885 lines
23 KiB
Perl
885 lines
23 KiB
Perl
package i3test;
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# vim:ts=4:sw=4:expandtab
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use strict; use warnings;
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use File::Temp qw(tmpnam tempfile tempdir);
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use Test::Builder;
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use X11::XCB::Rect;
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use X11::XCB::Window;
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use X11::XCB qw(:all);
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use AnyEvent::I3;
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use List::Util qw(first);
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use Time::HiRes qw(sleep);
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use Cwd qw(abs_path);
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use Scalar::Util qw(blessed);
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use SocketActivation;
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use v5.10;
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# preload
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use Test::More ();
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use Data::Dumper ();
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use Exporter ();
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our @EXPORT = qw(
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get_workspace_names
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get_unused_workspace
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fresh_workspace
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get_ws_content
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get_ws
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get_focused
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open_empty_con
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open_window
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open_floating_window
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get_dock_clients
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cmd
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sync_with_i3
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exit_gracefully
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workspace_exists
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focused_ws
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get_socket_path
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launch_with_config
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wait_for_event
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wait_for_map
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wait_for_unmap
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$x
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);
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=head1 NAME
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i3test - Testcase setup module
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=encoding utf-8
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=head1 SYNOPSIS
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use i3test;
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my $ws = fresh_workspace;
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is_num_children($ws, 0, 'no containers on this workspace yet');
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cmd 'open';
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is_num_children($ws, 1, 'one container after "open"');
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done_testing;
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=head1 DESCRIPTION
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This module is used in every i3 testcase and takes care of automatically
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starting i3 before any test instructions run. It also saves you typing of lots
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of boilerplate in every test file.
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i3test automatically "use"s C<Test::More>, C<Data::Dumper>, C<AnyEvent::I3>,
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C<Time::HiRes>’s C<sleep> and C<i3test::Test> so that all of them are available
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to you in your testcase.
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See also C<i3test::Test> (L<http://build.i3wm.org/docs/lib-i3test-test.html>)
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which provides additional test instructions (like C<ok> or C<is>).
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=cut
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my $tester = Test::Builder->new();
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my $_cached_socket_path = undef;
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my $_sync_window = undef;
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my $tmp_socket_path = undef;
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our $x;
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BEGIN {
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my $window_count = 0;
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sub counter_window {
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return $window_count++;
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}
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}
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my $i3_pid;
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my $i3_autostart;
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END {
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# testcases which start i3 manually should always call exit_gracefully
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# on their own. Let’s see, whether they really did.
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if (! $i3_autostart) {
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return unless $i3_pid;
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$tester->ok(undef, 'testcase called exit_gracefully()');
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}
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# don't trigger SIGCHLD handler
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local $SIG{CHLD};
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# From perldoc -v '$?':
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# Inside an "END" subroutine $? contains the value
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# that is going to be given to "exit()".
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#
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# Since waitpid sets $?, we need to localize it,
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# otherwise TAP would be misinterpreted our return status
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local $?;
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# When measuring code coverage, try to exit i3 cleanly (otherwise, .gcda
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# files are not written)
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if ($ENV{COVERAGE} || $ENV{VALGRIND}) {
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exit_gracefully($i3_pid, "/tmp/nested-$ENV{DISPLAY}");
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} else {
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kill(9, $i3_pid)
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or $tester->BAIL_OUT("could not kill i3");
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waitpid $i3_pid, 0;
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}
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}
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sub import {
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my ($class, %args) = @_;
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my $pkg = caller;
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$i3_autostart = delete($args{i3_autostart}) // 1;
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my $cv = launch_with_config('-default', dont_block => 1)
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if $i3_autostart;
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my $test_more_args = '';
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$test_more_args = join(' ', 'qw(', %args, ')') if keys %args;
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local $@;
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eval << "__";
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package $pkg;
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use Test::More $test_more_args;
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use Data::Dumper;
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use AnyEvent::I3;
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use Time::HiRes qw(sleep);
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use i3test::Test;
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__
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$tester->BAIL_OUT("$@") if $@;
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feature->import(":5.10");
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strict->import;
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warnings->import;
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$x ||= i3test::X11->new;
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$cv->recv if $i3_autostart;
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@_ = ($class);
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goto \&Exporter::import;
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}
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=head1 EXPORT
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=head2 wait_for_event($timeout, $callback)
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Waits for the next event and calls the given callback for every event to
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determine if this is the event we are waiting for.
