# If /proc/cpuinfo does not exist, we fall back to 2 cores.
$num_cores ||= 2;
- # If unset, we use num_cores * 2, plus two extra xdummys to combine to a
- # multi-monitor setup using Xdmx.
- $parallel ||= ($num_cores * 2) + 2;
+ # If unset, we use num_cores * 2.
+ $parallel ||= ($num_cores * 2);
# If we are running a small number of tests, don’t over-parallelize.
$parallel = $numtests if $numtests < $parallel;
- # Ensure we have at least 1 X-Server plus two X-Servers for multi-monitor
- # tests.
- $parallel = 3 if $parallel < 3;
-
# First get the last used display number, then increment it by one.
# Effectively falls back to 1 if no X server is running.
my ($displaynum) = map { /(\d+)$/ } reverse sort glob($x_socketpath . '*');
# Xorg configuration. The tests should be independant from the
# actual system X configuration.
my $socket = fork_xserver($displaynum, './Xdummy', ":$displaynum",
- '-config', '/dev/null');
+ '-config', '/dev/null', '-nolisten', 'tcp');
push(@displays, ":$displaynum");
push(@sockets_waiting, $socket);
$displaynum++;
wait_for_x(\@sockets_waiting);
- # Now combine the last two displays to a multi-monitor display using Xdmx
- my $first = pop @displays;
- my $second = pop @displays;
-
- # make sure this display isn’t in use yet
- $displaynum++ while -e ($x_socketpath . $displaynum);
- say 'starting xdmx on display :' . $displaynum;
-
- my $multidpy = ":$displaynum";
- my $socket = fork_xserver($displaynum, 'Xdmx', '+xinerama', '-xinput',
- 'local', '-display', $first, '-display', $second, '-ac', $multidpy);
- wait_for_x([ $socket ]);
-
- return \@displays, $multidpy;
+ return @displays;
}
1