'\"macro stdmacro
.\"
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.\"
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.\" under the terms of the GNU General Public License as published by the
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.\"
.TH PMLOCALTIME 3 "PCP" "Performance Co-Pilot"
.SH NAME
\f3pmLocaltime\f1 \- convert the date and time for a reporting timezone
.SH "C SYNOPSIS"
.ft 3
#include <time.h>
.br
#include <pcp/pmapi.h>
.sp
struct tm *pmLocaltime(const time_t *\fIclock\fP, struct tm *\fIresult\fP);
.sp
cc ... \-lpcp
.ft 1
.SH DESCRIPTION
.B pmLocaltime
is very similar to
.BR localtime (3),
except the timezone used is the current ``reporting timezone'' (rather than the
default
.B TZ
environment variable scheme), and the result is returned into a
caller-declared buffer (rather than a private buffer).
.PP
Like
.BR localtime (3)
the time to be converted is passed via
.IR clock ,
and
the
.I result
contains the components broken out in the elements of the
.I tm
struct.
.PP
.B pmLocaltime
returns
.I result
as the value of the function.
.PP
The default current reporting timezone is as defined by the
.B TZ
environment variable, so
.B pmLocaltime
and
.BR localtime (3)
will initially produce a similar encoding of the date and time.
.PP
Use
.BR pmNewZone (3),
.BR pmNewContextZone (3)
or
.BR pmUseZone (3)
to establish a new current reporting timezone that will affect
.B pmLocaltime
but not
.BR localtime (3).
.SH SEE ALSO
.BR localtime (3),
.BR PMAPI (3),
.BR pmCtime (3),
.BR pmGetConfig (3),
.BR pmNewContextZone (3),
.BR pmNewZone (3),
.BR pmUseZone (3),
.BR pcp.conf (5)
and
.BR pcp.env (5).