ServerToolkit.BufferManagement.BufferPool.TryAllocateBlocksInSlabs C# (CSharp) Method

        private static long TryAllocateBlocksInSlabs(long totalLength, int maxBlocks, IMemorySlab[] slabs, ref List<IMemoryBlock> allocatedBlocks)
        {
            allocatedBlocks = new List<IMemoryBlock>();

            long minBlockSize;
            long allocatedSizeTally = 0;

            long largest;
            long reqLength;
            IMemoryBlock allocdBlock;
            int allocdCount = 0;
            //TODO: Figure out how to do this math without involving floating point arithmetic
            minBlockSize = (long)Math.Ceiling(totalLength / (float)maxBlocks);
            do
            {
                allocdBlock = null;
                for (int i = 0; i < slabs.Length; i++)
                {
                    largest = slabs[i].LargestFreeBlockSize;
                    if (largest >= minBlockSize)
                    {
                        //Figure out what length to request for
                        reqLength = slabs[i].TryAllocate(minBlockSize, totalLength - allocatedSizeTally, out allocdBlock);

                        if (reqLength > 0)
                        {
                            allocatedBlocks.Add(allocdBlock);
                            allocatedSizeTally += reqLength;
                            allocdCount++;
                            if (allocatedSizeTally == totalLength) return allocatedSizeTally;

                            //Calculate the new minimum block size
                            //TODO: Figure out how to do this math without involving floating point arithmetic
                            minBlockSize = (long)Math.Ceiling((totalLength - allocatedSizeTally) / (float)(maxBlocks - allocdCount));

                            //Scan again from start because there is a chance the smaller minimum block size exists in previously skipped slabs
                            break;
                        }
                    }

                }
            } while (allocdBlock != null);

            return allocatedSizeTally;
        }