public VirtualMachine(ICPU cpu,IRAM ram)
{
this.cpu = cpu;
this.ram = ram;
cpu.machine = this;
ram.machine = this;
}
protected Computer(ICPU cpu, IRAM ram, IVideoCard videoCard, RAID hardDriveRaid, IMotherboard motherBoard)
{
this.cpu = cpu;
this.ram = ram;
this.videoCard = videoCard;
this.hardDriveRaid = hardDriveRaid;
this.motherBoard = motherBoard;
}
protected Computer(ICPU cpu, IRAM ram, IVideoCard videoCard, RAID hardDriveRaid, IMotherboard motherBoard)
{
this.cpu = cpu;
this.ram = ram;
this.videoCard = videoCard;
this.hardDriveRaid = hardDriveRaid;
this.motherBoard = motherBoard;
}
public String CreateAndDisplay()
{
IComputer computer = factory.CreateComputer();
IRAM RAM = factory.CreateRAM();
IStorage storage = factory.CreateStorage();
decimal totalPrice = computer.getPrice() + RAM.getPrice() + storage.getPrice();
return("Your " + computer.getDescription() +
"\n" + RAM.getDescription() +
"\n" + storage.getDescription() +
"\n* Price: " + totalPrice + ",-");
}
public RAMController(IRAM Iproduct, ICategoryRAM Icategories)
{
product = Iproduct;
_categories = Icategories;
}
public CPU128(IRAM ram, int coreCount)
{
this.ram = ram;
this.NumberOfCores = coreCount;
}
public PC(ICPU cpu, IRAM ram, IVideoCard videoCard, RAID hardDriveRaid, IMotherboard motherBoard)
: base(cpu, ram, videoCard, hardDriveRaid, motherBoard)
{
}
public CPU128(IRAM ram, int coreCount)
{
this.ram = ram;
this.NumberOfCores = coreCount;
}
public Laptop(ICPU cpu, IRAM ram, IVideoCard videoCard, RAID hardDriveRaid, IMotherboard motherBoard, IBattery battery)
: base(cpu, ram, videoCard, hardDriveRaid, motherBoard)
{
this.battery = battery;
}
public Server(ICPU cpu, IRAM ram, MonochromeVideoCard videoCard, RAID hardDriveRaid, MonochromeVideoCard motherBoard)
: base(cpu, ram, videoCard, hardDriveRaid, motherBoard)
{
}
public Server(ICPU cpu, IRAM ram, MonochromeVideoCard videoCard, RAID hardDriveRaid, MonochromeVideoCard motherBoard)
: base(cpu, ram, videoCard, hardDriveRaid, motherBoard)
{
}
public Desktop(ICPU cpu, IRAM ram)
{
_cpu = cpu;
_ram = ram;
}
public void CreateRAM(int addrWidth, int dataWidth, int capacity, int readLatency, int writeLatency, out Component part, out IRAM ram)
{
throw new NotSupportedException("Only ROM can be created");
}
public Desktop_AMD()
{
_cpu = new AMD_CPU();
_ram = new Hynix_RAM();
}
public Desktop_Intel()
{
_cpu = new Intel_CPU();
_ram = new SAMSUNG_RAM();
}
public void CreateRAM(int addrWidth, int dataWidth, int capacity, int readLatency, int writeLatency, out Component part, out IRAM ram)
{
throw new NotSupportedException("Only ROM can be created");
}
public PC(ICPU cpu, IRAM ram, IVideoCard videoCard, RAID hardDriveRaid, IMotherboard motherBoard)
: base(cpu, ram, videoCard, hardDriveRaid, motherBoard)
{
}
public void CreateRAM(int addrWidth, int dataWidth, int capacity, int readLatency, int writeLatency,
out Component part, out IRAM ram)
{
if (writeLatency != 1)
throw new NotSupportedException();
bool regPrim, regOut;
switch (readLatency)
{
case 1:
regPrim = false;
regOut = false;
break;
case 2:
regPrim = true;
regOut = false;
break;
case 3:
regPrim = true;
regOut = true;
break;
default:
throw new NotSupportedException();
}
BlockMem bmem = new BlockMem()
{
IPAlgorithm = BlockMem.EIPAlgorithm.MinimumArea,
AssumeSynchronousClk = false,
ECC = false,
ECCType = BlockMem.EECCType.NoECC,
EnableA = BlockMem.EENAUsage.UseENAPin,
EnableB = BlockMem.EENBUsage.AlwaysEnabled,
ErrorInjectionType = BlockMem.EErrorInjectionType.SingleBitErrorInjection,
MemoryType = BlockMem.EMemoryType.SinglePortRAM,
OperatingModeA = BlockMem.EOperatingMode.WriteFirst,
OperatingModeB = BlockMem.EOperatingMode.WriteFirst,
PipelineStages = 0,
ReadWidthA = dataWidth,
ReadWidthB = dataWidth,
RegisterPortAInputOfSoftECC = false,
RegisterPortAOutputOfMemoryCore = regOut,
RegisterPortAOutputOfMemoryPrimitives = regPrim,
RegisterPortBOutputOfMemoryCore = false,
RegisterPortBOutputOfMemoryPrimitives = false,
RegisterPortBOutputOfSoftECC = false,
ResetMemoryLatchA = false,
ResetMemoryLatchB = false,
ResetPriorityA = BlockMem.EResetPriority.CE,
ResetPriorityB = BlockMem.EResetPriority.CE,
ResetType = BlockMem.EResetType.Sync,
SoftECC = false,
UseByteWriteEnable = false,
UseErrorInjectionPins = false,
UseRegCeAPin = false,
UseRegCeBPin = false,
UseRstAPin = false,
UseRstBPin = false,
WriteDepthA = MathExt.CeilPow2(capacity),
WriteWidthA = dataWidth,
WriteWidthB = dataWidth
};
part = bmem;
ram = bmem.SideA;
}
