhaystack\fP.
.SH "RETURN VALUE"
The \fBwcsstr\fP() function returns a pointer to the first occurrence of
\fIneedle\fP in \fIhaystack\fP. It returns NULL if \fIneedle\fP does not occur
\fIneedle\fP in \fIhaystack\fP.
It returns NULL if \fIneedle\fP does not occur
as a substring in \fIhaystack\fP.
.PP
Note the special case: If \fIneedle\fP is the empty wide-character string,
Note the special case:
If \fIneedle\fP is the empty wide-character string,
the return value is always \fIhaystack\fP itself.
.SH "CONFORMING TO"
C99.

11
man3/wcstok.3
View File

@ -21,8 +21,10 @@ wcstok \- split wide-character string into tokens
.BI "wchar_t *wcstok(wchar_t *" wcs ", const wchar_t *" delim ", wchar_t **" ptr );
.fi
.SH DESCRIPTION
The \fBwcstok\fP() function is the wide-character equivalent of the \fBstrtok\fP()
function, with an added argument to make it multithread-safe. It can be used
The \fBwcstok\fP() function is the wide-character equivalent of the
\fBstrtok\fP() function,
with an added argument to make it multithread-safe.
It can be used
to split a wide-character string \fIwcs\fP into tokens, where a token is
defined as a substring not containing any wide-characters from \fIdelim\fP.
.PP
@ -31,8 +33,9 @@ The search starts at \fIwcs\fP, if \fIwcs\fP is not NULL, or at \fI*ptr\fP, if
pointer is advanced beyond any wide-characters which occur in \fIdelim\fP.
If the end of the wide-character string is now reached, \fBwcstok\fP() returns
NULL, to indicate that no tokens were found, and stores an appropriate value
in \fI*ptr\fP, so that subsequent calls to \fBwcstok\fP() will continue to return
NULL. Otherwise, the \fBwcstok\fP() function recognizes the beginning of a token
in \fI*ptr\fP,
so that subsequent calls to \fBwcstok\fP() will continue to return NULL.
Otherwise, the \fBwcstok\fP() function recognizes the beginning of a token
and returns a pointer to it, but before doing that, it zero-terminates the
token by replacing the next wide-character which occurs in \fIdelim\fP with
a L'\\0' character, and it updates \fI*ptr\fP so that subsequent calls will

5
man3/wmemchr.3
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@ -21,8 +21,9 @@ wmemchr \- search a wide character in a wide-character array
.BI "wchar_t *wmemchr(const wchar_t *" s ", wchar_t " c ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwmemchr\fP() function is the wide-character equivalent of the \fBmemchr\fP()
function. It searches the \fIn\fP wide characters starting at \fIs\fP for
The \fBwmemchr\fP() function is the wide-character equivalent of the
\fBmemchr\fP() function.
It searches the \fIn\fP wide characters starting at \fIs\fP for
the first occurrence of the wide character \fIc\fP.
.SH "RETURN VALUE"
The \fBwmemchr\fP() function returns a pointer to the first occurrence of \fIc\fP

5
man3/wmemcmp.3
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@ -20,8 +20,9 @@ wmemcmp \- compare two arrays of wide-characters
.BI "int wmemcmp(const wchar_t *" s1 ", const wchar_t *" s2 ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwmemcmp\fP() function is the wide-character equivalent of the \fBmemcmp\fP()
function. It compares the \fIn\fP wide-characters starting at \fIs1\fP and the
The \fBwmemcmp\fP() function is the wide-character equivalent of the
\fBmemcmp\fP() function.
It compares the \fIn\fP wide-characters starting at \fIs1\fP and the
\fIn\fP wide-characters starting at \fIs2\fP.
.SH "RETURN VALUE"
The \fBwmemcmp\fP() function returns zero if the wide-character arrays of size

