struct AllocTable_t
{
    bool IsAllocated;
    uint8_t AllocByCoreId;
    uint8_t AllocByTaskId;
    uint8_t Reserve1;
};

class PoolAlloc
{
private:
    // A define
    const uint32_t InvalidChunkIndex = ULONG_MAX;
    // Number of total blocks available at the start
    uint32_t NumberOfChunks;
    // Debug
    AllocTable_t *AllocationTablePtr;
    // Start offset of the dynamic memory region
    uint32_t *StartPtr;
    // Size of allocation memory block, bytes
    uint32_t ChunkSize;
    // Offset to chunk zero
    uint32_t *Chunks;
    uint32_t *FreeChunksList;
    int32_t FreeChunkIndex;
    // Init
    void InitChunksTable(uint32_t TableSize);
    // Mark chunk at index N as allocated
    uint32_t * AllocateChunkInternal(uint32_t ChunkNumber);
    // Mark chunk at index N as free on the de-allocation
    void DeAllocateChunkInternal(uint32_t ChunkNumber);
    // Get chunk num
    uint32_t CalculateChunkNumFromPtr(void *Ptr);
    // Get first free chunk
    uint32_t GetFreeChunkID(void);

    PoolAlloc();

public:

    // -> rename to Initialize
    PoolAlloc(void *StartMemAddr, void *FinishMemAddr, uint32_t ChunkSize_in);

    //
    uint32_t * AllocateChunk();

    void DeAllocateChunk(void *ChunkPtr);
    uint32_t GetChunkSize(void) const;
    void ShowStatistics();
};