public void Should_Fail_Best_Pilot_Lap()
{
List <Lap> bestLap = new List <Lap>();
bestLap.Add(new Lap()
{
LapTime = "1:02.769", LapNumber = 1
});
bestLap.Add(new Lap()
{
LapTime = "1:02.770", LapNumber = 2
});
bestLap.Add(new Lap()
{
LapTime = "1:02.771", LapNumber = 3
});
bestLap.Add(new Lap()
{
LapTime = "1:02.772", LapNumber = 4
});
bestLap.Add(new Lap()
{
LapTime = "1:02.773", LapNumber = 5
});
BestLapDetail bestLapDetail = Lap.GetBestLap(bestLap);
Assert.False(bestLapDetail.LapNumber == 2, "Not a best Lap");
}
public void Should_Not_Consider_Lap_Five_As_Best_Pilot_Lap()
{
List <Lap> bestLap = new List <Lap>();
bestLap.Add(new Lap()
{
LapTime = "1:02.769", LapNumber = 1
});
bestLap.Add(new Lap()
{
LapTime = "1:02.770", LapNumber = 2
});
bestLap.Add(new Lap()
{
LapTime = "1:02.771", LapNumber = 3
});
bestLap.Add(new Lap()
{
LapTime = "1:02.772", LapNumber = 4
});
bestLap.Add(new Lap()
{
LapTime = "1:02.768", LapNumber = 5
});
BestLapDetail bestLapDetail = Lap.GetBestLap(bestLap);
Assert.False(bestLapDetail.LapNumber == 5, "Best Lap could not be >5");
}