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Can be used to wait until a window is mapped, until a ClientMessage is
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received, etc.
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wait_for_event 0.25, sub { $_[0]->{response_type} == MAP_NOTIFY };
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=cut
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sub wait_for_event {
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my ($timeout, $cb) = @_;
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my $cv = AE::cv;
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$x->flush;
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# unfortunately, there is no constant for this
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my $ae_read = 0;
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my $guard = AE::io $x->get_file_descriptor, $ae_read, sub {
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while (defined(my $event = $x->poll_for_event)) {
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if ($cb->($event)) {
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$cv->send(1);
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last;
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}
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}
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};
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# Trigger timeout after $timeout seconds (can be fractional)
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my $t = AE::timer $timeout, 0, sub { warn "timeout ($timeout secs)"; $cv->send(0) };
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my $result = $cv->recv;
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undef $t;
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undef $guard;
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return $result;
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}
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=head2 wait_for_map($window)
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Thin wrapper around wait_for_event which waits for MAP_NOTIFY.
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Make sure to include 'structure_notify' in the window’s event_mask attribute.
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This function is called by C<open_window>, so in most cases, you don’t need to
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call it on your own. If you need special setup of the window before mapping,
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you might have to map it on your own and use this function:
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my $window = open_window(dont_map => 1);
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# Do something special with the window first
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# …
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# Now map it and wait until it’s been mapped
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$window->map;
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wait_for_map($window);
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=cut
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sub wait_for_map {
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my ($win) = @_;
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my $id = (blessed($win) && $win->isa('X11::XCB::Window')) ? $win->id : $win;
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wait_for_event 2, sub {
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$_[0]->{response_type} == MAP_NOTIFY and $_[0]->{window} == $id
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};
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}
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=head2 wait_for_unmap($window)
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Wrapper around C<wait_for_event> which waits for UNMAP_NOTIFY. Also calls
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C<sync_with_i3> to make sure i3 also picked up and processed the UnmapNotify
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event.
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my $ws = fresh_workspace;
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my $window = open_window;
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is_num_children($ws, 1, 'one window on workspace');
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$window->unmap;
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wait_for_unmap;
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is_num_children($ws, 0, 'no more windows on this workspace');
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=cut
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sub wait_for_unmap {
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my ($win) = @_;
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# my $id = (blessed($win) && $win->isa('X11::XCB::Window')) ? $win->id : $win;
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wait_for_event 2, sub {
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$_[0]->{response_type} == UNMAP_NOTIFY # and $_[0]->{window} == $id
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};
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sync_with_i3();
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}
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=head2 open_window([ $args ])
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Opens a new window (see C<X11::XCB::Window>), maps it, waits until it got mapped
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and synchronizes with i3.
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The following arguments can be passed:
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=over 4
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=item class
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The X11 window class (e.g. WINDOW_CLASS_INPUT_OUTPUT), not to be confused with
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the WM_CLASS!
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=item rect
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An arrayref with 4 members specifying the initial geometry (position and size)
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of the window, e.g. C<< [ 0, 100, 70, 50 ] >> for a window appearing at x=0, y=100
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with width=70 and height=50.
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Note that this is entirely irrelevant for tiling windows.
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=item background_color
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The background pixel color of the window, formatted as "#rrggbb", like HTML
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color codes (e.g. #c0c0c0). This is useful to tell windows apart when actually
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watching the testcases.
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=item event_mask
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An arrayref containing strings which describe the X11 event mask we use for that
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window. The default is C<< [ 'structure_notify' ] >>.
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=item name
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The window’s C<_NET_WM_NAME> (UTF-8 window title). By default, this is "Window
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n" with n being replaced by a counter to keep windows apart.
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=item dont_map
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Set to a true value to avoid mapping the window (making it visible).
