public InternalReadRequestLinkedList WaitingFlashTransfersForEmergencyGC = new InternalReadRequestLinkedList(); //The read request related to emergency GC are scheduled in this list
/// <summary>
/// Stores channel management information.
/// </summary>
/// <param name="flashChips"></param>
/// <param name="waitingInternalWriteReqs">If allocation scheme is F, then this variable is
/// shared among all channels, otherwise, each channel has a private version of this variable.</param>
/// <param name="rowID"></param>
public BusChannelSprinkler(uint channelID, FlashChip[] flashChips, InternalReadRequestLinkedList waitingInternalReadReqs,
InternalWriteRequestLinkedList waitingInternalWriteReqs, InternalWriteRequestLinkedList waitingCopybackRequests) : base(channelID, flashChips)
{
WaitingInternalReadReqs = waitingInternalReadReqs;
WaitingInternalWriteReqs = waitingInternalWriteReqs;
WaitingCopybackRequests = waitingCopybackRequests;
}
public RateControlOutputQueue(int priorityClassCount, uint chipCount, uint dieNoPerChip, uint planeNoPerDie)
{
ReadQueues = new InternalReadRequestLinkedList[priorityClassCount];
WriteQueues = new InternalWriteRequestLinkedList[priorityClassCount];
for (int i = 0; i < priorityClassCount; i++)
{
ReadQueues[i] = new InternalReadRequestLinkedList();
WriteQueues[i] = new InternalWriteRequestLinkedList();
}
GCReadQueueForPlanes = new InternalReadRequestLinkedList[chipCount][][];
GCWriteQueueForPlanes = new InternalWriteRequestLinkedList[chipCount][][];
GCEraseQueueForPlanes = new InternalCleanRequestLinkedList[chipCount][][];
for (int chipCntr = 0; chipCntr < chipCount; chipCntr++)
{
GCReadQueueForPlanes[chipCntr] = new InternalReadRequestLinkedList[dieNoPerChip][];
GCWriteQueueForPlanes[chipCntr] = new InternalWriteRequestLinkedList[dieNoPerChip][];
GCEraseQueueForPlanes[chipCntr] = new InternalCleanRequestLinkedList[dieNoPerChip][];
for (int dieCntr = 0; dieCntr < dieNoPerChip; dieCntr++)
{
GCReadQueueForPlanes[chipCntr][dieCntr] = new InternalReadRequestLinkedList[planeNoPerDie];
GCWriteQueueForPlanes[chipCntr][dieCntr] = new InternalWriteRequestLinkedList[planeNoPerDie];
GCEraseQueueForPlanes[chipCntr][dieCntr] = new InternalCleanRequestLinkedList[planeNoPerDie];
for (int planeCntr = 0; planeCntr < planeNoPerDie; planeCntr++)
{
GCReadQueueForPlanes[chipCntr][dieCntr][planeCntr] = new InternalReadRequestLinkedList();
GCWriteQueueForPlanes[chipCntr][dieCntr][planeCntr] = new InternalWriteRequestLinkedList();
GCEraseQueueForPlanes[chipCntr][dieCntr][planeCntr] = new InternalCleanRequestLinkedList();
}
}
}
GCPriorityClasses = new LinkedList <IntegerPageAddress> [InputStreamBase.PriorityClassCount];
for (int i = 0; i < InputStreamBase.PriorityClassCount; i++)
{
GCPriorityClasses[i] = new LinkedList <IntegerPageAddress>();
}
}
public ExecutionBatch()
{
ReadBatch = new InternalReadRequestLinkedList();
WriteBatch = new InternalWriteRequestLinkedList();
EraseBatch = new InternalCleanRequestLinkedList();
}
