[Test] //Test for om der Log funktionen bliver kaldt når der er collision
public void CheckIfFileLogCalled()
{
_log = Substitute.For <FileLogger, ILog>("test");
_uut = new CollisionDetector(_log);
_testAirspace = new List <IAirplaneInfo>();
_testAirplaneInfo1 = Substitute.For <IAirplaneInfo>();
_testAirplaneInfo2 = Substitute.For <IAirplaneInfo>();
_testAirspace.Add(_testAirplaneInfo1);
_testAirspace.Add(_testAirplaneInfo2);
_testAirplaneInfo1.X.Returns(35000);
_testAirplaneInfo1.Y.Returns(35000);
_testAirplaneInfo1.Altitude.Returns(600);
_testAirplaneInfo2.X.Returns(35000);
_testAirplaneInfo2.Y.Returns(35000);
_testAirplaneInfo2.Altitude.Returns(1100);
_uut.Register(_testAirspace);
_log.Received().Logs(LOGTYPE.COLLISIONS, Arg.Any <List <string> >());
}
public void AddAirplaneToEmptyAirspace_AddedCorrectPlane()
{
IAirplaneInfo testPlane1 = Substitute.For <IAirplaneInfo>();
testPlane1.Tag.Returns("Test1");
uut.Add(testPlane1);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(listOfAirplanes[0].Tag, Is.EqualTo("Test1"));
}
public void GetAirplanesFromAirspace_ReturnsListOfPlanes_AirplanesInAirspace()
{
IAirplaneInfo testplane1 = Substitute.For <IAirplaneInfo>();
testplane1.Tag.Returns("Testplane1");
uut.Add(testplane1);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(listOfAirplanes[0].Tag, Is.EqualTo("Testplane1"));
}
public void Setup()
{
_log = Substitute.For <ILog>();
_uut = new CollisionDetector(_log);
_testAirspace = new List <IAirplaneInfo>();
_testAirplaneInfo1 = Substitute.For <IAirplaneInfo>();
_testAirplaneInfo2 = Substitute.For <IAirplaneInfo>();
_testAirspace.Add(_testAirplaneInfo1);
_testAirspace.Add(_testAirplaneInfo2);
}
public void RemoveAirplaneFromAirspace_OnePlaneInAirspace()
{
IAirplaneInfo testplane1 = Substitute.For <IAirplaneInfo>();
testplane1.Tag.Returns("Testplane1");
uut.Add(testplane1);
uut.Remove(testplane1);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(() => listOfAirplanes[0].Tag, Throws.TypeOf <ArgumentOutOfRangeException>());
}
public void AddAirplaneAlreadyInAirspace_PlaneStillExistInList()
{
IAirplaneInfo testPlane1 = Substitute.For <IAirplaneInfo>();
testPlane1.Tag.Returns("Testplane");
uut.Add(testPlane1);
IAirplaneInfo testPlane2 = Substitute.For <IAirplaneInfo>();
testPlane2.Tag.Returns("Testplane");
uut.Add(testPlane2);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(listOfAirplanes[0].Tag, Is.EqualTo("Testplane"));
}
public void AddAirplaneAlreadyInAirspace_OneAirplaneAlreadyInAirspace()
{
IAirplaneInfo testPlane1 = Substitute.For <IAirplaneInfo>();
testPlane1.Tag.Returns("Testplane");
uut.Add(testPlane1);
IAirplaneInfo testPlane2 = Substitute.For <IAirplaneInfo>();
testPlane2.Tag.Returns("Testplane");
uut.Add(testPlane2);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(() => listOfAirplanes[1].Tag, Throws.TypeOf <ArgumentOutOfRangeException>());
}
public void AddAirplaneToAirspaceWithOnePlane_AddedCorrectPlane()
{
IAirplaneInfo testPlane1 = Substitute.For <IAirplaneInfo>();
testPlane1.Tag.Returns("Testplane1");
uut.Add(testPlane1);
IAirplaneInfo testPlane2 = Substitute.For <IAirplaneInfo>();
testPlane2.Tag.Returns("Testplane2");
uut.Add(testPlane2);
List <IAirplaneInfo> listOfAirplanes = uut.GetAirplanes();
Assert.That(listOfAirplanes[1].Tag, Is.EqualTo("Testplane2"));
}