5
man3/wmemcpy.3
View File

@ -21,8 +21,9 @@ wmemcpy \- copy an array of wide-characters
.BI "wchar_t *wmemcpy(wchar_t *" dest ", const wchar_t *" src ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwmemcpy\fP() function is the wide-character equivalent of the \fBmemcpy\fP()
function. It copies \fIn\fP wide characters from the array starting at
The \fBwmemcpy\fP() function is the wide-character equivalent of the
\fBmemcpy\fP() function.
It copies \fIn\fP wide characters from the array starting at
\fIsrc\fP to the array starting at \fIdest\fP.
.PP
The arrays may not overlap; use \fBwmemmove\fP(3) to copy between overlapping

5
man3/wmemset.3
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@ -21,8 +21,9 @@ wmemset \- fill an array of wide-characters with a constant wide character
.BI "wchar_t *wmemset(wchar_t *" wcs ", wchar_t " wc ", size_t " n );
.fi
.SH DESCRIPTION
The \fBwmemset\fP() function is the wide-character equivalent of the \fBmemset\fP()
function. It fills the array of \fIn\fP wide-characters starting at \fIwcs\fP
The \fBwmemset\fP() function is the wide-character equivalent of the
\fBmemset\fP() function.
It fills the array of \fIn\fP wide-characters starting at \fIwcs\fP
with \fIn\fP copies of the wide character \fIwc\fP.
.SH "RETURN VALUE"
\fBwmemset\fP() returns \fIwcs\fP.

19
man3/wprintf.3
View File

@ -13,7 +13,8 @@
.\"
.TH WPRINTF 3 1999-11-20 "GNU" "Linux Programmer's Manual"
.SH NAME
wprintf, fwprintf, swprintf, vwprintf, vfwprintf, vswprintf \- formatted wide character output conversion
wprintf, fwprintf, swprintf, vwprintf, vfwprintf, vswprintf \- formatted
wide character output conversion
.SH SYNOPSIS
.nf
.B #include <stdio.h>
@ -36,15 +37,18 @@ The \fBwprintf\fP() family of functions is the wide-character equivalent of the
\fBprintf\fP() family of functions. It performs formatted output of wide
characters.
.PP
The \fBwprintf\fP() and \fBvwprintf\fP() functions perform wide character output
to \fBstdout\fP. \fBstdout\fP must not be byte oriented; see function
The \fBwprintf\fP() and \fBvwprintf\fP() functions
perform wide character output to \fBstdout\fP.
\fBstdout\fP must not be byte oriented; see function
\fBfwide\fP() for more information.
.PP
The \fBfwprintf\fP() and \fBvfwprintf\fP() functions perform wide character output
to \fIstream\fP. \fIstream\fP must not be byte oriented; see function
The \fBfwprintf\fP() and \fBvfwprintf\fP() functions
perform wide character output to \fIstream\fP.
\fIstream\fP must not be byte oriented; see function
\fBfwide\fP() for more information.
.PP
The \fBswprintf\fP() and \fBvswprintf\fP() functions perform wide character output
The \fBswprintf\fP() and \fBvswprintf\fP() functions
perform wide character output
to an array of wide characters.
The programmer must ensure that there is room for at least \fImaxlen\fP wide
characters at \fIwcs\fP.
@ -61,7 +65,8 @@ The output consists of wide characters, not bytes.
.TP
.B \(bu
\fBswprintf\fP() and \fBvswprintf\fP() take a \fImaxlen\fP argument,
\fBsprintf\fP() and \fBvsprintf\fP() do not. (\fBsnprintf\fP() and \fBvsnprintf\fP()
\fBsprintf\fP() and \fBvsprintf\fP() do not.
(\fBsnprintf\fP() and \fBvsnprintf\fP()
take a \fImaxlen\fP argument, but these functions do not return \-1 upon
buffer overflow on Linux.)
.PP

