public void TestAddAndRetrieveRadioTelescope()
{
RadioTelescope telescope = new RadioTelescope();
// not saved in the database
telescope.SpectraCyberController = new SpectraCyberController(new SpectraCyber());
telescope.PLCDriver = new TestPLCDriver(PLCConstants.LOCAL_HOST_IP, PLCConstants.LOCAL_HOST_IP, 8089, 8089, false);
// saved in the database
telescope.online = 1;
telescope.CurrentOrientation = new Orientation(25, 25);
telescope.CalibrationOrientation = new Orientation(30, 30);
telescope.Location = new Location(1, 2, 3, "test");
telescope._TeleType = RadioTelescopeTypeEnum.SLIP_RING;
DatabaseOperations.AddRadioTelescope(telescope);
RadioTelescope retrievedTele = DatabaseOperations.FetchLastRadioTelescope();
RadioTelescope teleByID = DatabaseOperations.FetchRadioTelescopeByID(retrievedTele.Id);
// online
Assert.IsTrue(telescope.online == retrievedTele.online);
// type
Assert.IsTrue(telescope.teleType == retrievedTele.teleType);
// location
Assert.IsTrue(telescope.Location.Latitude == retrievedTele.Location.Latitude);
Assert.IsTrue(telescope.Location.Longitude == retrievedTele.Location.Longitude);
Assert.IsTrue(telescope.Location.Altitude == retrievedTele.Location.Altitude);
Assert.IsTrue(telescope.Location.Name == retrievedTele.Location.Name);
// current orientation (not yet implemented)
Assert.IsTrue(telescope.CurrentOrientation.Azimuth == retrievedTele.CurrentOrientation.Azimuth);
Assert.IsTrue(telescope.CurrentOrientation.Elevation == retrievedTele.CurrentOrientation.Elevation);
// calibration orientation (not yet implemented)
Assert.IsTrue(telescope.CalibrationOrientation.Azimuth == retrievedTele.CalibrationOrientation.Azimuth);
Assert.IsTrue(telescope.CalibrationOrientation.Elevation == retrievedTele.CalibrationOrientation.Elevation);
// test FetchByID
// we will never have this many telescopes, just ensuring null operation performed correctly
Assert.IsTrue(DatabaseOperations.FetchRadioTelescopeByID(32323232) == null);
Assert.IsFalse(teleByID == null);
Assert.IsFalse(teleByID.Location == null);
Assert.IsFalse(teleByID.CalibrationOrientation == null);
Assert.IsFalse(teleByID.CurrentOrientation == null);
Assert.IsTrue(teleByID.Id == retrievedTele.Id);
Assert.IsTrue(teleByID.Location.Latitude == retrievedTele.Location.Latitude);
Assert.IsTrue(teleByID.Location.Longitude == retrievedTele.Location.Longitude);
Assert.IsTrue(teleByID.Location.Altitude == retrievedTele.Location.Altitude);
Assert.IsTrue(teleByID.Location.Name == retrievedTele.Location.Name);
Assert.IsTrue(teleByID.CurrentOrientation.Azimuth == retrievedTele.CurrentOrientation.Azimuth);
Assert.IsTrue(teleByID.CurrentOrientation.Elevation == retrievedTele.CurrentOrientation.Elevation);
Assert.IsTrue(teleByID.CalibrationOrientation.Azimuth == retrievedTele.CalibrationOrientation.Azimuth);
Assert.IsTrue(teleByID.CalibrationOrientation.Elevation == retrievedTele.CalibrationOrientation.Elevation);
}
public void TestUpdateTelescope()
{
RadioTelescope telescope = new RadioTelescope();
// saved in the database
telescope.online = 0;
telescope.CurrentOrientation = new Orientation(0, 0);
telescope.CalibrationOrientation = new Orientation(0, 0);
telescope.Location = new Location(0, 0, 0, "");
telescope._TeleType = RadioTelescopeTypeEnum.NONE;
telescope.maxElevationDegrees = MiscellaneousConstants.MAX_SOFTWARE_STOP_EL_DEGREES;
telescope.minElevationDegrees = MiscellaneousConstants.MIN_SOFTWARE_STOP_EL_DEGREES;
DatabaseOperations.AddRadioTelescope(telescope);
RadioTelescope retrievedTele = DatabaseOperations.FetchLastRadioTelescope();
// not saved in the database
