TEST(LightScheduler, ScheduleWeekEndItsSunday)
{
LightScheduler_ScheduleTurnOn(3, WEEKEND, 1200);
setTimeTo(SUNDAY, 1200);
LightScheduler_Wakeup();
checkLightState(3, LIGHT_ON);
}
TEST(LightScheduler, ScheduleTuesdayAndItsTuesday)
{
LightScheduler_ScheduleTurnOn(3, TUESDAY, 1200);
setTimeTo(TUESDAY, 1200);
LightScheduler_Wakeup();
checkLightState(3, LIGHT_ON);
}
TEST(LightScheduler, ScheduleTuesdayButItsMonday)
{
LightScheduler_ScheduleTurnOn(3, TUESDAY, 1200);
setTimeTo(MONDAY, 1200);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
bool SetTimeHelper::setTimeToCompileTime() {
// get the date and time the compiler was run
if (retrieveCompileTime()) {
return setTimeTo(compiledAt, millis() + COMPILE_TIME_AND_BOOTLOADER_DELAY);
}
return false;
}
TEST(LightScheduler, ScheduleWeekEndItsMonday)
{
LightScheduler_ScheduleTurnOn(3, WEEKEND, 1200);
setTimeTo(MONDAY, 1200);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
TEST(LightScheduler, ScheduleOnTuesdayAndItsNotTuesdayButItsTime)
{
LightScheduler_ScheduleTurnOn(id, TUESDAY, 100);
setTimeTo(MONDAY, 100);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
bool FilterPolygonRequestJSON::parseJson(const QByteArray&data)
{
clearContainers();
FilterRequestJSON::parseJson(data);
QJson::Parser parser;
bool ok;
QVariantMap result = parser.parse(data, &ok).toMap();
if (!ok) return false;
QString auth_token = result["auth_token"].toString();
setTimeFrom(QDateTime::fromString(result["time_from"].toString(), "dd MM yyyy HH:mm:ss.zzz"));
setTimeTo(QDateTime::fromString(result["time_to"].toString(), "dd MM yyyy HH:mm:ss.zzz"));
FShapePolygon * shape = new FShapePolygon();
QVariantList polygon = result["polygon"].toList();
for (int i = 0; i < polygon.size(); i++)
{
QVariantMap p = polygon.at(i).toMap();
int number = p["number"].toInt(&ok);
if (!ok) return false;
double lat = p["latitude"].toDouble(&ok);
if (!ok) return false;
double lon = p["longitude"].toDouble(&ok);
if (!ok) return false;
shape->addPoint(number, lat, lon);
}
setShape(QSharedPointer<FShape>(shape));
m_sessionsContainer->push_back(QSharedPointer<Session>(new JsonSession(auth_token, QDateTime::currentDateTime(), QSharedPointer<common::User>(NULL))));
return true;
}
TEST(LightScheduler, ScheduleOnWeekdayAndItsMondayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, WEEKDAY, 200);
setTimeTo(MONDAY, 200);
LightScheduler_WakeUp();
checkLightState(id, LIGHT_ON);
}
TEST(LightScheduler, ScheduleOnWeekdayAndItsFridayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, WEEKDAY, 1000);
setTimeTo(FRIDAY, 1000);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_ON);
}
TEST(LightScheduler, ScheduleOnWeekdayAndItsSaturdayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, WEEKDAY, 1000);
setTimeTo(SATURDAY, 1000);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
TEST(LightScheduler, ScheduleOnWeekendAndItsSundayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, WEEKEND, 100);
setTimeTo(SUNDAY, 100);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_ON);
}
TEST(LightScheduler, ScheduleOnWeekendAndItsMondayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, WEEKEND, 100);
