public void Update_VelocityOldandNew_returnsNotEqual()
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_track1.TimeStamp.Returns(new DateTime(2018, 05, 13, 10, 50, 30));
_track1.X.Returns(58000);
_track1.Y.Returns(67000);
_track1.Tag.Returns("SHN63");
_trackData.Add(_track1);
uut.Update(_trackData); //new list SHN63 og old list SHN63
// _trackData.Clear();
_track2.TimeStamp.Returns(new DateTime(2018, 05, 13, 10, 50, 36));
_track2.X.Returns(65000);
_track2.Y.Returns(71000);
_track2.Tag.Returns("SHN63");
_trackData.Add(_track2);
var vel = new TrackUpdate(_trackRendition, _proximityDetection).CalVelocity(_track1, _track2);
uut.Update(_trackData);
Assert.AreNotEqual(vel, uut.oldList[0].Velocity);
}
public void ProximityDetection_IsCalled_True()
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
uut.Update(_trackData);
_proximityDetection.Received().CheckProximityDetection(_trackData);
}
public void Update_VelocityOldandNew_returnsEqual()
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_trackData.Add(_track1);
_trackData.Add(_track2);
uut.Update(_trackData); //new list
Assert.That(_trackData[0].Velocity, Is.EqualTo(uut.oldList[0].Velocity));
}
public void Update_TimeStampOldandNew_returnsNotEqual()
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_trackData.Add(_track1);
_trackData.Add(_track2);
uut.Update(_trackData);
Assert.AreNotEqual(_trackData[1].TimeStamp, uut.oldList[0].TimeStamp);
}
public void Update_TimeStampOldandNew_returnsEqual()
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_trackData.Add(_track1);
_trackData.Add(_track2);
uut.Update(_trackData); //new list
Assert.That(_trackData[0].TimeStamp, Is.EqualTo(uut.oldList[0].TimeStamp)); //New list is equal to oldList
}
public void CalCourse_CalculateTrack1andTrack2_Returns(int x1, int x2, int y1, int y2, int result)
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_track1.X.Returns(x1);
_track2.X.Returns(x2);
_track1.Y.Returns(y1);
_track2.Y.Returns(y2);
_trackData.Add(_track1);
_trackData.Add(_track2);
Assert.That(uut.CalCourse(_track1, _track2), Is.EqualTo(result));
}
public void CalVelocity_CalculateTrack1andTrack2_ReturnsVelocity(int x1, int x2, int y1, int y2, int result) //WORKS
{
var uut = new TrackUpdate(_trackRendition, _proximityDetection);
_track1.TimeStamp.Returns(new DateTime(2018, 05, 13, 10, 50, 35));
_track2.TimeStamp.Returns(new DateTime(2018, 05, 13, 10, 50, 36));
_track1.X.Returns(x1);
_track2.X.Returns(x2);
_track1.Y.Returns(y1);
_track2.Y.Returns(y2);
_trackData.Add(_track1);
_trackData.Add(_track2);
Assert.That(uut.CalVelocity(_track1, _track2), Is.EqualTo(result));
}
public void Can_serialize_TrackUpdate()
{
var dto = new TrackUpdate {
Delete = false,
ExternalRef = "00028946767825/gbbbb2014307",
ExternalUrn = "urn:track:universal:00028946767825/gbbbb2014307",
SupplierKeyName = "universal",
Name = "Act 3 [Rigoletto} - Lili Marlene",
NameExVersion = "Act 3 [Rigoletto} - Lili Marlene",
LabelText = "Decca",
ArtistText = "La Scala [Ensemble]",
ReleaseText = "Captain Corelli's Mandolin -Original Motion Picture Soundtrack",
Isrc = "GBBBB2014307",
DiscNumber = 1,
TrackNumber=7,
DurationMs = 188000,
ExplicitType = ExplicitType.Unknown,
Copyright = "Copyright:2001 Decca Music Group Limited",
Genres = new List<string> { "Classical" },
};
Serialize(dto);
}