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=item before_map
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A coderef which is called before the window is mapped (unless C<dont_map> is
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true). The freshly created C<$window> is passed as C<$_> and as the first
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argument.
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=back
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The default values are equivalent to this call:
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open_window(
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class => WINDOW_CLASS_INPUT_OUTPUT
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rect => [ 0, 0, 30, 30 ]
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background_color => '#c0c0c0'
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event_mask => [ 'structure_notify' ]
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name => 'Window <n>'
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);
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Usually, though, calls are simpler:
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my $top_window = open_window;
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To identify the resulting window object in i3 commands, use the id property:
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my $top_window = open_window;
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cmd '[id="' . $top_window->id . '"] kill';
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=cut
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sub open_window {
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my %args = @_ == 1 ? %{$_[0]} : @_;
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my $dont_map = delete $args{dont_map};
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my $before_map = delete $args{before_map};
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$args{class} //= WINDOW_CLASS_INPUT_OUTPUT;
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$args{rect} //= [ 0, 0, 30, 30 ];
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$args{background_color} //= '#c0c0c0';
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$args{event_mask} //= [ 'structure_notify' ];
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$args{name} //= 'Window ' . counter_window();
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my $window = $x->root->create_child(%args);
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if ($before_map) {
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# TODO: investigate why _create is not needed
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$window->_create;
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$before_map->($window) for $window;
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}
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return $window if $dont_map;
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$window->map;
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wait_for_map($window);
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return $window;
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}
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=head2 open_floating_window([ $args ])
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Thin wrapper around open_window which sets window_type to
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C<_NET_WM_WINDOW_TYPE_UTILITY> to make the window floating.
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The arguments are the same as those of C<open_window>.
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=cut
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sub open_floating_window {
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my %args = @_ == 1 ? %{$_[0]} : @_;
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$args{window_type} = $x->atom(name => '_NET_WM_WINDOW_TYPE_UTILITY');
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return open_window(\%args);
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}
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sub open_empty_con {
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my ($i3) = @_;
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my $reply = $i3->command('open')->recv;
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return $reply->[0]->{id};
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}
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=head2 get_workspace_names()
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Returns an arrayref containing the name of every workspace (regardless of its
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output) which currently exists.
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my $workspace_names = get_workspace_names;
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is(scalar @$workspace_names, 3, 'three workspaces exist currently');
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=cut
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sub get_workspace_names {
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my $i3 = i3(get_socket_path());
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my $tree = $i3->get_tree->recv;
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my @outputs = @{$tree->{nodes}};
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my @cons;
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for my $output (@outputs) {
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next if $output->{name} eq '__i3';
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# get the first CT_CON of each output
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my $content = first { $_->{type} == 2 } @{$output->{nodes}};
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@cons = (@cons, @{$content->{nodes}});
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}
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[ map { $_->{name} } @cons ]
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}
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=head2 get_unused_workspace
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Returns a workspace name which has not yet been used. See also
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C<fresh_workspace> which directly switches to an unused workspace.
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my $ws = get_unused_workspace;
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cmd "workspace $ws";
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=cut
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sub get_unused_workspace {
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my @names = get_workspace_names();
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my $tmp;
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do { $tmp = tmpnam() } while ((scalar grep { $_ eq $tmp } @names) > 0);
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$tmp
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}
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=head2 fresh_workspace([ $args ])
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Switches to an unused workspace and returns the name of that workspace.
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Optionally switches to the specified output first.
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my $ws = fresh_workspace;
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# Get a fresh workspace on the second output.
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my $ws = fresh_workspace(output => 1);
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=cut
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sub fresh_workspace {
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my %args = @_;
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if (exists($args{output})) {
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my $i3 = i3(get_socket_path());
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my $tree = $i3->get_tree->recv;
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my $output = first { $_->{name} eq "fake-$args{output}" }
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@{$tree->{nodes}};
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die "BUG: Could not find output $args{output}" unless defined($output);
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# Get the focused workspace on that output and switch to it.