setTimeTo(MONDAY, 100);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_STATE_UNKNOWN);
}
TEST(LightScheduler, ScheduleOffTuesdayAndItsTuesdayAndItsTime)
{
LightScheduler_ScheduleTurnOff(id, TUESDAY, 200);
setTimeTo(TUESDAY, 200);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_OFF);
}
TEST(LightScheduler, ScheduleOffWeekendAndItsSaturdayAndItsTime)
{
LightScheduler_ScheduleTurnOff(id, WEEKEND, 200);
setTimeTo(SATURDAY, 200);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_OFF);
}
TEST(LightScheduler, ScheduleOnTuesdayAndItsTuesdayAndItsTime)
{
LightScheduler_ScheduleTurnOn(id, TUESDAY, 100);
setTimeTo(TUESDAY, 100);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_ON);
}
bool FilterRectangleRequestJSON::parseJson(const QByteArray&data)
{
clearContainers();
FilterRequestJSON::parseJson(data);
QJson::Parser parser;
bool ok;
QVariantMap result = parser.parse(data, &ok).toMap();
if (!ok) return false;
QString auth_token = result["auth_token"].toString();
setTimeFrom(QDateTime::fromString(result["time_from"].toString(), "dd MM yyyy HH:mm:ss.zzz"));
setTimeTo(QDateTime::fromString(result["time_to"].toString(), "dd MM yyyy HH:mm:ss.zzz"));
double lat1, lat2, lon1, lon2;
QVariantMap latData = result["latitude_shift"].toMap();
lat1 = latData["latitude1"].toDouble(&ok);
if (!ok) return false;
lat2 = latData["latitude2"].toDouble(&ok);
if (!ok) return false;
QVariantMap lonData = result["longitude_shift"].toMap();
lon1 = lonData["longitude1"].toDouble(&ok);
if (!ok) return false;
lon2 = lonData["longitude2"].toDouble(&ok);
if (!ok) return false;
syslog(LOG_INFO, "rect %f ,%f ,%f ,%f ", lat1, lat2, lon2, lon2);
FShapeRectangle * shape = new FShapeRectangle(lat1, lon1, lat2, lon2);
setShape(QSharedPointer<FShape>(shape));
m_sessionsContainer->push_back(QSharedPointer<Session>(new JsonSession(auth_token, QDateTime::currentDateTime(), QSharedPointer<common::User>(NULL))));
return true;
}
TEST(LightScheduler, ScheduleOnEverydayItsTime)
{
LightScheduler_ScheduleTurnOn(id, EVERYDAY, scheduledMinute);
setTimeTo(SUNDAY, scheduledMinute);
LightScheduler_Wakeup();
checkLightState(id, LIGHT_ON);
}
TEST(LightScheduler, ScheduleEverydayNotTimeYet)
{
LightScheduler_ScheduleTurnOn(id, EVERYDAY, 100);
setTimeTo(SUNDAY, 1200);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
TEST(LightScheduler, RemoveScheduledEvent)
{
LightScheduler_ScheduleTurnOn(6, MONDAY, 600);
LightScheduler_ScheduleRemove(6, MONDAY, 600);
setTimeTo(MONDAY, 599);
LightScheduler_Wakeup();
checkLightState(LIGHT_ID_UNKNOWN, LIGHT_STATE_UNKNOWN);
}
TEST(LightScheduler, ScheduleTwoEventsAtTheSameTIme)
{
LightScheduler_ScheduleTurnOn(3, SUNDAY, 1200);
LightScheduler_ScheduleTurnOn(12, SUNDAY, 1200);
setTimeTo(SUNDAY, 1200);
LightScheduler_Wakeup();
checkLightState(3, LIGHT_ON);
checkLightState(12, LIGHT_ON);
}
TEST(LightScheduler, RemoveMultipleScheduledEvent)
{
LightScheduler_ScheduleTurnOn(6, MONDAY, 600);
LightScheduler_ScheduleTurnOn(7, MONDAY, 600);
LightScheduler_ScheduleRemove(6, MONDAY, 600);
setTimeTo(MONDAY, 600);
LightScheduler_Wakeup();
checkLightState(6, LIGHT_STATE_UNKNOWN);
checkLightState(7, LIGHT_ON);
}
