private void _SendMyOwnFlow()
{
int destID = 0;
float Currdemand;
string key = null;
this._DestNum = this.MyDestinationsAndDemands.Count;
try
{
for (int j = 0; j < this._DestNum; j++)
{
destID = MyDestinationsAndDemands.ElementAt(j).Key;
Currdemand = MyDestinationsAndCurrentDemands.ElementAt(j).Value;
if (Targets[ForwardingTable[destID]])
{
key = this.ID + ":" + destID;
if (NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID].ContainsKey(key))
{
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].FlowCameFrom = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].OriginID = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].DestinationID = destID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].OriginalFlow = Currdemand;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].CurrFlow = Currdemand;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].FlowCameFrom = this.ID;
}
else
{
AdHocFlow myFlow = new AdHocFlow();
myFlow.FlowCameFrom = this.ID;
myFlow.OriginID = this.ID;
myFlow.DestinationID = destID;
myFlow.OriginalFlow = Currdemand;
myFlow.CurrFlow = Currdemand;
myFlow.FlowCameFrom = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID].Add(key, myFlow);
}
}
if (TargetsAndMyFlowSent[ForwardingTable[destID]].ContainsKey(destID))
{
TargetsAndMyFlowSent[ForwardingTable[destID]][destID] = Currdemand;
}
else
{
TargetsAndMyFlowSent[ForwardingTable[destID]].Add(destID, Currdemand);
}
}
}
catch (Exception ex)
{
Console.WriteLine("Node: " + this.ID + "was trying to send its own flow to: " + ForwardingTable[destID] + "\n" + ex.ToString());
}
}
private void _SendMyOwnFlow()
{
int destID = 0;
float Currdemand;
string key = null;
this._DestNum = this.MyDestinationsAndDemands.Count;
try
{
for (int j = 0; j < this._DestNum; j++)
{
destID = MyDestinationsAndDemands.ElementAt(j).Key;
Currdemand = MyDestinationsAndCurrentDemands.ElementAt(j).Value;
if (Targets[ForwardingTable[destID]])
{
key = this.ID + ":" + destID;
if (NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID].ContainsKey(key))
{
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].FlowCameFrom = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].OriginID = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].DestinationID = destID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].OriginalFlow = Currdemand;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].CurrFlow = Currdemand;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID][key].FlowCameFrom = this.ID;
}
else
{
AdHocFlow myFlow = new AdHocFlow();
myFlow.FlowCameFrom = this.ID;
myFlow.OriginID = this.ID;
myFlow.DestinationID = destID;
myFlow.OriginalFlow = Currdemand;
myFlow.CurrFlow = Currdemand;
myFlow.FlowCameFrom = this.ID;
NodeList.Nodes[ForwardingTable[destID]].InFlow[this.ID].Add(key, myFlow);
}
}
if (TargetsAndMyFlowSent[ForwardingTable[destID]].ContainsKey(destID))
{
TargetsAndMyFlowSent[ForwardingTable[destID]][destID] = Currdemand;
}
else
{
TargetsAndMyFlowSent[ForwardingTable[destID]].Add(destID, Currdemand);
}
}
}
catch (Exception ex)
{
Console.WriteLine("Node: " + this.ID + "was trying to send its own flow to: " + ForwardingTable[destID] + "\n" + ex.ToString());
}
}
private void _ForwardFlow(string flowID, int sourceID)
{
int target = ForwardingTable[this.InFlow[sourceID][flowID].DestinationID];
int OriginID = this.InFlow[sourceID][flowID].OriginID;
int DestinationID = this.InFlow[sourceID][flowID].DestinationID;
float blockRate = 0;
float amount = this.InFlow[sourceID][flowID].CurrFlow;
float flowCame = this.InFlow[sourceID][flowID].CurrFlow;
float amountblocked = 0;
string key = OriginID + ":" + DestinationID;
blockRate = this.GetBlockRate(sourceID);
try
{
if (Targets[target])
{