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my $content = first { $_->{type} == 2 } @{$output->{nodes}};
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my $focused = $content->{focus}->[0];
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my $workspace = first { $_->{id} == $focused } @{$content->{nodes}};
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$workspace = $workspace->{name};
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cmd("workspace $workspace");
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}
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my $unused = get_unused_workspace;
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cmd("workspace $unused");
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$unused
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}
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=head2 get_ws($workspace)
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Returns the container (from the i3 layout tree) which represents C<$workspace>.
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my $ws = fresh_workspace;
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my $ws_con = get_ws($ws);
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ok(!$ws_con->{urgent}, 'fresh workspace not marked urgent');
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Here is an example which counts the number of urgent containers recursively,
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starting from the workspace container:
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sub count_urgent {
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my ($con) = @_;
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my @children = (@{$con->{nodes}}, @{$con->{floating_nodes}});
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my $urgent = grep { $_->{urgent} } @children;
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$urgent += count_urgent($_) for @children;
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return $urgent;
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}
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my $urgent = count_urgent(get_ws($ws));
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is($urgent, 3, "three urgent windows on workspace $ws");
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=cut
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sub get_ws {
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my ($name) = @_;
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my $i3 = i3(get_socket_path());
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my $tree = $i3->get_tree->recv;
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my @outputs = @{$tree->{nodes}};
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my @workspaces;
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for my $output (@outputs) {
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# get the first CT_CON of each output
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my $content = first { $_->{type} == 2 } @{$output->{nodes}};
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@workspaces = (@workspaces, @{$content->{nodes}});
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}
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# as there can only be one workspace with this name, we can safely
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# return the first entry
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return first { $_->{name} eq $name } @workspaces;
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}
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=head2 get_ws_content($workspace)
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Returns the content (== tree, starting from the node of a workspace)
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of a workspace. If called in array context, also includes the focus
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stack of the workspace.
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my $nodes = get_ws_content($ws);
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is(scalar @$nodes, 4, 'there are four containers at workspace-level');
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Or, in array context:
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my $window = open_window;
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my ($nodes, $focus) = get_ws_content($ws);
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is($focus->[0], $window->id, 'newly opened window focused');
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Note that this function does not do recursion for you! It only returns the
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containers B<on workspace level>. If you want to work with all containers (even
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nested ones) on a workspace, you have to use recursion:
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# NB: This function does not count floating windows
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sub count_urgent {
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my ($nodes) = @_;
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my $urgent = 0;
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for my $con (@$nodes) {
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$urgent++ if $con->{urgent};
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$urgent += count_urgent($con->{nodes});
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}
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return $urgent;
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}
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my $nodes = get_ws_content($ws);
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my $urgent = count_urgent($nodes);
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is($urgent, 3, "three urgent windows on workspace $ws");
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If you also want to deal with floating windows, you have to use C<get_ws>
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instead and access C<< ->{nodes} >> and C<< ->{floating_nodes} >> on your own.
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=cut
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sub get_ws_content {
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my ($name) = @_;
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my $con = get_ws($name);
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return wantarray ? ($con->{nodes}, $con->{focus}) : $con->{nodes};
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}
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=head2 get_focused($workspace)
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Returns the container ID of the currently focused container on C<$workspace>.
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Note that the container ID is B<not> the X11 window ID, so comparing the result
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of C<get_focused> with a window's C<< ->{id} >> property does B<not> work.
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my $ws = fresh_workspace;
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my $first_window = open_window;
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my $first_id = get_focused();
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my $second_window = open_window;
|
||
my $second_id = get_focused();
|
||
|
||
cmd 'focus left';
|
||
|
||
is(get_focused($ws), $first_id, 'second window focused');
|
||
|
||
=cut
|
||
sub get_focused {
|
||
my ($ws) = @_;
|
||
my $con = get_ws($ws);
|
||
|
||
my @focused = @{$con->{focus}};
|
||
my $lf;
|
||
while (@focused > 0) {
|
||
$lf = $focused[0];
|
||
last unless defined($con->{focus});
|
||
@focused = @{$con->{focus}};
|
||
my @cons = grep { $_->{id} == $lf } (@{$con->{nodes}}, @{$con->{'floating_nodes'}});
|
||
$con = $cons[0];
|
||
}
|
||
|
||
return $lf;
|
||
}
|
||
|
||
=head2 get_dock_clients([ $dockarea ])
|
||
|
||
Returns an array of all dock containers in C<$dockarea> (one of "top" or
|
||
"bottom"). If C<$dockarea> is not specified, returns an array of all dock
|
||
containers in any dockarea.