15
man4/console_ioctl.4
View File

@ -406,12 +406,12 @@ points to a
.nf
struct vt_consize {
ushort \fIv_rows\fP; /* number of rows */
ushort \fIv_cols\fP; /* number of columns */
ushort \fIv_vlin\fP; /* number of pixel rows on screen */
ushort \fIv_clin\fP; /* number of pixel rows per character */
ushort \fIv_vcol\fP; /* number of pixel columns on screen */
ushort \fIv_ccol\fP; /* number of pixel columns per character */
ushort \fIv_rows\fP; /* number of rows */
ushort \fIv_cols\fP; /* number of columns */
ushort \fIv_vlin\fP; /* number of pixel rows on screen */
ushort \fIv_clin\fP; /* number of pixel rows per character */
ushort \fIv_vcol\fP; /* number of pixel columns on screen */
ushort \fIv_ccol\fP; /* number of pixel columns per character */
};
.fi
@ -493,7 +493,8 @@ screen blanking does:
\fI1\fP: The current video adapter
register settings are saved, then the controller is programmed to turn off
the vertical synchronization pulses. This puts the monitor into "standby" mode.
the vertical synchronization pulses.
This puts the monitor into "standby" mode.
If your monitor has an Off_Mode timer, then
it will eventually power down by itself.

