BitMaker.Miner.Cpu.CpuMiner.PrepareWork C# (CSharp) Method

        unsafe void PrepareWork(Work work, out byte[] round1Blocks, out uint[] round1State, out byte[] round2Blocks, out uint[] round2State)
        {
            // allocate buffers to hold hashing work
            round1Blocks = Sha256.AllocateInputBuffer(80);
            round1State = Sha256.AllocateStateBuffer();
            round2Blocks = Sha256.AllocateInputBuffer(Sha256.SHA256_HASH_SIZE);
            round2State = Sha256.AllocateStateBuffer();

            fixed (byte* round1BlocksPtr = round1Blocks, round2BlocksPtr = round2Blocks)
            fixed (uint* round1StatePtr = round1State, round2StatePtr = round2State)
            {
                // header arrives in big endian, convert to host
                fixed (byte* workHeaderPtr = work.Header)
                    Memory.ReverseEndian((uint*)workHeaderPtr, (uint*)round1BlocksPtr, 20);

                // append '1' bit and trailing length
                Sha256.Prepare(round1BlocksPtr, 80, 0);
                Sha256.Prepare(round1BlocksPtr + Sha256.SHA256_BLOCK_SIZE, 80, 1);

                // hash first half of header
                Sha256.Initialize(round1StatePtr);
                Sha256.Transform(round1StatePtr, round1BlocksPtr);

                // initialize values for round 2
                Sha256.Initialize(round2StatePtr);
                Sha256.Prepare(round2BlocksPtr, Sha256.SHA256_HASH_SIZE, 0);
            }
        }