private void AddProcessesToIdleProcessors(int numToAdd)
{
var processors = Processors;
var idlingProcessors = processors.Where(processor => processor.IsIdling);
var idlingProcessorsAsList = idlingProcessors.ToList();
foreach (var processor in idlingProcessorsAsList)
{
if (ProcessProducer.CanProduce(numToAdd))
{
processor.AddToLocalQueue(ProcessProducer.ProduceProcesses(numToAdd, processor.CurrentClockCycle));
}
else if (!ProcessProducer.IsDoneProducing)
{
var leftoverProcesses = ProcessProducer.ProcessesCanProduce;
processor.AddToLocalQueue(
ProcessProducer.ProduceProcesses(leftoverProcesses, processor.CurrentClockCycle));
}
else if (ProcessProducer.IsDoneProducing)
{
break;
}
}
Processors.RemoveAll(processor => processor.IsIdling);
Processors.AddRange(idlingProcessorsAsList);
}
/// <summary>
/// Adds processes to each producer by at most the given amount.
/// </summary>
/// <param name="numToAddPerProcessor">The maximum number of processes to allot to each processor.</param>
private void AddProcessesToProcessors(int numToAddPerProcessor)
{
foreach (var processor in Processors)
{
if (ProcessProducer.CanProduce(numToAddPerProcessor))
{
processor.AddToLocalQueue(ProcessProducer.ProduceProcesses(numToAddPerProcessor, 0));
}
else if (ProcessProducer.IsDoneProducing)
{
break;
}
else
{
var producerCanProduce = ProcessProducer.ProcessesCanProduce;
processor.AddToLocalQueue(ProcessProducer.ProduceProcesses(producerCanProduce, 0));
}
}
}
