public List <Call> GetBatchesBehind(string peerID)
{
lock (_batch_lock)
{
if (!BatchesBehind.ContainsKey(peerID))
{
return(new List <Call>());
}
List <Call> behind = new List <Call>();
foreach (Call r in BatchesBehind[peerID].Values.ToList())
{
behind.Add(r);
int s = Params.BATCH_SIZE - 10;
if (r.Type == Call._Type.DATA_REQUEST)
{
DataRequest a = Encoder.DecodeDataRequest(r.Data);
s = (Params.BATCH_SIZE - 10) / a.PointDetails.Count;
// if (s>8)s=8;
}
if (behind.Count >= s)
{
break;
}
}
return(behind);
}
}
public void RemoveBatchBehind(string peerID, Call request)
{
lock (_batch_lock)
{
if (BatchesBehind.ContainsKey(peerID))
{
BatchesBehind[peerID].Remove(request.ID);
}
}
}
public int BatchesBehindCount(string peerID)
{
lock (_batch_lock)
{
if (!BatchesBehind.ContainsKey(peerID))
{
return(0);
}
return(BatchesBehind[peerID].Values.Count);
}
}
public void AddToNodeBehind(string peerID, Call request)
{
lock (_batch_lock)
{
if (!BatchesBehind.ContainsKey(peerID))
{
BatchesBehind.Add(peerID, new TDict <string, Call>());
}
if (!BatchesBehind[peerID].ContainsKey(request.ID))
{
BatchesBehind[peerID].Add(request.ID, request);
}
}
}
public void ClearPeerLog(string peerID)
{
lock (_batch_lock)
{
if (BatchesBehind.ContainsKey(peerID))
{
BatchesBehind.Remove(peerID);
}
}
lock (_action_lock)
{
if (ActionsCompleted.ContainsKey(peerID))
{
ActionsCompleted.Remove(peerID);
}
}
}