253
man4/sk98lin.4
View File

@ -60,9 +60,14 @@ sk98lin \- Marvell/SysKonnect Gigabit Ethernet driver v6.21
.SH DESCRIPTION
.B sk98lin
is the Gigabit Ethernet driver for Marvell and SysKonnect network adapter cards.
It supports SysKonnect SK-98xx/SK-95xx compliant Gigabit Ethernet Adapter and any Yukon compliant chipset.
It supports SysKonnect SK-98xx/SK-95xx compliant Gigabit Ethernet Adapter and
any Yukon compliant chipset.
When loading the driver using insmod, parameters for the network adapter cards might be stated as a sequence of comma separated commands. If for instance two network adapters are installed and AutoNegotiation on Port A of the first adapter should be ON, but on the Port A of the second adapter switched OFF, one must enter:
When loading the driver using insmod, parameters for the network adapter cards
might be stated as a sequence of comma separated commands.
If for instance two network adapters are installed and AutoNegotiation on
Port A of the first adapter should be ON,
but on the Port A of the second adapter switched OFF, one must enter:
insmod sk98lin.o AutoNeg_A=On,Off
@ -70,25 +75,41 @@ After
.B sk98lin
is bound to one or more adapter cards and the
.IR /proc
filesystem is mounted on your system, a dedicated statistics file will be created in folder
filesystem is mounted on your system, a dedicated statistics file
will be created in folder
.IR /proc/net/sk98lin
for all ports of the installed network adapter cards. Those files are named
for all ports of the installed network adapter cards.
Those files are named
.IR eth[x]
whereas
.IR x
is the number of the interface that has been assigned to a dedicated port by the system.
is the number of the interface that has been assigned to a
dedicated port by the system.
If loading is finished, any desired IP address can be assigned to the respective
If loading is finished, any desired IP address can be
assigned to the respective
.IR eth[x]
interface using the
.BR ifconfig (8)
command. This causes the adapter to connect to the Ethernet and to display a status message on the console saying "ethx: network connection up using port y" followed by the configured or detected connection parameters.
command.
This causes the adapter to connect to the Ethernet and to display a status
message on the console saying "ethx: network connection up using port y"
followed by the configured or detected connection parameters.
The
.B sk98lin
also supports large frames (also called jumbo frames). Using jumbo frames can improve throughput tremendously when transferring large amounts of data. To enable large frames, the MTU (maximum transfer unit) size for an interface is to be set to a high value. The default MTU size is 1500 and can be changed up to 9000 (bytes). Setting the MTU size can be done when assigning the IP address to the interface or later by using the
also supports large frames (also called jumbo frames).
Using jumbo frames can improve throughput tremendously when
transferring large amounts of data.
To enable large frames, the MTU (maximum transfer unit) size
for an interface is to be set to a high value.
The default MTU size is 1500 and can be changed up to 9000 (bytes).
Setting the MTU size can be done when assigning the IP address
to the interface or later by using the
.BR ifconfig (8)
command with the mtu parameter. If for instance eth0 needs an IP address and a large frame MTU size, the following two commands might be used:
command with the mtu parameter. If for instance eth0 needs an IP
address and a large frame MTU size,
the following two commands might be used:
ifconfig eth0 10.1.1.1
ifconfig eth0 mtu 9000
@ -97,7 +118,18 @@ Those two commands might even be combined into one:
ifconfig eth0 10.1.1.1 mtu 9000
Note that large frames can only be used if your network infrastructure allows to do so. This means, that any switch being used in your Ethernet must also support large frames. Quite some switches support large frames, but need to be configured to do so. Most of the times, their default setting is to support only standard frames with an MTU size of 1500 (bytes). In addition to the switches inside the network, all network adapters that are to be used must also be enabled regarding jumbo frames. If an adapter is not set to receive large frames it will simply drop them.
Note that large frames can only be used if your network infrastructure
allows to do so.
This means, that any switch being used in your Ethernet must
also support large frames.
Quite some switches support large frames,
but need to be configured to do so.
Most of the times, their default setting is to support only
standard frames with an MTU size of 1500 (bytes).
In addition to the switches inside the network,
all network adapters that are to be used must also be
enabled regarding jumbo frames.
If an adapter is not set to receive large frames it will simply drop them.
Switching back to the standard Ethernet frame size can be done by using the
.BR ifconfig (8)
@ -105,7 +137,11 @@ command again:
ifconfig eth0 mtu 1500
The Marvell/SysKonnect Gigabit Ethernet driver for Linux is able to support VLAN and Link Aggregation according to IEEE standards 802.1, 802.1q, and 802.3ad. Those features are only available after installation of open source modules which can be found on the Internet:
The Marvell/SysKonnect Gigabit Ethernet driver for Linux is able to
support VLAN and Link Aggregation according to
IEEE standards 802.1, 802.1q, and 802.3ad.
Those features are only available after installation of open source modules
which can be found on the Internet:
.IR VLAN \c
: http://www.candelatech.com/~greear/vlan.html
@ -115,11 +151,16 @@ The Marvell/SysKonnect Gigabit Ethernet driver for Linux is able to support VLAN
: http://www.st.rim.or.jp/~yumo
.br
Note that Marvell/SysKonnect does not offer any support for these open source modules and does not take the responsibility for any kind of failures or problems arising when using these modules.
