public void GetNextSequence_ModeRotateOneDisabled_FirstEmptySecondDisabledThirdSelected()
{
//Arrange
var seq = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 0
};
var seq2 = new CaptureSequence()
{
ProgressExposureCount = 5, TotalExposureCount = 10, Enabled = false
};
var seq3 = new CaptureSequence()
{
ProgressExposureCount = 5, TotalExposureCount = 7
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq);
l.Add(seq2);
l.Add(seq3);
//Act
var actual = l.Next();
//Assert
Assert.AreSame(seq3, actual);
}
public void GetNextSequence_ModeRotate_AllFinished()
{
//Arrange
var seq = new CaptureSequence()
{
TotalExposureCount = 5
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 5
};
var seq3 = new CaptureSequence()
{
TotalExposureCount = 5
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq);
l.Add(seq2);
l.Add(seq3);
//Act
CaptureSequence actualSeq;
while ((actualSeq = l.Next()) != null)
{
}
//Assert
Assert.AreEqual(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
Assert.AreEqual(0, l.Items.Where(x => x.ProgressExposureCount <x.TotalExposureCount || x.ProgressExposureCount> x.TotalExposureCount).Count());
}
public void DeleteSequenceDuringPause_NextItemSelected()
{
var seq = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 5
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 10
};
var l = new CaptureSequenceList();
l.Add(seq);
l.Next();
l.Next();
l.Next();
l.RemoveAt(l.ActiveSequenceIndex - 1);
l.Add(seq2);
Assert.AreEqual(seq2, l.ActiveSequence);
}
public void GetNextSequence_ModeRotate_NextSequenceSelected()
{
//Arrange
var seq = new CaptureSequence()
{
TotalExposureCount = 5
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 5
};
var seq3 = new CaptureSequence()
{
TotalExposureCount = 5
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq);
l.Add(seq2);
l.Add(seq3);
//Act
var actualFirst = l.Next();
var actualSecond = l.Next();
var actualThird = l.Next();
var actualFourth = l.Next();
//Assert
Assert.AreSame(seq, actualFirst, "First wrong");
Assert.AreSame(seq2, actualSecond, "Second wrong");
Assert.AreSame(seq3, actualThird, "Third wrong");
Assert.AreSame(seq, actualFourth, "Fourth wrong");
}
public void DisableSequenceDuringPause_ModeRotate_NextItemSelected()
{
var seq = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 5
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 10
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq);
l.Next();
l.Next();
l.Next();
l.Items[l.ActiveSequenceIndex - 1].Enabled = false;
l.Add(seq2);
Assert.AreEqual(seq2, l.ActiveSequence);
}
public void GetNextSequence_ModeStandardOneDisabled_Initial()
{
//Arrange
var seq = new CaptureSequence();
var seq2 = new CaptureSequence()
{
Enabled = false
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.STANDARD;
l.Add(seq);
l.Add(seq2);
//Act
var nextSeq = l.Next();
//Assert
Assert.AreEqual(string.Empty, l.TargetName, "Targetname");
Assert.AreSame(seq, nextSeq);
Assert.AreEqual(1, l.Count);
Assert.AreSame(seq, l.ActiveSequence);
Assert.AreEqual(1, l.ActiveSequenceIndex);
Assert.AreEqual(0, l.Delay);
}
public void GetNextSequence_ModeStandardOneDisabled_NextSequenceSelectedShouldBeEmpty()
{
//Arrange
var seq = new CaptureSequence()
{
TotalExposureCount = 2
};
var seq2 = new CaptureSequence()
{
Enabled = false
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.STANDARD;
l.Add(seq);
l.Add(seq2);
//Act
var nextSeq = l.Next();
nextSeq = l.Next();
nextSeq = l.Next();
//Assert
Assert.AreEqual(string.Empty, l.TargetName, "Targetname");
Assert.AreSame(null, nextSeq);
Assert.AreEqual(1, l.Count);
Assert.AreSame(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
Assert.AreEqual(0, l.Delay);
}
