public static void OutBIPDirectoryMemory(int nodeCount, int l1, int l2, float multiplyFactor, string filesysSeperator,
string filenameAddition)
{
string outputString = "memoryConfigs" + filesysSeperator + filenameAddition + "bip-p" + nodeCount
+ "-c" + l1 + "L1-" + l2 + "L2.memory";
output = new System.IO.StreamWriter(outputString);
index = 1;
output.WriteLine("Begin");
//MainMemory(400, 300);
NetworkTimingData myNetworkTimingData = GetNetworkTimingData(nodeCount, multiplyFactor);
int randomMin = myNetworkTimingData.randomMin;
int randomMax = myNetworkTimingData.randomMax;
AddOriginNetwork("Network", nodeCount, randomMin, randomMax, PER_PACKET);
//AddNetworkMemoryInterface("NMInt", nodeCount + 10);
l1 *= 1024;
l2 *= 1024;
for (int i = 0; i < nodeCount; i++)
{
AddSESCInterface("ProcessorInterface_" + i);
AddBIPCache("L1_" + i, 4, l1 / (4 * 64), 64, 2, 1, EvictionPolicy.LRU);
// AddCache("L2_" + i, 4, l2 / (4 * 64), 64, 7, 4, EvictionPolicy.LRU);
AddBIPCache("L2_" + i, 4, l2 / (4 * 64), 64, 13, 10, EvictionPolicy.LRU);
//AddOriginDirectory("OriginDirectory_" + i, nodeCount, i, nodeCount + 10);
AddBIPDirectory("BIPDirectory_" + i, nodeCount, i);
AddMainMemory("MainMemory_" + i, 57, 66);
Connection("ProcessorInterface_" + i, "L1_" + i, "Connection", "LocalConnection", 0);
Connection("L1_" + i, "L2_" + i, "RemoteConnection", "LocalConnection", 0);
Connection("L2_" + i, "BIPDirectory_" + i, "RemoteConnection", "LocalCacheConnection", 0);
Connection("MainMemory_" + i, "BIPDirectory_" + i, "RemoteConnection", "LocalMemoryConnection", 0);
Connection("BIPDirectory_" + i, "Network", "RemoteConnection", "Connection_" + i, 0);
}
//Connection("Network", "NMInt", "MemoryConnection", "NetworkConnection", 0);
//Connection("NMInt", "MainMemory", "MemoryConnection", "Remoteconnection", 0);
output.WriteLine("End");
output.Close();
}
public static NetworkTimingData GetNetworkTimingData(int nodeCount, float multiplyFactor)
{
NetworkTimingData _ret = new NetworkTimingData();
switch (nodeCount)
{
case 4:
_ret.randomMin = 100;
_ret.randomMax = 110;
//_ret.randomMax = 116;
break;
case 8:
_ret.randomMin = 131;
_ret.randomMax = 145;
//_ret.randomMax = 152;
break;
case 16:
_ret.randomMin = 135;
_ret.randomMax = 149;
//_ret.randomMax = 156;
break;
case 32:
_ret.randomMin = 143;
_ret.randomMax = 159;
//_ret.randomMax = 166;
break;
case 64:
_ret.randomMin = 161;
_ret.randomMax = 177;
//_ret.randomMax = 186;
break;
case 128:
_ret.randomMin = 175;
_ret.randomMax = 193;
//_ret.randomMax = 202;
break;
default:
_ret.randomMin = 57;
_ret.randomMax = 66;
break;
}
_ret.randomMin = 100;
_ret.randomMax = 110;
float tempMin = _ret.randomMin;
float tempMax = _ret.randomMax;
tempMin *= multiplyFactor;
tempMax *= multiplyFactor;
if (tempMin == 0 && tempMax == 0)
{
tempMax = 1;
}
_ret.randomMin = (int)tempMin;
_ret.randomMax = (int)tempMax;
return(_ret);
}
