public void EventLapAverages_Best5LapAverage_ReturnsCorrectValues()
{
// Arrange
int expectedCount = 3;
string expectedFirstCarNumber = "3";
double expectedFirstLapAverage = 7.0;
string expectedSecondCarNumber = "2";
double expectedSecondLapAverage = 8.0;
string expectedThirdCarNumber = "1";
double expectedThirdLapAverage = 9.0;
EventLapAverages averages = BuildTestEvent20LapAverages();
// Act
var lapAverages = averages.BestFiveLapAverages.ToList();
// Assert
Assert.AreEqual(expectedCount, lapAverages.Count);
Assert.AreEqual(expectedFirstCarNumber, lapAverages[0].CarNumber);
Assert.AreEqual(expectedFirstLapAverage, lapAverages[0].AverageLapTime);
Assert.AreEqual(expectedSecondCarNumber, lapAverages[1].CarNumber);
Assert.AreEqual(expectedSecondLapAverage, lapAverages[1].AverageLapTime);
Assert.AreEqual(expectedThirdCarNumber, lapAverages[2].CarNumber);
Assert.AreEqual(expectedThirdLapAverage, lapAverages[2].AverageLapTime);
}
/// <summary>
/// Creates records for 3 cars having 2 laps
/// </summary>
protected virtual EventLapAverages BuildTestEvent2LapAverages()
{
EventLapAverages averages = new EventLapAverages();
int carCount = 3;
int lapCount = 2;
for (int carIndex = 1; carIndex < carCount + 1; carIndex++)
{
for (int lapIndex = 1; lapIndex < lapCount + 1; lapIndex++)
{
double lapTime = 10.0 - carIndex;
averages.AddLapTime(
new VehicleLapTime()
{
CarNumber = carIndex.ToString(),
TrackState = TrackState.Green,
VehicleStatus = VehicleStatus.OnTrack,
LapNumber = lapIndex,
LapTime = lapTime,
LapSpeed = 100 - lapTime
});
}
}
return(averages);
}
public void EventLapAverages_Best20LapAverage_1CarNotEnoughLaps_Returns2Cars()
{
// Arrange
int expectedCount = 2;
string expectedFirstCarNumber = "2";
double expectedFirstLapAverage = 18.0;
string expectedSecondCarNumber = "1";
double expectedSecondLapAverage = 19.0;
EventLapAverages averages = BuildTestEvent20And2LapAverages();
// Act
var lapAverages = averages.BestTwentyLapAverages.ToList();
// Assert
Assert.AreEqual(expectedCount, lapAverages.Count);
Assert.AreEqual(expectedFirstCarNumber, lapAverages[0].CarNumber);
Assert.AreEqual(expectedFirstLapAverage, lapAverages[0].AverageLapTime);
Assert.AreEqual(expectedSecondCarNumber, lapAverages[1].CarNumber);
Assert.AreEqual(expectedSecondLapAverage, lapAverages[1].AverageLapTime);
}
protected virtual void EventSettingsUpdated(EventSettings eventSettings)
{
if (eventSettings.activityId != (int)RunType.Race)
{
Configuration.BattleGap = 0.0;
}
_eventLapAverages = new EventLapAverages();
}
public void EventLapAverages_Last5LapAverage_AllCarsNotEnoughLaps_EmptyList()
{
// Arrange
int expectedCount = 0;
EventLapAverages averages = BuildTestEvent2LapAverages();
// Act
var lapAverages = averages.LastFiveLapAverages.ToList();
// Assert
Assert.AreEqual(expectedCount, lapAverages.Count);
}
/// <summary>
/// Creates records for 2 cars having 20 laps and 1 car having 2 laps
/// </summary>
protected virtual EventLapAverages BuildTestEvent20And2LapAverages()
{
EventLapAverages averages = new EventLapAverages();
int carCount = 3;
int lapCount = 20;
int slowLapCutoff1 = 5;
int slowLapCutoff2 = 15;
for (int carIndex = 1; carIndex < carCount + 1; carIndex++)
{
for (int lapIndex = 1; lapIndex < lapCount + 1; lapIndex++)
{
if (carIndex < 3 || (carIndex >= 3 && lapIndex < 3))
{
double lapTime;
if (lapIndex > slowLapCutoff2)
{
lapTime = 30.0 - carIndex;
}
else if (lapIndex > slowLapCutoff1)
{
lapTime = 20.0 - carIndex;
}
else
{
lapTime = 10.0 - carIndex;
}
averages.AddLapTime(
new VehicleLapTime()
{
CarNumber = carIndex.ToString(),
TrackState = TrackState.Green,
VehicleStatus = VehicleStatus.OnTrack,
LapNumber = lapIndex,
LapTime = lapTime,
LapSpeed = 100 - lapTime
});
}
}
}
return(averages);
}