if (amount != 0)
{
amountblocked = (amount * blockRate);
amount = amount - amountblocked;
}
if (NodeList.Nodes[target].InFlow[this.ID].ContainsKey(key))
{
NodeList.Nodes[target].InFlow[this.ID][key].OriginID = OriginID;
NodeList.Nodes[target].InFlow[this.ID][key].DestinationID = DestinationID;
NodeList.Nodes[target].InFlow[this.ID][key].FlowCameFrom = this.ID;
NodeList.Nodes[target].InFlow[this.ID][key].CurrFlow = amount;
NodeList.Nodes[target].InFlow[this.ID][key].FlowBlockedByPrevNode = amountblocked;
NodeList.Nodes[target].InFlow[this.ID][key].OriginalFlow = this.InFlow[sourceID][flowID].OriginalFlow;
}
else
{
AdHocFlow flow = new AdHocFlow();
flow.OriginID = OriginID;
flow.DestinationID = DestinationID;
flow.FlowCameFrom = this.ID;
flow.CurrFlow = amount;
flow.FlowBlockedByPrevNode = amountblocked;
flow.OriginalFlow = this.InFlow[sourceID][flowID].OriginalFlow;
NodeList.Nodes[target].InFlow[this.ID].Add(key, flow);
}
}
else
{
NodeList.Nodes[OriginID].FlowReached[DestinationID] = 0;
}
float[] flowVals = new float[2];
flowVals[0] = amount;
flowVals[1] = flowCame;
if (this.SourcesAndFlowForwarded[sourceID].ContainsKey(key))
{
this.SourcesAndFlowForwarded[sourceID][key] = flowVals;
}
else
{
this.SourcesAndFlowForwarded[sourceID].Add(key, flowVals);
}
if (this.TargetsAndFlowForwarded[target].ContainsKey(key))
{
this.TargetsAndFlowForwarded[target][key] = flowVals[0];
}
else
{
this.TargetsAndFlowForwarded[target].Add(key, flowVals[0]);
}
}
catch (Exception ex)
{
Console.WriteLine("Node: " + this.ID + "was trying to forward flow to: " + target + "\n" + ex.ToString());
}
}
private void _ForwardFlow(string flowID, int sourceID)
{
int target = ForwardingTable[this.InFlow[sourceID][flowID].DestinationID];
int OriginID = this.InFlow[sourceID][flowID].OriginID;
int DestinationID = this.InFlow[sourceID][flowID].DestinationID;
float blockRate = 0;
float amount = this.InFlow[sourceID][flowID].CurrFlow;
float flowCame = this.InFlow[sourceID][flowID].CurrFlow;
float amountblocked = 0;
string key = OriginID + ":" + DestinationID;
blockRate = this.GetBlockRate(sourceID);
try
{
if (Targets[target])
{
if (amount != 0)
{
amountblocked = (amount * blockRate);
amount = amount - amountblocked;
}
if (NodeList.Nodes[target].InFlow[this.ID].ContainsKey(key))
{
NodeList.Nodes[target].InFlow[this.ID][key].OriginID = OriginID;
NodeList.Nodes[target].InFlow[this.ID][key].DestinationID = DestinationID;
NodeList.Nodes[target].InFlow[this.ID][key].FlowCameFrom = this.ID;
NodeList.Nodes[target].InFlow[this.ID][key].CurrFlow = amount;
NodeList.Nodes[target].InFlow[this.ID][key].FlowBlockedByPrevNode = amountblocked;
NodeList.Nodes[target].InFlow[this.ID][key].OriginalFlow = this.InFlow[sourceID][flowID].OriginalFlow;
}
else
{
AdHocFlow flow = new AdHocFlow();
flow.OriginID = OriginID;
flow.DestinationID = DestinationID;
flow.FlowCameFrom = this.ID;
flow.CurrFlow = amount;
flow.FlowBlockedByPrevNode = amountblocked;
flow.OriginalFlow = this.InFlow[sourceID][flowID].OriginalFlow;
NodeList.Nodes[target].InFlow[this.ID].Add(key, flow);
}
}
else
{
NodeList.Nodes[OriginID].FlowReached[DestinationID] = 0;
}
float[] flowVals = new float[2];
flowVals[0] = amount;
flowVals[1] = flowCame;
if (this.SourcesAndFlowForwarded[sourceID].ContainsKey(key))
{
this.SourcesAndFlowForwarded[sourceID][key] = flowVals;
}
else
{
this.SourcesAndFlowForwarded[sourceID].Add(key, flowVals);
}
if (this.TargetsAndFlowForwarded[target].ContainsKey(key))
{
this.TargetsAndFlowForwarded[target][key] = flowVals[0];
}
else
{
this.TargetsAndFlowForwarded[target].Add(key, flowVals[0]);
}
}
catch (Exception ex)
{
Console.WriteLine("Node: " + this.ID + "was trying to forward flow to: " + target + "\n" + ex.ToString());
}
}
