private MemoryAllocators()
{
this.recyclableMemoryStreamManager = new RecyclableMemoryStreamManager();
this.recyclableMemoryStreamManager.AggressiveBufferReturn = true;
this.allocator = new FixedByteAllocator(1000, 10, 10);
AllocatorInitializer initializer = new AllocatorInitializer();
initializer.entries.Add((6, 18000));
initializer.entries.Add((12, 8000));
initializer.entries.Add((14, 8000));
initializer.entries.Add((25, 6000));
initializer.entries.Add((27, 6000));
initializer.entries.Add((40, 6000));
int blockPoolInitialCount = 15300;
this.cryptoAllocator = new FixedByteAllocator(initializer, blockPoolInitialCount, 1000);
initializer = new AllocatorInitializer();
initializer.entries.Add((0, 100));
initializer.entries.Add((1, 100));
initializer.entries.Add((2, 100));
initializer.entries.Add((3, 100));
initializer.entries.Add((13, 100));
initializer.entries.Add((26, 25));
blockPoolInitialCount = 70;
this.doubleArrayCryptoAllocator = new FixesdDoubleByteArrayAllocator(initializer, blockPoolInitialCount, 5);
}
public FixedAllocator(AllocatorInitializer initializer, int blockPoolInitializeCount, int initialCounts = 100, int arraySizeIncrements = 100) : this(initialCounts, arraySizeIncrements)
{
foreach ((int index, int initialCount)entry in initializer.entries)
{
this.buffers[entry.index].Expand(entry.initialCount);
}
// ensure a proper inital count
this.BlockPool.CreateMore(blockPoolInitializeCount);
}
public FixesdDoubleByteArrayAllocator(AllocatorInitializer initializer, int blockPoolInitializeCount, int initialCounts = 100, int arraySizeIncrements = 5, int maxArraySize = SMALL_SIZE) : base(initializer, blockPoolInitializeCount, initialCounts, arraySizeIncrements)
{
}