and allows access to secure or acceleration hardware.
.IP
Adding support for DH computation to the
-.BR keyctl()
+.BR keyctl ()
system call was considered a good fit due to the DH algorithm's use
for deriving shared keys;
it also allows the type of the key to determine
limit, with the result that
.BR mlock ()
and
-.BR mlock2()
+.BR mlock2 ()
would fail on requests that should have succeeded.
This bug was fixed
.\" commit 0cf2f6f6dc605e587d2c1120f295934c77e810e8
and
.BR epoll (7).
.TP
-.BR ioctl "(2)"
+.BR ioctl (2)
The following timerfd-specific command is supported:
.RS
.TP
(This is true on both 32-bit and 64-bit systems.)
.PP
An error return value while performing
-.BR write()
+.BR write ()
using direct I/O does not mean the
entire write has failed. Partial data may be written
and the data at the file offset on which the
-.BR write()
+.BR write ()
was attempted should be considered inconsistent.
.SH BUGS
According to POSIX.1-2008/SUSv4 Section XSI 2.9.7
functions provide access to locale information
in a more flexible way than
.BR localeconv (3).
-.BR nl_langinfo()
+.BR nl_langinfo ()
returns a string which is the value corresponding to
\fIitem\fP in the program's current global
locale.
-.BR nl_langinfo()
+.BR nl_langinfo ()
returns a string which is the value corresponding to \fIitem\fP
for the locale identified by the locale object \fIlocale\fP,
which was previously created by
.BR execve (2).
.PP
Below, the functions are described in terms of a three-step process: the
-.BR fork()
+.BR fork ()
step, the
.RB pre- exec ()
step (executed in the child),