public void WhenNoCallsThenTimeslotIsFree()
{
var target = new StationTrack("1");
var call = new StationCall(target, new Time(12, 00), new Time(12, 30));
Assert.AreEqual(1, target.Calls.Count());
Assert.AreEqual(call, target.Calls.First());
}
public void WhenCallsNotOverlapsThenTimeslotIsFree()
{
var target = new StationTrack("1");
var call1 = new StationCall(target, new Time(12, 00), new Time(12, 30));
var call2 = new StationCall(target, new Time(12, 31), new Time(12, 45));
Assert.AreEqual(2, target.Calls.Count());
Assert.AreEqual(call1, target.Calls.First());
Assert.AreEqual(call2, target.Calls.Last());
}
public void TestInitialize()
{
Target = TestDataFactory.CreateStationTrack();
Train1 = new Train("1234")
{
Category = "Godståg"
};
Train2 = new Train("22")
{
Category = "Persontåg"
};
}
public void WhenCallsOverlapsThenTimeslotIsNotFree()
{
var target = new StationTrack("1");
var call1 = new StationCall(target, new Time(12, 00), new Time(12, 30));
var call2 = new StationCall(target, new Time(12, 30), new Time(12, 45));
}
[TestMethod] public void ArrivalAfterDepartureThrows() {
var track = new StationTrack("1");
var target = new StationCall(track, new Time(12, 00), new Time(11, 59));
}
[TestMethod] public void DepartureIsNullThrows() {
var track = new StationTrack("1");
var target = new StationCall(track, new Time(12, 00), null);
}
[TestMethod] public void ArrivalIsNullThrows() {
var track = new StationTrack("1");
var target = new StationCall(track, null, new Time(12, 00));
}
