private void SaveToFileSortMethodTestHelper <T>(CarPark testCarPark, Action <string, string> action, Func <Vehicle, T> comparer, string fileName, string resFileName)
{
testCarPark.SaveToFileSort(fileName, comparer);
XmlDocument xmlDocument = new XmlDocument();
xmlDocument.Load(fileName);
action(fileName, resFileName);
}
static void Main(string[] args)
{
Func <Vehicle, bool> chooseMoreThan15 = x => x.VehicleEngine.Volume >= 1.5;
Func <Vehicle, bool> choose2x2Transmission = x => x.VehicleTransmission.TransmissionType == "2x2";
Func <Vehicle, string> transmissionComparer = x => x.VehicleTransmission.TransmissionType;
Func <Vehicle, bool> chooseVehicleType = x => x.GetType().Equals(typeof(Lorry)) || x.GetType().Equals(typeof(Bus));
Func <Vehicle, SerialClass> proectionCondition = x => new SerialClass(x.VehicleEngine.EngineType, x.VehicleEngine.SerialNumber, x.VehicleEngine.Power);
string fileForVehiclesName = "Vehicles.xml";
string fileForVehiclesWithEngineVolume15Name = "Vehicles15.xml";
string fileLorryAndBusEngines = "LorryAndBusEngines.xml";
string fileVehiclesWith2x2Transmission = "2x2VehicleTypes.xml";
string fileForSortedByTransmissionVehicles = "SortedTransmissions.xml";
Car auto1 = new Car(ManufacturersForTransmissionsAndVehicles.BMW,
new Engine(250, 2.5, EngineTypes.Petrol, 123),
new Chassis(4, 4000, 321),
new Transmission("2x2", 6, ManufacturersForTransmissionsAndVehicles.BMW),
4);
Car auto2 = new Car(ManufacturersForTransmissionsAndVehicles.Mitsubishi,
new Engine(90, 1.1, EngineTypes.Hybrid, 123877),
new Chassis(4, 4000, 321),
new Transmission("2x2", 5, ManufacturersForTransmissionsAndVehicles.Mitsubishi),
4);
Bus bus1 = new Bus(ManufacturersForTransmissionsAndVehicles.Mercedes,
new Engine(385, 6.2, EngineTypes.Diesel, 777),
new Chassis(6, 2000, 751),
new Transmission("2x4", 7, ManufacturersForTransmissionsAndVehicles.Mercedes),
48,
2);
Lorry lorry1 = new Lorry(ManufacturersForTransmissionsAndVehicles.Citroen,
new Engine(350, 5.45, EngineTypes.Diesel, 500500),
new Chassis(4, 1200, 123789),
new Transmission("2x2", 6, ManufacturersForTransmissionsAndVehicles.Kia),
5000);
Scooter scooter1 = new Scooter(ManufacturersForTransmissionsAndVehicles.Ducati,
new Engine(290, 2.2, EngineTypes.Petrol, 222222),
new Chassis(2, 250, 123784),
new Transmission("1x1", 8, ManufacturersForTransmissionsAndVehicles.Ferrari),
5000);
List <Vehicle> vehicles = new List <Vehicle>()
{
auto1, bus1, lorry1, scooter1, auto2
};
CarPark carPark = new CarPark(vehicles);
Console.Write(carPark.GetInformation());
carPark.SaveToFile(fileForVehiclesName);
carPark.SaveToFileWithCondition(fileForVehiclesWithEngineVolume15Name, chooseMoreThan15);
carPark.SaveToFileProection(fileLorryAndBusEngines, chooseVehicleType, proectionCondition);
carPark.SaveToFileWithCondition(fileVehiclesWith2x2Transmission, choose2x2Transmission);
carPark.SaveToFileSort(fileForSortedByTransmissionVehicles, transmissionComparer);
List <Vehicle> vehiclesWithEngineVolume15FromFile = carPark.ReadFromFile <Vehicle>(fileForVehiclesWithEngineVolume15Name);
List <SerialClass> enginesFromFile = carPark.ReadFromFile <SerialClass>(fileLorryAndBusEngines);
List <Vehicle> vehiclesChosenByTransmissionFromFile = carPark.ReadFromFile <Vehicle>(fileVehiclesWith2x2Transmission);
List <Vehicle> sortedVehiclesByTransmission = carPark.ReadFromFile <Vehicle>(fileForSortedByTransmissionVehicles);
}