|
||
|
||
my @docked = get_dock_clients;
|
||
is(scalar @docked, 0, 'no dock clients yet');
|
||
|
||
=cut
|
||
sub get_dock_clients {
|
||
my $which = shift;
|
||
|
||
my $tree = i3(get_socket_path())->get_tree->recv;
|
||
my @outputs = @{$tree->{nodes}};
|
||
# Children of all dockareas
|
||
my @docked;
|
||
for my $output (@outputs) {
|
||
if (!defined($which)) {
|
||
@docked = (@docked, map { @{$_->{nodes}} }
|
||
grep { $_->{type} == 5 }
|
||
@{$output->{nodes}});
|
||
} elsif ($which eq 'top') {
|
||
my $first = first { $_->{type} == 5 } @{$output->{nodes}};
|
||
@docked = (@docked, @{$first->{nodes}}) if defined($first);
|
||
} elsif ($which eq 'bottom') {
|
||
my @matching = grep { $_->{type} == 5 } @{$output->{nodes}};
|
||
my $last = $matching[-1];
|
||
@docked = (@docked, @{$last->{nodes}}) if defined($last);
|
||
}
|
||
}
|
||
return @docked;
|
||
}
|
||
|
||
=head2 cmd($command)
|
||
|
||
Sends the specified command to i3.
|
||
|
||
my $ws = unused_workspace;
|
||
cmd "workspace $ws";
|
||
cmd 'focus right';
|
||
|
||
=cut
|
||
sub cmd {
|
||
i3(get_socket_path())->command(@_)->recv
|
||
}
|
||
|
||
=head2 workspace_exists($workspace)
|
||
|
||
Returns true if C<$workspace> is the name of an existing workspace.
|
||
|
||
my $old_ws = focused_ws;
|
||
# switch away from where we currently are
|
||
fresh_workspace;
|
||
|
||
ok(workspace_exists($old_ws), 'old workspace still exists');
|
||
|
||
=cut
|
||
sub workspace_exists {
|
||
my ($name) = @_;
|
||
(scalar grep { $_ eq $name } @{get_workspace_names()}) > 0;
|
||
}
|
||
|
||
=head2 focused_ws
|
||
|
||
Returns the name of the currently focused workspace.
|
||
|
||
my $ws = focused_ws;
|
||
is($ws, '1', 'i3 starts on workspace 1');
|
||
|
||
=cut
|
||
sub focused_ws {
|
||
my $i3 = i3(get_socket_path());
|
||
my $tree = $i3->get_tree->recv;
|
||
my $focused = $tree->{focus}->[0];
|
||
my $output = first { $_->{id} == $focused } @{$tree->{nodes}};
|
||
my $content = first { $_->{type} == 2 } @{$output->{nodes}};
|
||
my $first = first { $_->{fullscreen_mode} == 1 } @{$content->{nodes}};
|
||
return $first->{name}
|
||
}
|
||
|
||
=head2 sync_with_i3([ $args ])
|
||
|
||
Sends an I3_SYNC ClientMessage with a random value to the root window.
|
||
i3 will reply with the same value, but, due to the order of events it
|
||
processes, only after all other events are done.
|
||
|
||
This can be used to ensure the results of a cmd 'focus left' are pushed to
|
||
X11 and that C<< $x->input_focus >> returns the correct value afterwards.
|
||
|
||
See also L<http://build.i3wm.org/docs/testsuite.html> for a longer explanation.
