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const int LONG_TIMEOUT = 10;
const int SHORT_TIMEOUT = 1000;
[DBus (name = "com.canonical.indicator.keyboard.test")]
public class Service : Object {
[DBus (visible = false)]
private string? _command;
[DBus (visible = false)]
public string? command {
get { return _command; }
}
public void execute (string command) {
this._command = command;
var pspec = this.get_class ().find_property ("command");
if (pspec != null) {
this.notify["command"] ((!) pspec);
}
}
}
struct Fixture {
TestDBus? bus;
uint service_name;
DBusConnection? connection;
Service? service;
uint object_name;
}
static void begin_test (void *data) {
var fixture = (Fixture *) data;
fixture.bus = new TestDBus (TestDBusFlags.NONE);
((!) fixture.bus).add_service_dir (SERVICE_DIR);
((!) fixture.bus).up ();
var loop = new MainLoop (null, false);
fixture.service_name = Bus.own_name (BusType.SESSION,
"com.canonical.indicator.keyboard.test",
BusNameOwnerFlags.ALLOW_REPLACEMENT | BusNameOwnerFlags.REPLACE,
(connection, name) => {
if (loop.is_running ()) {
fixture.connection = connection;
loop.quit ();
}
},
null,
(connection, name) => {
if (loop.is_running ()) {
fixture.connection = null;
loop.quit ();
}
});
loop.run ();
if (fixture.connection != null) {
try {
fixture.service = new Service ();
fixture.object_name = ((!) fixture.connection).register_object ("/com/canonical/indicator/keyboard/test", fixture.service);
} catch (IOError error) {
fixture.object_name = 0;
fixture.service = null;
Test.message ("error: %s", error.message);
Test.fail ();
}
} else {
fixture.service = null;
fixture.object_name = 0;
Test.message ("Unable to connect to 'com.canonical.indicator.keyboard.test'.");
Test.fail ();
}
}
static void end_test (void *data) {
var fixture = (Fixture *) data;
if (fixture.object_name != 0) {
((!) fixture.connection).unregister_object (fixture.object_name);
fixture.object_name = 0;
}
if (fixture.service_name != 0) {
Bus.unown_name (fixture.service_name);
fixture.service_name = 0;
}
fixture.service = null;
fixture.connection = null;
if (fixture.bus != null) {
((!) fixture.bus).down ();
fixture.bus = null;
}
}
static void test_activate_input_source (void *data) {
}
static void test_activate_character_map (void *data) {
var fixture = (Fixture *) data;
if (fixture.object_name == 0) {
Test.message ("Invalid test fixture.");
Test.fail ();
return;
}
var settings = new Settings ("org.gnome.desktop.input-sources");
settings.set_uint ("current", 0);
settings.set_value ("sources", new Variant.parsed ("[('xkb', 'us'), ('ibus', 'pinyin')]"));
var cancellable = new Cancellable ();
DBusProxy action_proxy;
DBusProxy menu_proxy;
var source = Timeout.add_seconds (LONG_TIMEOUT, () => { cancellable.cancel (); return false; });
try {
action_proxy = new DBusProxy.for_bus_sync (BusType.SESSION,
DBusProxyFlags.NONE,
null,
"com.canonical.indicator.keyboard",
"/com/canonical/indicator/keyboard",
"org.gtk.Actions",
cancellable);
} catch (Error error) {
Test.message ("error: %s", error.message);
Test.fail ();
return;
}
Source.remove (source);
if (cancellable.is_cancelled ()) {
Test.message ("Unable to connect to 'com.canonical.indicator.keyboard'.\n");
Test.fail ();
return;
}
source = Timeout.add_seconds (LONG_TIMEOUT, () => { cancellable.cancel (); return false; });
try {
menu_proxy = new DBusProxy.for_bus_sync (BusType.SESSION,
DBusProxyFlags.NONE,
null,
"com.canonical.indicator.keyboard",
"/com/canonical/indicator/keyboard/desktop",
"org.gtk.Menus",
cancellable);
} catch (Error error) {
Test.message ("error: %s", error.message);
Test.fail ();
return;
}
Source.remove (source);
if (cancellable.is_cancelled ()) {
Test.message ("Unable to connect to 'com.canonical.indicator.keyboard'.\n");
Test.fail ();
return;
}
{
var builder = new VariantBuilder (new VariantType ("(au)"));
builder.open (new VariantType ("au"));
builder.add ("u", 0);
builder.add ("u", 1);
builder.close ();
var variant = builder.end ();
stdout.printf ("%s\n", menu_proxy.call_sync ("Start", variant, DBusCallFlags.NONE, SHORT_TIMEOUT).print (true));
menu_proxy.call_sync ("End", variant, DBusCallFlags.NONE, SHORT_TIMEOUT);
}
var loop = new MainLoop (null, false);
var signal_name = ((!) fixture.service).notify["command"].connect ((pspec) => {
loop.quit ();
});
try {
var builder = new VariantBuilder (new VariantType ("(sava{sv})"));
builder.add ("s", "chart");
builder.add_value (new Variant.parsed ("@av []"));
builder.add_value (new Variant.parsed ("@a{sv} {}"));
action_proxy.call_sync ("Activate", builder.end (), DBusCallFlags.NONE, SHORT_TIMEOUT);
} catch (Error error) {
Test.message ("error: %s", error.message);
Test.fail ();
return;
}
source = Timeout.add_seconds (LONG_TIMEOUT, () => { loop.quit (); return false; });
loop.run ();
Source.remove (source);
((!) fixture.service).disconnect (signal_name);
}
static void test_activate_keyboard_layout_chart (void *data) {
}
static void test_activate_text_entry_settings (void *data) {
}
static void test_update_input_source (void *data) {
}
static void test_update_input_sources (void *data) {
Test.fail ();
}
public int main (string[] args) {
Environment.set_variable ("DCONF_PROFILE", DCONF_PROFILE, true);
Test.init (ref args, null);
var suite = new TestSuite ("indicator-keyboard");
suite.add (new TestCase ("activate-input-source", begin_test, test_activate_input_source, end_test, sizeof (Fixture)));
suite.add (new TestCase ("activate-character-map", begin_test, test_activate_character_map, end_test, sizeof (Fixture)));
suite.add (new TestCase ("activate-keyboard-layout-chart", begin_test, test_activate_keyboard_layout_chart, end_test, sizeof (Fixture)));
suite.add (new TestCase ("activate-text-entry-settings", begin_test, test_activate_text_entry_settings, end_test, sizeof (Fixture)));
suite.add (new TestCase ("update-input-source", begin_test, test_update_input_source, end_test, sizeof (Fixture)));
suite.add (new TestCase ("update-input-sources", begin_test, test_update_input_sources, end_test, sizeof (Fixture)));
TestSuite.get_root ().add_suite (suite);
return Test.run ();
}
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