Note that Marvell/SysKonnect does not offer any support for these
open source modules and does not take the responsibility for any
kind of failures or problems arising when using these modules.
.SH PARAMETERS
.TP
.BI Speed_A= i,j,...
This parameter is used to set the speed capabilities of port A of an adapter card. It is only valid for Yukon copper adapters. Possible values are:
This parameter is used to set the speed capabilities of port A of an
adapter card.
It is only valid for Yukon copper adapters.
Possible values are:
.IR 10 ,
.IR 100 ,
.IR 1000
@ -127,10 +168,16 @@ or
.IR Auto
whereas
.IR Auto
is the default. Usually, the speed is negotiated between the two ports during link establishment. If this fails, a port can be forced to a specific setting with this parameter.
is the default.
Usually, the speed is negotiated between the two ports
during link establishment.
If this fails, a port can be forced to a specific setting with this parameter.
.TP
.BI Speed_B= i,j,...
This parameter is used to set the speed capabilities of port B of an adapter card. It is only valid for Yukon copper adapters. Possible values are:
This parameter is used to set the speed capabilities of port B of
an adapter card.
It is only valid for Yukon copper adapters.
Possible values are:
.IR 10 ,
.IR 100 ,
.IR 1000
@ -138,10 +185,14 @@ or
.IR Auto
whereas
.IR Auto
is the default. Usually, the speed is negotiated between the two ports during link establishment. If this fails, a port can be forced to a specific setting with this parameter.
is the default.
Usually, the speed is negotiated between the two ports during link
establishment.
If this fails, a port can be forced to a specific setting with this parameter.
.TP
.BI AutoNeg_A= i,j,...
Enables or disables the use of autonegotiation of port A of an adapter card. Possible values are:
Enables or disables the use of autonegotiation of port A of an adapter card.
Possible values are:
.IR On ,
.IR Off
or
@ -150,10 +201,12 @@ whereas
.IR On
is the default. The
.IR Sense
mode automatically detects whether the link partner supports auto-negotiation or not.
mode automatically detects whether the link partner supports
auto-negotiation or not.
.TP
.BI AutoNeg_B= i,j,...
Enables or disables the use of autonegotiation of port B of an adapter card. Possible values are:
Enables or disables the use of autonegotiation of port B of an adapter card.
Possible values are:
.IR On ,
.IR Off
or
@ -162,10 +215,13 @@ whereas
.IR On
is the default. The
.IR Sense
mode automatically detects whether the link partner supports auto-negotiation or not.
mode automatically detects whether the link partner supports
auto-negotiation or not.
.TP
.BI DupCap_A= i,j,...
This parameter indicates the duplex mode to be used for port A of an adapter card. Possible values are:
This parameter indicates the duplex mode to be used for port A
of an adapter card.
Possible values are:
.IR Half ,
.IR Full
or
@ -188,17 +244,22 @@ only DupCap_A values
.IR Full
and
.IR Half
are allowed. This DupCap_A parameter is useful if your link partner does not support all possible duplex combinations.
are allowed.
This DupCap_A parameter is useful if your link partner does not
support all possible duplex combinations.
.TP
.BI DupCap_B= i,j,...
This parameter indicates the duplex mode to be used for port B of an adapter card. Possible values are:
This parameter indicates the duplex mode to be used for port B
of an adapter card.
Possible values are:
.IR Half ,
.IR Full
or
.IR Both
whereas
.IR Both
is the default. This parameter is only relevant if AutoNeg_B of port B is not set to
is the default.
This parameter is only relevant if AutoNeg_B of port B is not set to
.IR Sense .
If AutoNeg_B is set to
.IR On ,
@ -213,10 +274,14 @@ only DupCap_B values
.IR Full
and
.IR Half
are allowed. This DupCap_B parameter is useful if your link partner does not support all possible duplex combinations.
are allowed.
This DupCap_B parameter is useful if your link partner does not
support all possible duplex combinations.
.TP
.BI FlowCtrl_A= i,j,...
This parameter can be used to set the flow control capabilities the port reports during auto-negotiation. Possible values are:
This parameter can be used to set the flow control capabilities the
port reports during auto-negotiation.
Possible values are:
.IR Sym ,
.IR SymOrRem ,
.IR LocSend
@ -247,7 +312,9 @@ Note that this parameter is ignored if AutoNeg_A is set to
.IR Off .
.TP
.BI FlowCtrl_B= i,j,...
This parameter can be used to set the flow control capabilities the port reports during auto-negotiation. Possible values are:
This parameter can be used to set the flow control capabilities the
port reports during auto-negotiation.
Possible values are:
.IR Sym ,
.IR SymOrRem ,
.IR LocSend
@ -278,27 +345,47 @@ Note that this parameter is ignored if AutoNeg_B is set to
.IR Off .
.TP
.BI Role_A= i,j,...
This parameter is only valid for 1000Base-T adapter cards. For two 1000Base-T ports to communicate, one must take the role of the master (providing timing information), while the other must be the slave. Possible values are:
This parameter is only valid for 1000Base-T adapter cards.
For two 1000Base-T ports to communicate,
one must take the role of the master (providing timing information),
while the other must be the slave.
Possible values are:
.IR Auto ,
.IR Master
or
.IR Slave
whereas
.IR Auto
is the default. Usually, the role of a port is negotiated between two ports during link establishment, but if that fails the port A of an adapter card can be forced to a specific setting with this parameter.
is the default.
Usually, the role of a port is negotiated between two ports during
link establishment, but if that fails the port A of an adapter card
can be forced to a specific setting with this parameter.
.TP
.BI Role_B= i,j,...
