/// <summary> Initialises class properties. </summary>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to select subclasses from. </param>
/// <param name="vehiclePerformanceData"> Vehicle performance data to initialise this instance with. </param>
/// <param name="branch"> The vehicle branch for which to select subclasses. </param>
private void InitialiseProperties(VehicleTagsDeserializedFromJson deserializedTags, VehiclePerformanceData vehiclePerformanceData, EBranch branch)
{
if (branch == EBranch.Army)
{
IsWheeled = vehiclePerformanceData.MoveType.Contains("wheeled");
CanScout = deserializedTags.CanScout;
}
InitialiseIndex();
}
/// <summary> Initialises class properties. </summary>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to select subclasses from. </param>
/// <param name="branch"> The vehicle branch for which to select subclasses. </param>
private void InitialiseProperties(VehicleTagsDeserializedFromJson deserializedTags, EBranch branch)
{
if (branch == EBranch.Aviation)
{
IsNavalAircraft = deserializedTags.IsNavalAircraft;
IsHydroplane = deserializedTags.IsHydroplane;
IsTorpedoBomber = deserializedTags.CanCarryTorpedoes;
}
InitialiseIndex();
}
public void Constructor_3_Throws()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.GaijinId).Returns(nameof(mockVehicle));
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.Fighter);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsInterceptor = true,
IsAirDefenceFighter = true,
IsJetFighter = true,
};
// act
Action createSubclass = () => { new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags); };
// assert
createSubclass.Should().Throw <NotImplementedException>();
}
public void Constructor_Fighter_Returns_Fighter()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.Fighter);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsFighter = true,
};
var subclasses = new List <EVehicleSubclass> {
EVehicleSubclass.Fighter
};
var subclass = new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags);
// act
var allSubclasses = subclass.All;
// assert
allSubclasses.Should().BeEquivalentTo(subclasses);
}
public void Constructor_Td_Atgm_Returns_Atgm()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.GaijinId).Returns(nameof(mockVehicle));
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.TankDestroyer);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsTankDestroyer = true,
IsAtgmCarrier = true,
};
var subclasses = new List <EVehicleSubclass> {
EVehicleSubclass.AntiTankMissileCarrier
};
var subclass = new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags);
// act
var allSubclasses = subclass.All;
// assert
allSubclasses.Should().BeEquivalentTo(subclasses);
}
public void Constructor_Frigate_Gunboat_Returns_Gunboat()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.GaijinId).Returns(nameof(mockVehicle));
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.Frigate);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsFrigate = true,
IsHeavyGunBoat = true,
};
var subclasses = new List <EVehicleSubclass> {
EVehicleSubclass.HeavyGunboat
};
var subclass = new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags);
// act
var allSubclasses = subclass.All;
// assert
allSubclasses.Should().BeEquivalentTo(subclasses);
}
public void Constructor_Barge_Ferry_Returns_Ferry()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.GaijinId).Returns(nameof(mockVehicle));
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.Barge);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsBarge = true,
IsFerry = true,
};
var subclasses = new List <EVehicleSubclass> {
EVehicleSubclass.NavalFerryBarge
};
var subclass = new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags);
// act
var allSubclasses = subclass.All;
// assert
allSubclasses.Should().BeEquivalentTo(subclasses);
}
public void Constructor_Attacker_StrikeAircraft_Returns_StrikeAircraft()
{
// arrange
var mockVehicle = new Mock <IVehicle>();
mockVehicle.Setup(vehicle => vehicle.GaijinId).Returns(nameof(mockVehicle));
mockVehicle.Setup(vehicle => vehicle.Class).Returns(EVehicleClass.Attacker);
var vehicleTags = new VehicleTagsDeserializedFromJson
{
IsAttacker = true,
IsStrikeAircraft = true,
};
var subclasses = new List <EVehicleSubclass> {
EVehicleSubclass.StrikeAircraft
};
var subclass = new VehicleSubclasses(Presets.MockDataRepository.Object, mockVehicle.Object, vehicleTags);
// act
var allSubclasses = subclass.All;
// assert
allSubclasses.Should().BeEquivalentTo(subclasses);
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="vehicle"> The vehicle this object belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialize this instance with. </param>
public AircraftTags(IDataRepository dataRepository, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags)
: this(dataRepository, -1L, vehicle, deserializedTags)
{
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="id"> The objects's ID. </param>
/// <param name="vehicle"> The vehicle this object belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialize this instance with. </param>
public AircraftTags(IDataRepository dataRepository, long id, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags)
: base(dataRepository, id, vehicle)
{
InitialiseProperties(deserializedTags, Vehicle.Branch);
LogCreation();
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="id"> The objects's ID. </param>
/// <param name="vehicle"> The vehicle this object belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialise this instance with. </param>
/// <param name="vehiclePerformanceData"> Vehicle performance data to initialise this instance with. </param>
public GroundVehicleTags(IDataRepository dataRepository, long id, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags, VehiclePerformanceData vehiclePerformanceData)
: base(dataRepository, id, vehicle)
{
InitialiseProperties(deserializedTags, vehiclePerformanceData, Vehicle.Branch.AsEnumerationItem);
LogCreation();
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="vehicle"> The vehicle this object belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialise this instance with. </param>
/// <param name="vehiclePerformanceData"> Vehicle performance data to initialise this instance with. </param>
public GroundVehicleTags(IDataRepository dataRepository, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags, VehiclePerformanceData vehiclePerformanceData)
: this(dataRepository, -1L, vehicle, deserializedTags, vehiclePerformanceData)
{
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="id"> The object's ID. </param>
/// <param name="vehicle"> The vehicle the data set belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialize this instance with. </param>
protected VehicleSubclasses(IDataRepository dataRepository, long id, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags)
: base(dataRepository, id, vehicle)
{
InitialiseProperties(SelectSubclassesToProcess(deserializedTags, vehicle.Class));
LogCreation();
}
/// <summary> Creates a new transient object that can be persisted later. </summary>
/// <param name="dataRepository"> A data repository to persist the object with. </param>
/// <param name="vehicle"> The vehicle the data set belongs to. </param>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to initialize this instance with. </param>
protected internal VehicleSubclasses(IDataRepository dataRepository, IVehicle vehicle, VehicleTagsDeserializedFromJson deserializedTags)
: this(dataRepository, -1L, vehicle, deserializedTags)
{
}
/// <summary> Selects subclasses from <paramref name="deserializedTags"/> based on what pertains to the <paramref name="vehicleClass"/>. </summary>
/// <param name="deserializedTags"> Vehicle tags deserialized from JSON data to select subclasses from. </param>
/// <param name="vehicleClass"> The vehicle class for which to select subclasses. </param>
/// <returns></returns>
private IEnumerable <EVehicleSubclass> SelectSubclassesToProcess(VehicleTagsDeserializedFromJson deserializedTags, EVehicleClass vehicleClass)
{
