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/*
* Copyright 2014-2016 Canonical Ltd.
* Copyright 2021 Robert Tari
*
* This program is free software: you can redistribute it and/or modify it
* under the terms of the GNU General Public License version 3, as published
* by the Free Software Foundation.
*
* This program is distributed in the hope that it will be useful, but
* WITHOUT ANY WARRANTY; without even the implied warranties of
* MERCHANTABILITY, SATISFACTORY QUALITY, or FITNESS FOR A PARTICULAR
* PURPOSE. See the GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License along
* with this program. If not, see <http://www.gnu.org/licenses/>.
*
* Authors:
* Charles Kerr <charles.kerr@canonical.com>
* Robert Tari <robert@tari.in>
*/
#include <datetime/appointment.h>
#include <datetime/settings.h>
#include <datetime/snap.h>
#include "notification-fixture.h"
/***
****
***/
using namespace ayatana::indicator::datetime;
namespace
{
static constexpr char const * APP_NAME {"indicator-datetime-service"};
gboolean quit_idle (gpointer gloop)
{
g_main_loop_quit(static_cast<GMainLoop*>(gloop));
return G_SOURCE_REMOVE;
}
}
/***
****
***/
TEST_F(NotificationFixture,Notification)
{
// Feed different combinations of system settings,
// indicator-datetime settings, and event types,
// then see if notifications and haptic feedback behave as expected.
auto settings = std::make_shared<Settings>();
auto ne = std::make_shared<ayatana::indicator::notifications::Engine>(APP_NAME);
auto sb = std::make_shared<ayatana::indicator::notifications::DefaultSoundBuilder>();
auto func = [this](const Appointment&, const Alarm&, const Snap::Response&){g_idle_add(quit_idle, loop);};
// combinatorial factor #1: event type
struct {
Appointment appt;
const char* icon_name;
const char* prefix;
bool expected_notify_called;
bool expected_vibrate_called;
} test_appts[] = {
{ appt, "calendar-app", "Event", true, true },
{ ualarm, "alarm-clock", "Alarm", true, true }
};
// combinatorial factor #2: indicator-datetime's haptic mode
struct {
const char* haptic_mode;
bool expected_notify_called;
bool expected_vibrate_called;
} test_haptics[] = {
{ "none", true, false },
{ "pulse", true, true }
};
// combinatorial factor #3: system settings' "other vibrations" enabled
struct {
bool other_vibrations;
bool expected_notify_called;
bool expected_vibrate_called;
} test_other_vibrations[] = {
{ true, true, true },
{ false, true, false }
};
// combinatorial factor #4: system settings' notifications disabled
struct {
bool cal_notification_enabled; // calendar app can trigger notifications
std::set<Appointment::Type> expected_notify_called; // do we expect the notification to show?
std::set<Appointment::Type> expected_vibrate_called; // do we expect the phone to vibrate?
} test_cal_disabled[] = {
{ true, std::set<Appointment::Type>{ Appointment::Type::ALARM, Appointment::Type::EVENT },
std::set<Appointment::Type>{ Appointment::Type::ALARM, Appointment::Type::EVENT } },
{ false, std::set<Appointment::Type>{ Appointment::Type::ALARM },
std::set<Appointment::Type>{ Appointment::Type::ALARM } }
};
for (const auto& test_appt : test_appts)
{
for (const auto& test_haptic : test_haptics)
{
for (const auto& test_vibes : test_other_vibrations)
{
for (const auto& test_disabled : test_cal_disabled)
{
const bool expected_notify_called = test_appt.expected_notify_called
&& test_vibes.expected_notify_called
&& (test_disabled.expected_notify_called.count(test_appt.appt.type) > 0)
&& test_haptic.expected_notify_called;
const bool expected_vibrate_called = test_appt.expected_vibrate_called
&& test_vibes.expected_vibrate_called
&& (test_disabled.expected_vibrate_called.count(test_appt.appt.type) > 0)
&& test_haptic.expected_vibrate_called;
// set test case properties: cal_notification_enabled
settings->cal_notification_enabled.set(test_disabled.cal_notification_enabled);
settings->cal_notification_sounds.set(test_disabled.cal_notification_enabled);
settings->cal_notification_vibrations.set(test_disabled.cal_notification_enabled);
settings->cal_notification_bubbles.set(test_disabled.cal_notification_enabled);
settings->cal_notification_list.set(test_disabled.cal_notification_enabled);
// set test case properties: haptic mode
settings->alarm_haptic.set(test_haptic.haptic_mode);
// set test case properties: other-vibrations flag
// (and wait for the PropertiesChanged signal so we know the dbusmock got it)
GError * error {};
dbus_test_dbus_mock_object_update_property(as_mock,
as_obj,
PROP_OTHER_VIBRATIONS,
g_variant_new_boolean(test_vibes.other_vibrations),
&error);
g_assert_no_error(error);
// wait for previous iterations' bus noise to finish and reset the counters
wait_msec(500);
dbus_test_dbus_mock_object_clear_method_calls(haptic_mock, haptic_obj, &error);
dbus_test_dbus_mock_object_clear_method_calls(notify_mock, notify_obj, &error);
g_assert_no_error(error);
// run the test
auto snap = create_snap(ne, sb, settings);
(*snap)(test_appt.appt, appt.alarms.front(), func);
// confirm that the notification was as expected
if (expected_notify_called) {
EXPECT_METHOD_CALLED_EVENTUALLY(notify_mock, notify_obj, METHOD_NOTIFY);
} else {
EXPECT_METHOD_NOT_CALLED_EVENTUALLY(notify_mock, notify_obj, METHOD_NOTIFY);
}
// confirm that the vibration was as expected
if (expected_vibrate_called) {
EXPECT_METHOD_CALLED_EVENTUALLY(haptic_mock, haptic_obj, HAPTIC_METHOD_VIBRATE);
} else {
EXPECT_METHOD_NOT_CALLED_EVENTUALLY(haptic_mock, haptic_obj, HAPTIC_METHOD_VIBRATE);
}
// confirm that the notification was as expected
guint num_notify_calls = 0;
const auto notify_calls = dbus_test_dbus_mock_object_get_method_calls(notify_mock,
notify_obj,
METHOD_NOTIFY,
&num_notify_calls,
&error);
g_assert_no_error(error);
if (num_notify_calls > 0)
{
// test that Notify was called with the app_name
const gchar* app_name {nullptr};
g_variant_get_child(notify_calls[0].params, 0, "&s", &app_name);
ASSERT_STREQ(APP_NAME, app_name);
// test that Notify was called with the type-appropriate icon
const gchar* icon_name {nullptr};
g_variant_get_child(notify_calls[0].params, 2, "&s", &icon_name);
ASSERT_STREQ(test_appt.icon_name, icon_name);
// test that the Notification title has the correct prefix
const gchar* title {nullptr};
g_variant_get_child(notify_calls[0].params, 3, "&s", &title);
ASSERT_TRUE(g_str_has_prefix(title, test_appt.prefix));
// test that Notify was called with the appointment's body
const gchar* body {nullptr};
g_variant_get_child(notify_calls[0].params, 4, "&s", &body);
ASSERT_STREQ(test_appt.appt.summary.c_str(), body);
}
}
}
}
}
}
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