This parameter is only valid for 1000Base-T adapter cards. For two 1000Base-T ports to communicate, one must take the role of the master (providing timing information), while the other must be the slave. Possible values are:
This parameter is only valid for 1000Base-T adapter cards.
For two 1000Base-T ports to communicate, one must take
the role of the master (providing timing information),
while the other must be the slave.
Possible values are:
.IR Auto ,
.IR Master
or
.IR Slave
whereas
.IR Auto
is the default. Usually, the role of a port is negotiated between two ports during link establishment, but if that fails the port B of an adapter card can be forced to a specific setting with this parameter.
is the default.
Usually, the role of a port is negotiated between
two ports during link establishment, but if that fails
the port B of an adapter card can be forced to a
specific setting with this parameter.
.TP
.BI ConType= i,j,...
This parameter is a combination of all five per-port parameters within one single parameter. This simplifies the configuration of both ports of an adapter card. The different values of this variable reflect the most meaningful combinations of port parameters. Possible values and their corresponding combination of per-port parameters:
This parameter is a combination of all five per-port parameters
within one single parameter.
This simplifies the configuration of both ports of an adapter card.
The different values of this variable reflect the
most meaningful combinations of port parameters.
Possible values and their corresponding combination of per-port parameters:
.br
.ad l
@ -323,14 +410,19 @@ ConType | DupCap AutoNeg FlowCtrl Role Speed
.ad b
Stating any other port parameter together with this
.IR ConType
parameter will result in a merged configuration of those settings. This is due to
parameter will result in a merged configuration of those settings.
This is due to
the fact, that the per-port parameters (e.g.
.IR Speed_A )
have a higher priority than the combined variable
.IR ConType .
.TP
.BI Moderation= i,j,...
Interrupt moderation is employed to limit the maximum number of interrupts the driver has to serve. That is, one or more interrupts (which indicate any transmit or receive packet to be processed) are queued until the driver processes them. When queued interrupts are to be served, is determined by the
Interrupt moderation is employed to limit the maximum number of interrupts
the driver has to serve.
That is, one or more interrupts (which indicate any transmit or
receive packet to be processed) are queued until the driver processes them.
When queued interrupts are to be served, is determined by the
.IR IntsPerSec
parameter, which is explained later below. Possible moderation modes are:
.IR None ,
@ -342,33 +434,59 @@ whereas
is the default. The different modes have the following meaning:
.IR None
No interrupt moderation is applied on the adapter card. Therefore, each transmit or receive interrupt is served immediately as soon as it appears on the interrupt line of the adapter card.
No interrupt moderation is applied on the adapter card.
Therefore, each transmit or receive interrupt is served immediately
as soon as it appears on the interrupt line of the adapter card.
.br
.IR Static
Interrupt moderation is applied on the adapter card. All transmit and receive interrupts are queued until a complete moderation interval ends. If such a moderation interval ends, all queued interrupts are processed in one big bunch without any delay. The term
Interrupt moderation is applied on the adapter card.
All transmit and receive interrupts are queued until
a complete moderation interval ends.
If such a moderation interval ends, all queued interrupts
are processed in one big bunch without any delay.
The term
.IR Static
reflects the fact, that interrupt moderation is always enabled, regardless how much network load is currently passing via a particular interface. In addition, the duration of the moderation interval has a fixed length that never changes while the driver is operational.
reflects the fact, that interrupt moderation is always enabled,
regardless how much network load is currently passing via a
particular interface.
In addition, the duration of the moderation interval has a fixed
length that never changes while the driver is operational.
.br
.IR Dynamic
Interrupt moderation might be applied on the adapter card, depending on the load of the system. If the driver detects that the system load is too high, the driver tries to shield the system against too much network load by enabling interrupt moderation. If \(em at a later time \(em the CPU utilization decreases again (or if the network load is negligible) the interrupt moderation will automatically be disabled.
Interrupt moderation might be applied on the adapter card,
depending on the load of the system.
If the driver detects that the system load is too high,
the driver tries to shield the system against too much network
load by enabling interrupt moderation.
If \(em at a later time \(em the CPU utilization decreases
again (or if the network load is negligible) the interrupt
moderation will automatically be disabled.
Interrupt moderation should be used when the driver has to handle one or more interfaces with a high network load, which \(em as a consequence \(em leads also to a high CPU utilization. When moderation is applied in such high network load situations, CPU load might be reduced by 20-30% on slow computers.
Interrupt moderation should be used when the driver has to
handle one or more interfaces with a high network load,
which \(em as a consequence \(em leads also to a high CPU utilization.
When moderation is applied in such high network load situations,
CPU load might be reduced by 20-30% on slow computers.
Note that the drawback of using interrupt moderation is an increase of the round-trip-time (RTT), due to the queuing and serving of interrupts at dedicated
