public CCInterconection(ThreadFlagWrapper flag, Clock clk)
{
threadFlag = flag;
clock = clk;
Initialize();
InitializeThreads();
}
/// <summary>
/// Constructor
/// </summary>
public RAM(ThreadFlagWrapper flag, Clock clk, MemoryBus memoryBus)
{
threadFlagWrapper = flag;
clock = clk;
memBus = memoryBus;
InitializeRam();
InitialaizeThreads();
}
public CCAction(ThreadFlagWrapper flag, Clock clk)
{
bussy = false;
actionQueue = new Queue();
threadFlag = flag;
clock = clk;
Thread writeBusRequestThr = new Thread(WriteAcctionBusAux);
writeBusRequestThr.Start();
}
/// <summary>
/// Constructor
/// </summary>
/// <param name="flag"></param>
public Clock(ThreadFlagWrapper flag)
{
threadFlag = flag;
CLOCK_CCInterconection = false;
CLOCK_CCAction = false;
CLOCK_CacheController = false;
CLOCK_MemoryBus = false;
CLOCK_RAM = false;
InitializeThreads();
}
public CacheController(string coreId, int coreNum, CCAction ccAct, CCInterconection ccInt, ThreadFlagWrapper flag, Clock clk, MemoryBus bus)
{
CORENAME = coreId;
CORENUMBER = coreNum;
ccAction = ccAct;
ccInter = ccInt;
threadFlag = flag;
clock = clk;
memBus = bus;
InitializeThreads();
}
public MemoryBus(ThreadFlagWrapper flag, Clock clk)
{
threadFlag = flag;
clock = clk;
InitializeThreads();
}
static void Main(string[] args)
{
///Flag for application threads Control
ThreadFlagWrapper flag = new ThreadFlagWrapper();
flag.Flag = true;
Clock clock = new Clock(flag);
CCAction cc = new CCAction(flag, clock);
CCInterconection interconection = new CCInterconection(flag, clock);
MemoryBus mainBus = new MemoryBus(flag, clock);
RAM ram = new RAM(flag, clock, mainBus);
mainBus.RequestBus(Constants.CORE_ZERO_ID, "0000", Constants.CC_WRITE, 5);
//TODO Agregar el main bus a los controladores de cache y a la RAM
CacheController cacheControler0 = new CacheController(Constants.CORE_ZERO_ID, 0, cc, interconection, flag, clock, mainBus);
CacheController cacheControler1 = new CacheController(Constants.CORE_ONE_ID, 1, cc, interconection, flag, clock, mainBus);
CacheController cacheControler2 = new CacheController(Constants.CORE_TWO_ID, 2, cc, interconection, flag, clock, mainBus);
CacheController cacheControler3 = new CacheController(Constants.CORE_THREE_ID, 3, cc, interconection, flag, clock, mainBus);
Console.WriteLine("--------------------------------------");
Console.WriteLine("Prueba 1: Coherencia de Cache \n");
string Test1Addres = "0000";
int position = Convert.ToInt32(Test1Addres, 2) % 2;
cacheControler0.SaveCacheValue(Test1Addres, 1);
Console.WriteLine("Se escribe en cache del core 0: " + "Dirección = " + Test1Addres + " Valor = " + 1);
cacheControler1.SaveCacheValue(Test1Addres, 2);
Console.WriteLine("Se escribe en cache del core 1: " + "Dirección = " + Test1Addres + " Valor = " + 2);
cacheControler2.SaveCacheValue(Test1Addres, 3);
Console.WriteLine("Se escribe en cache del core 2: " + "Dirección = " + Test1Addres + " Valor = " + 3);
cacheControler3.SaveCacheValue(Test1Addres, 4);
Console.WriteLine("Se escribe en cache del core 3: " + "Dirección = " + Test1Addres + " Valor = " + 4);
Console.WriteLine();
Console.WriteLine("Resultados");
Console.WriteLine("Cache Core 0: " + "Position = " + position + " Tag = " + cacheControler0.cache.memoryCache[position].Tag + " Value = " + cacheControler0.cache.memoryCache[position].Value + " State = " + cacheControler0.cache.memoryCache[position].State);
Console.WriteLine("Cache Core 1: " + "Position = " + position + " Tag = " + cacheControler1.cache.memoryCache[position].Tag + " Value = " + cacheControler1.cache.memoryCache[position].Value + " State = " + cacheControler1.cache.memoryCache[position].State);
Console.WriteLine("Cache Core 2: " + "Position = " + position + " Tag = " + cacheControler2.cache.memoryCache[position].Tag + " Value = " + cacheControler2.cache.memoryCache[position].Value + " State = " + cacheControler2.cache.memoryCache[position].State);
Console.WriteLine("Cache Core 3: " + "Position = " + position + " Tag = " + cacheControler3.cache.memoryCache[position].Tag + " Value = " + cacheControler3.cache.memoryCache[position].Value + " State = " + cacheControler3.cache.memoryCache[position].State);
Console.WriteLine("-------------------------------------- \n");
Console.WriteLine("Prueba 2: Coherencia de Cache - Correspondencia de Cache \n");
Test1Addres = "1000";
position = Convert.ToInt32(Test1Addres, 2) % 2;
Console.WriteLine("Se escribe en cache del core 3: " + "Dirección = 0x" + Test1Addres + " Valor = " + 10);
Console.WriteLine("Memoria RAM: " + "Dirección: 0x0000" + " Valor: " + ram.GetValue("0000"));
cacheControler3.SaveCacheValue(Test1Addres, 10);
Console.WriteLine();
Console.WriteLine("Resultados \n");
Console.WriteLine("Cache Core 3: " + "Position = " + position + " Tag = " + cacheControler3.cache.memoryCache[position].Tag + " Value = " + cacheControler3.cache.memoryCache[position].Value + " State = " + cacheControler3.cache.memoryCache[position].State);
Console.WriteLine("Memoria RAM: " + "Dirección: 0x0000" + " Valor: " + ram.GetValue("0000"));
Thread.Sleep(1000);
Console.WriteLine("-------------------------------------- \n");
Console.WriteLine("Prueba 3: Red de Interconexión \n");
Test1Addres = "1000";
position = Convert.ToInt32(Test1Addres, 2) % 2;
Console.WriteLine("CORE ZERO Se solciita la direcicón 0x" + Test1Addres);
cacheControler0.GetCacheValue("1000");
Console.WriteLine("Resultados \n");
Console.WriteLine("Cache Core 0: " + "Position = " + position + " Tag = " + cacheControler0.cache.memoryCache[position].Tag + " Value = " + cacheControler0.cache.memoryCache[position].Value + " State = " + cacheControler0.cache.memoryCache[position].State);
Console.WriteLine("Cache Core 3: " + "Position = " + position + " Tag = " + cacheControler3.cache.memoryCache[position].Tag + " Value = " + cacheControler3.cache.memoryCache[position].Value + " State = " + cacheControler3.cache.memoryCache[position].State);
int a = 5;
}