public void CoordinatesTest_SetCoordinates_RaDecPartialsEqualCoordinates()
{
var l = new CaptureSequenceList();
var coordinates = new NINA.Utility.Astrometry.Coordinates(10, 10, NINA.Utility.Astrometry.Epoch.J2000, NINA.Utility.Astrometry.Coordinates.RAType.Hours);
l.Coordinates = coordinates.Transform(NINA.Utility.Astrometry.Epoch.J2000);
Assert.AreEqual(coordinates.RA, l.RAHours + l.RAMinutes + l.RASeconds);
Assert.AreEqual(coordinates.Dec, l.DecDegrees + l.DecMinutes + l.DecSeconds);
}
public void SetTargetName_ValueTest()
{
//Arrange
var l = new CaptureSequenceList();
var target = "Messier 31";
//Act
l.TargetName = target;
//Assert
Assert.AreEqual(target, l.TargetName);
}
public void SetDelay_ValueTest()
{
//Arrange
var l = new CaptureSequenceList();
var delay = 5213;
//Act
l.Delay = delay;
//Assert
Assert.AreEqual(delay, l.Delay);
}
public void SequenceVM_TestInit()
{
profileServiceMock = new Mock <IProfileService>();
profileServiceMock.SetupProperty(m => m.ActiveProfile.ImageFileSettings.FilePath, TestContext.CurrentContext.TestDirectory);
profileServiceMock.SetupProperty(m => m.ActiveProfile.SequenceSettings.TemplatePath, TestContext.CurrentContext.TestDirectory);
profileServiceMock.SetupProperty(m => m.ActiveProfile.AstrometrySettings.Longitude, 0);
profileServiceMock.SetupProperty(m => m.ActiveProfile.AstrometrySettings.Latitude, 0);
profileServiceMock.SetupProperty(m => m.ActiveProfile.FocuserSettings.AutoFocusDisableGuiding, true);
cameraMediatorMock = new Mock <ICameraMediator>();
telescopeMediatorMock = new Mock <ITelescopeMediator>();
focuserMediatorMock = new Mock <IFocuserMediator>();
filterWheelMediatorMock = new Mock <IFilterWheelMediator>();
guiderMediatorMock = new Mock <IGuiderMediator>();
rotatorMediatorMock = new Mock <IRotatorMediator>();
flatDeviceMediatorMock = new Mock <IFlatDeviceMediator>();
weatherDataMediatorMock = new Mock <IWeatherDataMediator>();
imagingMediatorMock = new Mock <IImagingMediator>();
applicationStatusMediatorMock = new Mock <IApplicationStatusMediator>();
_dummyList = new CaptureSequenceList();
_dummyList.Add(new CaptureSequence()
{
TotalExposureCount = 10
});
_dummyList.Add(new CaptureSequence()
{
TotalExposureCount = 20
});
_dummyList.Add(new CaptureSequence()
{
TotalExposureCount = 5
});
_flatDevice = new FlatDeviceInfo()
{
Brightness = 1.0,
Connected = true,
CoverState = CoverState.Open,
Description = "Some description",
DriverInfo = "Some driverInfo",
LightOn = false,
DriverVersion = "200",
MaxBrightness = 255,
MinBrightness = 0,
Name = "Some name",
SupportsOpenClose = true
};
_sut = new SequenceVM(profileServiceMock.Object, cameraMediatorMock.Object, telescopeMediatorMock.Object, focuserMediatorMock.Object,
filterWheelMediatorMock.Object, guiderMediatorMock.Object, rotatorMediatorMock.Object, flatDeviceMediatorMock.Object,
weatherDataMediatorMock.Object, imagingMediatorMock.Object, applicationStatusMediatorMock.Object);
}
public void AddFirstSequence_ActiveSequenceSet()
{
var seq = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 5
};
var l = new CaptureSequenceList();
l.Add(seq);
Assert.AreEqual(seq, l.ActiveSequence);
}
[TestCase(-89, 59, 59, -89.99972222222222)] //high bound
//[TestCase(90, 0, 1, 90)] //overflow
//[TestCase(-90, 0, 1, 90)] //overflow
public void CoordinatesTest_ManualInput_DecCheck(int decDegrees, int decMinutes, int decSeconds, double expected)
{
var l = new CaptureSequenceList();
var coordinates = new NINA.Utility.Astrometry.Coordinates(0, 0, NINA.Utility.Astrometry.Epoch.J2000, NINA.Utility.Astrometry.Coordinates.RAType.Hours);
l.DecDegrees = decDegrees;
l.DecMinutes = decMinutes;
l.DecSeconds = decSeconds;
Assert.AreEqual(expected, l.Coordinates.Dec, 0.000001, "Coordinates failed");
