public MotherBoard(MotherboardModel model)
{
this.model = model;
requireComponents = new List <Type>()
{
typeof(Processor), typeof(HardDrive), typeof(PowerSupply)
};
}
public IBaseEntity ToEntity(BaseModel motherboard)
{
MotherboardModel motherboardModel = (MotherboardModel)motherboard;
return(new MotherboardEntity
{
Id = motherboardModel.Id,
Name = motherboardModel.Name,
MotherboardType = motherboardModel.MotherboardType.ToString(),
MemoryCardTypeCompatibility = motherboardModel.MemoryCardTypeCompatibility.ToString(),
SocketTypeCompatibility = motherboardModel.SocketTypeCompatibility.ToString(),
DetailType = motherboardModel.DetailType
});
}
public bool IsPossibleToCreate(CaseModel Case, ProcessorModel Processor, MotherboardModel Motherboard, MemoryCardModel MemoryCard, PowerSupplyModel PowerSupply)
{
double SystemWatage = PowerSupply.CalculateSystemWattage(Processor.Wattage, MemoryCard.Wattage);
bool IsCompatiblePowerSupply = PowerSupply.Wattage > SystemWatage;
bool IsCompatibleWithMB = Motherboard.CheckMemoryCardCompatibility(MemoryCard.MemoryCardType) &&
Motherboard.CheckProcessorCompatibility(Processor.SocketType);
bool IsCompatibleWithCase = Case.CheckMotherBoardСompatibility(Motherboard.MotherboardType) &&
Case.CheckPowerSupplyСompatibility(PowerSupply.PowerSupplyType);
return(IsCompatibleWithMB && IsCompatibleWithCase && IsCompatiblePowerSupply);
}
public static void Main(string[] args)
{
//примеры работы с моделью.
ConnectionInterface sata = new ConnectionInterface("Sata-1");
ConnectionInterface pciExpress = new ConnectionInterface("PCI-Express");
ConnectionInterface powerPin = new ConnectionInterface("PowerPin");
ConnectionInterface socket = new ConnectionInterface("AM4");
MotherboardModel motherboardModel = new MotherboardModel("B450", 2, new List <ConnectionInterface>()
{
sata, pciExpress, powerPin, socket
}, Socket.AM4, FormFactor.MiniATx);
HardDriveModel hddModel = new HardDriveModel("mega hdd", 4, new List <ConnectionInterface>()
{
sata, powerPin
}, 7200);
PowerSupplyModel powerSupplyModel = new PowerSupplyModel("PS-8000", 55, new List <ConnectionInterface>()
{
powerPin, powerPin, powerPin
}, 600);
ProcessorModel processorModel = new ProcessorModel("3600x", 6, new List <ConnectionInterface>()
{
socket
}, 6);
MotherBoard mother = new MotherBoard(motherboardModel);
MotherBoard anotherMother = new MotherBoard(motherboardModel);
Processor processor = new Processor(processorModel);
PowerSupply powerSupply = new PowerSupply(powerSupplyModel);
HardDrive hardDrive = new HardDrive(hddModel);
mother.Establisher.TryToConnect(processor, socket);
mother.Establisher.TryToConnect(hardDrive, sata);
mother.Establisher.TryToConnect(powerSupply, powerPin);
hardDrive.Establisher.TryToConnect(powerSupply, powerPin);
Hardware hardware = new Hardware(mother);
ComputerSystem system = new ComputerSystem();
hardDrive.InstallSystem(system);
//Включение и перезагрузка. Включать можно только через Hardware. Выключать и рестарат через Hardware и ComputerSystem.(like IRL)
Computer computer = new Computer(hardware);
ComputerSystem loadedSystem = computer.Hardware.TryToTurnOn();
loadedSystem.Restart();
//Продажа компьютеров
ShopCatalog catalog = new ShopCatalog();
catalog.AddLot(new Lot(computer.Hardware, 100, 2));
Lot wantToBuy = catalog.FindSuitable(x => x.Cost < 150 && x.Item is Hardware).First();
Hardware boughtHardware = (Hardware)catalog.Buy(wantToBuy);
Computer boughtComputer = new Computer(boughtHardware);
//Замена материнской платы
boughtComputer.Hardware.TryToReplaceComponent(mother, anotherMother);
//Установка приложения в компьютерном классе
Application trojan = new Application(new byte[228]);
List <Computer> installedComputers = new List <Computer>()
{
boughtComputer
};
ComputerClass computerClass = new ComputerClass(installedComputers);
computerClass.InstallApplicationOnEach(trojan);
computerClass.Command(x => x.System?.Execute(trojan.BinaryCode));
// сбор металлолома
MetalCollector collector = new MetalCollector();
collector.Collect(boughtComputer);
}