public async Task GetRecommendedSlot_WhenOneAppropriateAvailableSlot_ReturnSlot()
{
var startTime = DateTime.Now;
var duration = 9;
var airplane = new Airplane { AirplaneId = It.IsAny<int>(), Type = new AirplaneType { Name = "777", Size = 5 } };
var emptySlot = new ScoredSlot { IsEmpty = true, Size = 1, SlotId = It.IsAny<int>(), Score = 1 };
var slots = new List<Slot> { emptySlot };
_mockSlotRepository.Setup(r => r.GetAvailableSlots()).ReturnsAsync(slots);
_mockScoreProvider.Setup(s => s.ScoreSlot(emptySlot, airplane)).Returns(emptySlot);
var sut = new SlotService(_mockScoreProvider.Object, _mockSlotRepository.Object);
var result = await sut.GetRecommendedSlot(startTime, duration, airplane);
result.Should().Be(emptySlot);
}
public void ScoreSlots_WhenSlotIsBestFit_ReturnFive()
{
var airplane = new Airplane {
AirplaneId = It.IsAny <int>(), Type = new AirplaneType {
Name = "777", Size = 7
}
};
var slot = new Slot {
IsEmpty = true, Size = 7, SlotId = It.IsAny <int>()
};
var expected = new ScoredSlot {
Score = 5, SlotId = slot.SlotId, Size = slot.Size, IsEmpty = true
};
var sut = new SlotSizeScoreProvider();
var result = sut.ScoreSlot(slot, airplane);
using (new AssertionScope())
{
result.Should().BeOfType(typeof(ScoredSlot));
result.Score.Should().Be(expected.Score);
}
}