moderation times.
Note that the drawback of using interrupt moderation is an increase of
the round-trip-time (RTT), due to the queuing and serving of
interrupts at dedicated moderation times.
.TP
.BI IntsPerSec= i,j,...
This parameter determines the length of any interrupt moderation interval.
Assuming that static interrupt moderation is to be used, an
.IR IntsPerSec
parameter value of 2000 will lead to an interrupt moderation interval of
500 microseconds. Possible values for this parameter are in the range of 30...40000 (interrupts per second). The default value is 2000.
500 microseconds.
Possible values for this parameter are in the range of
30...40000 (interrupts per second).
The default value is 2000.
This parameter is only used, if either static or dynamic interrupt moderation
is enabled on a network adapter card. This parameter is ignored if no moderation is
applied.
is enabled on a network adapter card.
This parameter is ignored if no moderation is applied.
Note that the duration of the moderation interval is to be chosen with care.
At first glance, selecting a very long duration (e.g. only 100 interrupts per
@ -377,7 +495,11 @@ is tremendous. On the other hand, selecting a very short moderation time might
compensate the use of any moderation being applied.
.TP
.BI PrefPort= i,j,...
This parameter is used to force the preferred port to A or B (on dual-port network adapters). The preferred port is the one that is used if both ports A and B are detected as fully functional. Possible values are:
This parameter is used to force the preferred port to
A or B (on dual-port network adapters).
The preferred port is the one that is used if both ports A and B are
detected as fully functional.
Possible values are:
.IR A
or
.IR B
@ -386,7 +508,12 @@ whereas
is the default.
.TP
.BI RlmtMode= i,j,...
RLMT monitors the status of the port. If the link of the active port fails, RLMT switches immediately to the standby link. The virtual link is maintained as long as at least one 'physical' link is up. This parameters states how RLMT should monitor both ports. Possible values are:
RLMT monitors the status of the port.
If the link of the active port fails,
RLMT switches immediately to the standby link.
The virtual link is maintained as long as at least one 'physical' link is up.
This parameters states how RLMT should monitor both ports.
Possible values are:
.IR CheckLinkState ,
.IR CheckLocalPort ,
.IR CheckSeg
@ -397,19 +524,31 @@ whereas
is the default. The different modes have the following meaning:
.IR CheckLinkState
Check link state only: RLMT uses the link state reported by the adapter hardware for each individual port to determine whether a port can be used for all network traffic or not.
Check link state only: RLMT uses the link state reported by the adapter
hardware for each individual port to determine whether a port can be used
for all network traffic or not.
.br
.IR CheckLocalPort
In this mode, RLMT monitors the network path between the two ports of an adapter by regularly exchanging packets between them. This mode requires a network configuration in which the two ports are able to "see" each other (i.e. there must not be any router between the ports).
In this mode, RLMT monitors the network path between the two
ports of an adapter by regularly exchanging packets between them.
This mode requires a network configuration in which the
two ports are able to "see" each other (i.e. there
must not be any router between the ports).
.br
.IR CheckSeg
Check local port and segmentation: This mode supports the same functions as the CheckLocalPort mode and additionally checks network segmentation between the ports. Therefore, this mode is only to be used if Gigabit Ethernet switches are installed on the network that have been configured to use the Spanning Tree protocol.
Check local port and segmentation:
This mode supports the same functions as the CheckLocalPort
mode and additionally checks network segmentation between the ports.
Therefore, this mode is only to be used if Gigabit Ethernet
switches are installed on the network that have been
configured to use the Spanning Tree protocol.
.br
.IR DualNet
In this mode, ports A and B are used as separate devices. If you have a dual port adapter, port A will be configured as
In this mode, ports A and B are used as separate devices.
If you have a dual port adapter, port A will be configured as
.IR eth[x] and port B as
.IR eth[x+1] .
Both ports can be used independently with distinct IP addresses.
@ -419,12 +558,17 @@ Note that RLMT modes
.IR CheckLocalPort
and
.IR CheckLinkState
are designed to operate in configurations where a network path between the ports on one adapter exists. Moreover, they are not designed to work where adapters are connected back-to-back.
are designed to operate in configurations where a
network path between the ports on one adapter exists.
Moreover, they are not designed to work where adapters are
connected back-to-back.
.SH FILES
.TP
.I /proc/net/sk98lin/eth[x]
.br
The statistics file of a particular interface of an adapter card. It contains generic information about the adapter card plus a detailed summary of all transmit and receive counters.
The statistics file of a particular interface of an adapter card.
It contains generic information about the adapter card plus a detailed
summary of all transmit and receive counters.
.TP
.I /usr/src/linux/Documentation/network/sk98lin.txt
.br
@ -432,7 +576,10 @@ This is the
.IR README
file of the
.IR sk98lin
driver. It contains a detailed installation HOWTO and describes all parameters of the driver. It denotes also common problems and provides the solution to them.
driver.
It contains a detailed installation HOWTO and describes all parameters
of the driver.
It denotes also common problems and provides the solution to them.
.SH BUGS
Report any bugs to linux@syskonnect.de
.SH AUTHORS

