@INC = '../lib';
}
-my $Invoke_Perl = qq(MCR $^X "-I[-.lib]");
+my $perl = $^X;
+$perl = VMS::Filespec::vmsify($perl) if $^O eq 'VMS';
-require "./test.pl";
+my $Invoke_Perl = qq(MCR $perl "-I[-.lib]");
+
+BEGIN { require "./test.pl"; }
plan(tests => 25);
SKIP: {
skip("tests for non-VMS only", 1) if $^O eq 'VMS';
+ no utf8;
+
BEGIN { $Orig_Bits = $^H }
# make sure that all those 'use vmsish' calls didn't do anything.
eval "END { \$ENV{'SYS\$TIMEZONE_DIFFERENTIAL'} = $oldtz; }";
gmtime(0); # Force reset of tz offset
}
+
+ # Unless we are prepared to parse the timezone rules here and figure out
+ # what the correct offset was when the file was last revised, we need to
+ # use a file for which the current offset is known to be valid. That's why
+ # we create a file rather than using an existing one for the stat() test.
+
+ my $file = 'sys$scratch:vmsish_t_flirble.tmp';
+ open TMP, ">$file" or die "Couldn't open file $file";
+ close TMP;
+ END { 1 while unlink $file; }
+
{
use_ok('vmsish qw(time)');
+
+ # but that didn't get it in our current scope
+ use vmsish qw(time);
+
$vmstime = time;
@vmslocal = localtime($vmstime);
@vmsgmtime = gmtime($vmstime);
- $vmsmtime = (stat $0)[9];
+ $vmsmtime = (stat $file)[9];
}
$utctime = time;
@utclocal = localtime($vmstime);
@utcgmtime = gmtime($vmstime);
- $utcmtime = (stat $0)[9];
+ $utcmtime = (stat $file)[9];
$offset = $ENV{'SYS$TIMEZONE_DIFFERENTIAL'};
# since it's unlikely local time will differ from UTC by so small
# an amount, and it renders the test resistant to delays from
# things like stat() on a file mounted over a slow network link.
- ok($utctime - $vmstime +$offset <= 10,"(time) UTC:$utctime VMS:$vmstime");
+ ok(abs($utctime - $vmstime + $offset) <= 10,"(time) UTC: $utctime VMS: $vmstime");
$utcval = $utclocal[5] * 31536000 + $utclocal[7] * 86400 +
$utclocal[2] * 3600 + $utclocal[1] * 60 + $utclocal[0];
$vmsval = $vmslocal[5] * 31536000 + $vmslocal[7] * 86400 +
$vmslocal[2] * 3600 + $vmslocal[1] * 60 + $vmslocal[0];
- ok($vmsval - $utcval + $offset <= 10, "(localtime)\n# UTC: @utclocal\n# VMS: @vmslocal");
+ ok(abs($vmsval - $utcval + $offset) <= 10, "(localtime) UTC: $utcval VMS: $vmsval");
+ print "# UTC: @utclocal\n# VMS: @vmslocal\n";
$utcval = $utcgmtime[5] * 31536000 + $utcgmtime[7] * 86400 +
$utcgmtime[2] * 3600 + $utcgmtime[1] * 60 + $utcgmtime[0];
$vmsval = $vmsgmtime[5] * 31536000 + $vmsgmtime[7] * 86400 +
$vmsgmtime[2] * 3600 + $vmsgmtime[1] * 60 + $vmsgmtime[0];
- ok($vmsval - $utcval + $offset <= 10, "(gmtime)\n# UTC: @utcgmtime\n# VMS: @vmsgmtime");
+ ok(abs($vmsval - $utcval + $offset) <= 10, "(gmtime) UTC: $utcval VMS: $vmsval");
+ print "# UTC: @utcgmtime\n# VMS: @vmsgmtime\n";
- ok($vmsmtime - $utcmtime + $offset <= 10,"(stat) UTC: $utcmtime VMS: $vmsmtime");
+ ok(abs($utcmtime - $vmsmtime + $offset) <= 10,"(stat) UTC: $utcmtime VMS: $vmsmtime");
}
}