telescope.SpectraCyberController = new SpectraCyberController(new SpectraCyber());
telescope.PLCDriver = new TestPLCDriver(PLCConstants.LOCAL_HOST_IP, PLCConstants.LOCAL_HOST_IP, 8089, 8089, false);
// saved in the database
telescope.Id = retrievedTele.Id;
telescope.online = 1;
telescope.CurrentOrientation = new Orientation(25, 25);
telescope.CalibrationOrientation = new Orientation(30, 30);
telescope.Location = new Location(1, 2, 3, "test");
telescope._TeleType = RadioTelescopeTypeEnum.SLIP_RING;
telescope.maxElevationDegrees = 90;
telescope.minElevationDegrees = 0;
DatabaseOperations.UpdateTelescope(telescope);
retrievedTele = DatabaseOperations.FetchLastRadioTelescope();
// online
Assert.IsTrue(telescope.online == retrievedTele.online);
// type
Assert.IsTrue(telescope.teleType == retrievedTele.teleType);
// location
Assert.IsTrue(telescope.Location.Latitude == retrievedTele.Location.Latitude);
Assert.IsTrue(telescope.Location.Longitude == retrievedTele.Location.Longitude);
Assert.IsTrue(telescope.Location.Altitude == retrievedTele.Location.Altitude);
Assert.IsTrue(telescope.Location.Name == retrievedTele.Location.Name);
// current orientation (not yet implemented)
Assert.IsTrue(telescope.CurrentOrientation.Azimuth == retrievedTele.CurrentOrientation.Azimuth);
Assert.IsTrue(telescope.CurrentOrientation.Elevation == retrievedTele.CurrentOrientation.Elevation);
// calibration orientation (not yet implemented)
Assert.IsTrue(telescope.CalibrationOrientation.Azimuth == retrievedTele.CalibrationOrientation.Azimuth);
Assert.IsTrue(telescope.CalibrationOrientation.Elevation == retrievedTele.CalibrationOrientation.Elevation);
// elevation thresholds
Assert.IsTrue(telescope.maxElevationDegrees == retrievedTele.maxElevationDegrees);
Assert.IsTrue(telescope.minElevationDegrees == retrievedTele.minElevationDegrees);
}
public void BuildUp()
{
NumAppointments = DatabaseOperations.GetTotalAppointmentCount();
NumRTInstances = DatabaseOperations.GetTotalRTCount();
NumRFData = DatabaseOperations.GetTotalRFDataCount();
appt = new Appointment();
appt.start_time = DateTime.UtcNow;
appt.end_time = DateTime.UtcNow.AddMinutes(1);
appt._Status = AppointmentStatusEnum.IN_PROGRESS;
appt._Priority = AppointmentPriorityEnum.MANUAL;
appt._Type = AppointmentTypeEnum.FREE_CONTROL;
appt.Coordinates.Add(new Coordinate(0, 0));
appt.CelestialBody = new CelestialBody();
appt.CelestialBody.Coordinate = new Coordinate();
appt.Orientation = new Orientation();
appt.SpectraCyberConfig = new SpectraCyberConfig(SpectraCyberModeTypeEnum.CONTINUUM);
appt.Telescope = new RadioTelescope(new SpectraCyberController(new SpectraCyber()), new TestPLCDriver(PLCConstants.LOCAL_HOST_IP, PLCConstants.LOCAL_HOST_IP, 8089, 8089, false), new Location(), new Orientation());
appt.Telescope._TeleType = RadioTelescopeTypeEnum.SLIP_RING;
appt.User = DatabaseOperations.GetControlRoomUser();
DatabaseOperations.AddRadioTelescope(appt.Telescope);
DatabaseOperations.AddAppointment(appt);
// RFData initialization
data1 = new RFData();
data2 = new RFData();
data3 = new RFData();
data4 = new RFData();
DateTime now = DateTime.UtcNow;
DateTime date = new DateTime(now.Year, now.Month, now.Day, now.Hour, now.Minute, now.Second);
Appointment RFappt = appt;
data1.Intensity = 9234875;
data1.TimeCaptured = date;
data1.Appointment = RFappt;
data2.Intensity = 8739425;
data2.TimeCaptured = date.AddSeconds(3);
data2.Appointment = RFappt;
data3.Intensity = 12987;
data3.TimeCaptured = date.AddSeconds(4);
data3.Appointment = RFappt;
data4.Intensity = 12987;
data4.TimeCaptured = date.AddSeconds(5);
data4.Appointment = RFappt;
NumAppointments++;
NumRTInstances++;
}