public ArrayFreeList(
int smallBlockSize,
int largeBlockSize,
int smallItemMaxBytes,
SharedBlockArrayFreeList <T> sharedBlockLists,
SharedBlockFreeList <object> sharedEmptySmallBlocksList,
SharedBlockFreeList <object> sharedEmptyLargeBlocksList)
{
long sizeofT = SizeOf <T>();
countInUse = 0;
this.sharedEmptySmallBlocksList = sharedEmptySmallBlocksList;
this.sharedEmptyLargeBlocksList = sharedEmptyLargeBlocksList;
freeLists = new SimpleFreeList <T[]> [32];
largeStartIndex = -1;
for (int i = 0; i < freeLists.Length; i++)
{
bool large = sizeofT * (1L << i) > smallItemMaxBytes;
if ((largeStartIndex == -1) && large)
{
largeStartIndex = i;
}
freeLists[i] = new SimpleFreeList <T[]>(
large ? largeBlockSize : smallBlockSize,
sharedBlockLists[i],
large ? sharedEmptyLargeBlocksList : sharedEmptySmallBlocksList);
}
}
public SharedBlockArrayFreeList(
int smallBlockSize,
int largeBlockSize,
int smallItemMaxBytes)
{
long sizeofT = SizeOf <T>();
freelists = new SharedBlockFreeList <T[]> [32];
largeStartIndex = -1;
for (int i = 0; i < freelists.Length; i++)
{
bool large = sizeofT * (1L << i) > smallItemMaxBytes;
if ((largeStartIndex == -1) && large)
{
largeStartIndex = i;
}
freelists[i] = new SharedBlockFreeList <T[]>(large ? largeBlockSize : smallBlockSize);
}
}
public SimpleFreeList(
int blockSize,
SharedBlockFreeList <T> sharedFreeList,
SharedBlockFreeList <object> sharedEmptyBlocksList)
{
Debug.Assert((blockSize & (blockSize - 1)) == 0); // must be integral power of 2
this.sharedFreeItemsList = sharedFreeList;
this.sharedEmptyBlocksList = sharedEmptyBlocksList;
this.blockSize = blockSize;
this.currentFreeItemsBlock = null;
this.countFree = 0;
this.countInUse = 0;
this.extraFreeItemsBlock = null;
#if DEBUG
this.freed = new Dictionary <object, bool>();
#endif
}