Assert.AreEqual(decDegrees, l.DecDegrees, 0.000001, "Degrees failed");
Assert.AreEqual(Math.Abs(decMinutes), l.DecMinutes, 0.000001, "Minutes failed");
Assert.AreEqual(Math.Abs(decSeconds), l.DecSeconds, 0.000001, "Seconds failed");
}
[TestCase(0, 0, 0, 0)] //Lowest bound
//[TestCase(24, 0, 0, 0)] //Overflow
//[TestCase(0, 0, -1, 0)] //Overflow
public void CoordinatesTest_ManualInput_RACheck(int raHours, int raMinutes, int raSeconds, double expected)
{
var l = new CaptureSequenceList();
var coordinates = new NINA.Utility.Astrometry.Coordinates(0, 0, NINA.Utility.Astrometry.Epoch.J2000, NINA.Utility.Astrometry.Coordinates.RAType.Hours);
l.RAHours = raHours;
l.RAMinutes = raMinutes;
l.RASeconds = raSeconds;
Assert.AreEqual(expected, l.Coordinates.RA, 0.000001, "Coordinates failed");
Assert.AreEqual(raHours, l.RAHours, 0.000001, "Hours failed");
Assert.AreEqual(raMinutes, l.RAMinutes, 0.000001, "Minutes failed");
Assert.AreEqual(raSeconds, l.RASeconds, 0.000001, "Seconds failed");
}
public void DefaultConstructor_ValueTest()
{
//Arrange
var l = new CaptureSequenceList();
//Act
//Assert
Assert.AreEqual(string.Empty, l.TargetName, "Targetname");
Assert.AreEqual(0, l.Count);
Assert.AreEqual(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
Assert.AreEqual(0, l.Delay);
}
public void GetNextSequence_ModeRotate_EmptyListNextNull()
{
//Arrange
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
//Act
var actual = l.Next();
//Assert
Assert.AreSame(null, actual);
Assert.AreEqual(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
}
public void AddFirstSequenceAfterOneDisabledExists_ActiveSequenceSet()
{
var seq = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 5, Enabled = false
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 10
};
var l = new CaptureSequenceList();
l.Add(seq);
l.Add(seq2);
Assert.AreEqual(seq2, l.ActiveSequence);
}
public void GetNextSequence_ModeRotateOneDisabled_EmptyListNextNull()
{
//Arrange
var seq = new CaptureSequence()
{
TotalExposureCount = 5, Enabled = false
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq);
//Act
var actual = l.Next();
//Assert
Assert.AreSame(null, actual);
Assert.AreEqual(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
}
public void RunSequenceMultipleTimes_ModeRotate_NumberOfExposuresCorrect()
{
var seq1 = new CaptureSequence()
{
TotalExposureCount = 50
};
var seq2 = new CaptureSequence()
{
TotalExposureCount = 10
};
var seq3 = new CaptureSequence()
{
TotalExposureCount = 30
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.ROTATE;
l.Add(seq1);
while (l.Next() != null)
{
}
l.Add(seq2);
while (l.Next() != null)
{
}
l.Add(seq3);
while (l.Next() != null)
{
}
Assert.AreEqual(50, seq1.ProgressExposureCount);
Assert.AreEqual(10, seq2.ProgressExposureCount);
Assert.AreEqual(30, seq3.ProgressExposureCount);
}
public void GetNextSequence_ModeStandardOneDisabled_AllFinished()
{
//Arrange
var seq = new CaptureSequence()
{
TotalExposureCount = 5
};
var seq2 = new CaptureSequence()
{
ProgressExposureCount = 0, TotalExposureCount = 5, Enabled = false
};
var seq3 = new CaptureSequence()
{
TotalExposureCount = 5
};
var l = new CaptureSequenceList();
l.Mode = SequenceMode.STANDARD;
l.Add(seq);
l.Add(seq2);
l.Add(seq3);
//Act
CaptureSequence actualSeq;
while ((actualSeq = l.Next()) != null)
{
}
//Assert
Assert.AreEqual(null, l.ActiveSequence);
Assert.AreEqual(-1, l.ActiveSequenceIndex);
Assert.AreEqual(1, l.Items.Where(x => x.ProgressExposureCount < x.TotalExposureCount).Count());
Assert.AreEqual(5, seq.ProgressExposureCount);
Assert.AreEqual(0, seq2.ProgressExposureCount);
Assert.AreEqual(5, seq3.ProgressExposureCount);
}