|
||
|
||
my $window = open_window;
|
||
$window->add_hint('urgency');
|
||
# Ensure i3 picked up the change
|
||
sync_with_i3;
|
||
|
||
The only time when you need to use the C<no_cache> argument is when you just
|
||
killed your own X11 connection:
|
||
|
||
cmd 'kill client';
|
||
# We need to re-establish the X11 connection which we just killed :).
|
||
$x = i3test::X11->new;
|
||
sync_with_i3(no_cache => 1);
|
||
|
||
=cut
|
||
sub sync_with_i3 {
|
||
my %args = @_ == 1 ? %{$_[0]} : @_;
|
||
|
||
# Since we need a (mapped) window for receiving a ClientMessage, we create
|
||
# one on the first call of sync_with_i3. It will be re-used in all
|
||
# subsequent calls.
|
||
if (!exists($args{window_id}) &&
|
||
(!defined($_sync_window) || exists($args{no_cache}))) {
|
||
$_sync_window = open_window(
|
||
rect => [ -15, -15, 10, 10 ],
|
||
override_redirect => 1,
|
||
);
|
||
}
|
||
|
||
my $window_id = delete $args{window_id};
|
||
$window_id //= $_sync_window->id;
|
||
|
||
my $root = $x->get_root_window();
|
||
# Generate a random number to identify this particular ClientMessage.
|
||
my $myrnd = int(rand(255)) + 1;
|
||
|
||
# Generate a ClientMessage, see xcb_client_message_t
|
||
my $msg = pack "CCSLLLLLLL",
|
||
CLIENT_MESSAGE, # response_type
|
||
32, # format
|
||
0, # sequence
|
||
$root, # destination window
|
||
$x->atom(name => 'I3_SYNC')->id,
|
||
|
||
$window_id, # data[0]: our own window id
|
||
$myrnd, # data[1]: a random value to identify the request
|
||
0,
|
||
0,
|
||
0;
|
||
|
||
# Send it to the root window -- since i3 uses the SubstructureRedirect
|
||
# event mask, it will get the ClientMessage.
|
||
$x->send_event(0, $root, EVENT_MASK_SUBSTRUCTURE_REDIRECT, $msg);
|
||
|
||
# now wait until the reply is here
|
||
return wait_for_event 2, sub {
|
||
my ($event) = @_;
|
||
# TODO: const
|
||
return 0 unless $event->{response_type} == 161;
|
||
|
||
my ($win, $rnd) = unpack "LL", $event->{data};
|
||
return ($rnd == $myrnd);
|
||
};
|
||
}
|
||
|
||
=head2 exit_gracefully($pid, [ $socketpath ])
|
||
|
||
Tries to exit i3 gracefully (with the 'exit' cmd) or kills the PID if that fails.
|
||
|
||
If C<$socketpath> is not specified, C<get_socket_path()> will be called.
|
||
|
||
You only need to use this function if you have launched i3 on your own with
|
||
C<launch_with_config>. Otherwise, it will be automatically called when the
|
||
testcase ends.
|
||
|
||
use i3test i3_autostart => 0;
|
||
my $pid = launch_with_config($config);
|
||
# …
|
||
exit_gracefully($pid);
|
||
|
||
=cut
|
||
sub exit_gracefully {
|
||
my ($pid, $socketpath) = @_;
|
||
$socketpath ||= get_socket_path();
|
||
|
||
my $exited = 0;
|
||
eval {
|
||
say "Exiting i3 cleanly...";
|
||
i3($socketpath)->command('exit')->recv;
|
||
$exited = 1;
|
||
};
|
||
|
||
if (!$exited) {
|
||
kill(9, $pid)
|
||
or $tester->BAIL_OUT("could not kill i3");
|
||
}
|
||
|
||
if ($socketpath =~ m,^/tmp/i3-test-socket-,) {
|
||
unlink($socketpath);
|
||
}
|
||
|
||
waitpid $pid, 0;
|
||
undef $i3_pid;
|
||
}
|
||
|
||
=head2 get_socket_path([ $cache ])
|
||
|
||
Gets the socket path from the C<I3_SOCKET_PATH> atom stored on the X11 root
|
||
window. After the first call, this function will return a cached version of the
|
||
socket path unless you specify a false value for C<$cache>.
