public static List<ClientGroup> GenerateGroups(ref Queue<ClientPair> queue, int currentInterval)
{
var clientGroups = new List<ClientGroup>();
var clientGroup = new ClientGroup();
while (queue.Count >= GroupSize)
{
//
// For now, do a simple FIFO algorithm to generate the groups.
//
var clientPair = queue.Dequeue();
clientGroup.client1 = clientPair.client;
clientPair = queue.Dequeue();
clientGroup.client2 = clientPair.client;
/* ToDo: Re-enable this if Group Size goes back up to 4.
clientPair = queue.Dequeue();
clientGroup.client3 = clientPair.client;
clientPair = queue.Dequeue();
clientGroup.client4 = clientPair.client;
*/
clientGroups.Add(clientGroup);
}
//
// If there are any remaining clients, check to see if they have gone through a full
// cycle of intervals, which means that they should be dequeued.
//
if (queue.Count == 0)
{
return clientGroups;
}
//
// If a client has been in the queue for the maximum time, dequeue them into a
// new clientGroup which only contains them.
//
while (queue.ElementAt(0).IntervalsInQueue == currentInterval)
{
var cp = queue.Dequeue();
clientGroup = new ClientGroup();
clientGroup.client1 = cp.client;
clientGroups.Add(clientGroup);
if (queue.Count == 0)
{
break;
}
}
return clientGroups;
}
public static List <ClientGroup> GenerateGroups(ref Queue <ClientPair> queue, int currentInterval)
{
var clientGroups = new List <ClientGroup>();
var clientGroup = new ClientGroup();
while (queue.Count >= GroupSize)
{
//
// For now, do a simple FIFO algorithm to generate the groups.
//
var clientPair = queue.Dequeue();
clientGroup.client1 = clientPair.client;
clientPair = queue.Dequeue();
clientGroup.client2 = clientPair.client;
/* ToDo: Re-enable this if Group Size goes back up to 4.
* clientPair = queue.Dequeue();
* clientGroup.client3 = clientPair.client;
*
* clientPair = queue.Dequeue();
* clientGroup.client4 = clientPair.client;
*/
clientGroups.Add(clientGroup);
}
//
// If there are any remaining clients, check to see if they have gone through a full
// cycle of intervals, which means that they should be dequeued.
//
if (queue.Count == 0)
{
return(clientGroups);
}
//
// If a client has been in the queue for the maximum time, dequeue them into a
// new clientGroup which only contains them.
//
while (queue.ElementAt(0).IntervalsInQueue == currentInterval)
{
var cp = queue.Dequeue();
clientGroup = new ClientGroup();
clientGroup.client1 = cp.client;
clientGroups.Add(clientGroup);
if (queue.Count == 0)
{
break;
}
}
return(clientGroups);
}