3
man7/environ.7
View File

@ -122,7 +122,8 @@ influenced by the presence or value of certain environment variables.
A random collection:
.LP
The variables
.BR LANG ", " LANGUAGE ", " NLSPATH ", " LOCPATH ", " LC_ALL ", " LC_MESSAGES ", "
.BR LANG ", " LANGUAGE ", " NLSPATH ", " LOCPATH ", "
.BR LC_ALL ", " LC_MESSAGES ", "
etc. influence locale handling, cf.
.BR locale (5).
.LP

3
man7/time.7
View File

@ -108,7 +108,8 @@ string representations of the time are described in
and
.BR strptime (3).
.SS "Sleeping and Setting Timers"
Various system calls and functions allow a program to sleep (suspend execution) for a specified period of time; see
Various system calls and functions allow a program to sleep
(suspend execution) for a specified period of time; see
.BR nanosleep (2)
and
.BR sleep (3).

3
man7/unix.7
View File

@ -11,7 +11,8 @@
.\"
.TH UNIX 7 2004-05-27 "Linux Man Page" "Linux Programmer's Manual"
.SH NAME
unix, PF_UNIX, AF_UNIX, PF_LOCAL, AF_LOCAL \- Sockets for local interprocess communication
unix, PF_UNIX, AF_UNIX, PF_LOCAL, AF_LOCAL \- Sockets for local
interprocess communication
.SH SYNOPSIS
.B #include <sys/socket.h>
.br