|
||
|
||
my $i3 = i3(get_socket_path());
|
||
$i3->command('nop test example')->recv;
|
||
|
||
To avoid caching:
|
||
|
||
my $i3 = i3(get_socket_path(0));
|
||
|
||
=cut
|
||
sub get_socket_path {
|
||
my ($cache) = @_;
|
||
$cache ||= 1;
|
||
|
||
if ($cache && defined($_cached_socket_path)) {
|
||
return $_cached_socket_path;
|
||
}
|
||
|
||
my $atom = $x->atom(name => 'I3_SOCKET_PATH');
|
||
my $cookie = $x->get_property(0, $x->get_root_window(), $atom->id, GET_PROPERTY_TYPE_ANY, 0, 256);
|
||
my $reply = $x->get_property_reply($cookie->{sequence});
|
||
my $socketpath = $reply->{value};
|
||
if ($socketpath eq "/tmp/nested-$ENV{DISPLAY}") {
|
||
$socketpath .= '-activation';
|
||
}
|
||
$_cached_socket_path = $socketpath;
|
||
return $socketpath;
|
||
}
|
||
|
||
=head2 launch_with_config($config, [ $args ])
|
||
|
||
Launches a new i3 process with C<$config> as configuration file. Useful for
|
||
tests which test specific config file directives.
|
||
|
||
use i3test i3_autostart => 0;
|
||
|
||
my $config = <<EOT;
|
||
# i3 config file (v4)
|
||
for_window [class="borderless"] border none
|
||
for_window [title="special borderless title"] border none
|
||
EOT
|
||
|
||
my $pid = launch_with_config($config);
|
||
|
||
# …
|
||
|
||
exit_gracefully($pid);
|
||
|
||
=cut
|
||
sub launch_with_config {
|
||
my ($config, %args) = @_;
|
||
|
||
$tmp_socket_path = "/tmp/nested-$ENV{DISPLAY}";
|
||
|
||
$args{dont_create_temp_dir} //= 0;
|
||
|
||
my ($fh, $tmpfile) = tempfile("i3-cfg-for-$ENV{TESTNAME}-XXXXX", UNLINK => 1);
|
||
|
||
if ($config ne '-default') {
|
||
say $fh $config;
|
||
} else {
|
||
open(my $conf_fh, '<', './i3-test.config')
|
||
or $tester->BAIL_OUT("could not open default config: $!");
|
||
local $/;
|
||
say $fh scalar <$conf_fh>;
|
||
}
|
||
|
||
say $fh "ipc-socket $tmp_socket_path"
|
||
unless $args{dont_add_socket_path};
|
||
|
||
close($fh);
|
||
|
||
my $cv = AnyEvent->condvar;
|
||
$i3_pid = activate_i3(
|
||
unix_socket_path => "$tmp_socket_path-activation",
|
||
display => $ENV{DISPLAY},
|
||
configfile => $tmpfile,
|
||
outdir => $ENV{OUTDIR},
|
||
testname => $ENV{TESTNAME},
|
||
valgrind => $ENV{VALGRIND},
|
||
strace => $ENV{STRACE},
|
||
xtrace => $ENV{XTRACE},
|
||
restart => $ENV{RESTART},
|
||
cv => $cv,
|
||
dont_create_temp_dir => $args{dont_create_temp_dir},
|
||
);
|
||
|
||
# force update of the cached socket path in lib/i3test
|
||
# as soon as i3 has started
|
||
$cv->cb(sub { get_socket_path(0) });
|
||
|
||
return $cv if $args{dont_block};
|
||
|
||
# blockingly wait until i3 is ready
|
||
$cv->recv;
|
||
|
||
return $i3_pid;
|
||
}
|
||
|
||
=head1 AUTHOR
|
||
|
||
Michael Stapelberg <michael@i3wm.org>
|
||
|
||
=cut
|
||
|
||
package i3test::X11;
|
||
use parent 'X11::XCB::Connection';
|
||
|
||
sub input_focus {
|
||
my $self = shift;
|
||
i3test::sync_with_i3();
|
||
|
||
return $self->SUPER::input_focus(@_);
|
||
}
|
||
|
||
1
|