#pragma once
#include "basicTypes.h"
#include "ClassMacros.h"
#include "ItemAddress.h"
#include "RawArray.h"
#include "showMessage.h"
#include "StandardIntegralTypes.h"
namespace tecplot
{
	namespace ___3933
	{
		class CszConnectivity
		{
			UNCOPYABLE_CLASS(CszConnectivity);

		public:
			typedef uint16_t EntryIndex_t;
			CszConnectivity() : m_ptr(NULL) {}
			~CszConnectivity() { ___937(); }
			static size_t bytesRequired(uint32_t ___2795, uint32_t numRefNszs);
			bool empty() const { return m_ptr == NULL; }
			bool alloc(uint32_t ___2795, uint32_t numRefNszs);
			size_t numBytesAllocated(void) const;
			void ___937();
			uint32_t getNumEntries() const;
			uint32_t getNumRefNszs() const;
			uint8_t *getItemOffsetArray();
			uint8_t const *getItemOffsetArray() const;
			uint16_t *getRszOffsetArray();
			uint16_t const *getRszOffsetArray() const;
			___2090::SubzoneAddress *getRefNszArray();
			___2090::SubzoneAddress const *getRefNszArray() const;
			bool getRszAddresses(___3269<___2090::SubzoneAddress> &rszAddresses) const;
			___2090::SubzoneAddress getRszAddress(RefSubzoneOffset_t rszOffset) const;
			RefSubzoneOffset_t getRszOffset(EntryIndex_t entry) const;
			uint8_t getNodeOffset(EntryIndex_t entry) const;
			___2090 getNodeAddress(EntryIndex_t entry) const;

		private:
			uint8_t *m_ptr;
			static uint16_t const MAX_NUM_ENTRIES = 2048;
			static size_t const POS_NUMENTRIES = 0;
			static size_t const POS_NUMREFNSZS = POS_NUMENTRIES + sizeof(uint32_t);
			static size_t const POS_OFFSETARRAY = POS_NUMREFNSZS + sizeof(uint32_t);
			static size_t const POS_RSZINDEXARRAY = POS_OFFSETARRAY + MAX_NUM_ENTRIES * sizeof(uint8_t);
			static size_t const POS_REFNSZARRAY = POS_RSZINDEXARRAY + MAX_NUM_ENTRIES * sizeof(uint16_t);
		};
		inline size_t CszConnectivity::bytesRequired(uint32_t ___2795, uint32_t numRefNszs)
		{
			___4278(___2795);
			size_t const bytes = POS_REFNSZARRAY + numRefNszs * sizeof(uint64_t);
			return bytes;
		}
		inline bool CszConnectivity::alloc(uint32_t ___2795, uint32_t numRefNszs)
		{
			REQUIRE(empty());
			REQUIRE(___2795 > 0 && ___2795 <= MAX_NUM_ENTRIES);
			REQUIRE(numRefNszs > 0 && numRefNszs <= ___2795);
			size_t const bytes = bytesRequired(___2795, numRefNszs);
			m_ptr = (uint8_t *)malloc(bytes);
			if (m_ptr)
			{
				*((uint32_t *)(m_ptr + POS_NUMENTRIES)) = ___2795;
				*((uint32_t *)(m_ptr + POS_NUMREFNSZS)) = numRefNszs;
			}
			return m_ptr != NULL;
		}
		inline size_t CszConnectivity::numBytesAllocated(void) const
		{
			if (empty())
				return 0;
			else
			{
				uint32_t const ___2795 = getNumEntries();
				uint32_t const numRefNszs = getNumRefNszs();
				size_t const bytes = bytesRequired(___2795, numRefNszs);
				return bytes;
			}
		}
		inline void CszConnectivity::___937()
		{
			if (!empty())
			{
				free(m_ptr);
				m_ptr = 0;
			}
			ENSURE(empty());
		}
		inline uint32_t CszConnectivity::getNumEntries() const
		{
			REQUIRE(!empty());
			uint32_t const ___2795 = *((uint32_t *)(m_ptr + POS_NUMENTRIES));
			ENSURE(___2795 > 0 && ___2795 <= MAX_NUM_ENTRIES);
			return ___2795;
		}
		inline uint32_t CszConnectivity::getNumRefNszs() const
		{
			REQUIRE(!empty());
			uint32_t const numRefNszs = *((uint32_t *)(m_ptr + POS_NUMREFNSZS));
			ENSURE(numRefNszs > 0 && numRefNszs <= getNumEntries());
			return numRefNszs;
		}
		inline uint8_t *CszConnectivity::getItemOffsetArray()
		{
			REQUIRE(!empty());
			return ((uint8_t *)(m_ptr + POS_OFFSETARRAY));
		}
		inline uint8_t const *CszConnectivity::getItemOffsetArray() const
		{
			REQUIRE(!empty());
			return ((uint8_t *)(m_ptr + POS_OFFSETARRAY));
		}
		inline uint16_t *CszConnectivity::getRszOffsetArray()
		{
			REQUIRE(!empty());
			return ((uint16_t *)(m_ptr + POS_RSZINDEXARRAY));
		}
		inline uint16_t const *CszConnectivity::getRszOffsetArray() const
		{
			REQUIRE(!empty());
			return ((uint16_t *)(m_ptr + POS_RSZINDEXARRAY));
		}
		inline ___2090::SubzoneAddress *CszConnectivity::getRefNszArray()
		{
			REQUIRE(!empty());
			INVARIANT(sizeof(___2090::SubzoneAddress) == sizeof(uint64_t));
			return ((___2090::SubzoneAddress *)(m_ptr + POS_REFNSZARRAY));
		}
		inline ___2090::SubzoneAddress const *CszConnectivity::getRefNszArray() const
		{
			REQUIRE(!empty());
			INVARIANT(sizeof(___2090::SubzoneAddress) == sizeof(uint64_t));
			return ((___2090::SubzoneAddress *)(m_ptr + POS_REFNSZARRAY));
		}
		inline bool CszConnectivity::getRszAddresses(___3269<___2090::SubzoneAddress> &rszAddresses) const
		{
			REQUIRE(!empty());
			REQUIRE(rszAddresses.empty());
			bool ___2039 = ___4226;
			try
			{
				uint32_t const numRefNszs = getNumRefNszs();
				___478(numRefNszs > 0);
				rszAddresses.reserve(numRefNszs);
				rszAddresses.___3503(numRefNszs);
				___2090::SubzoneAddress const *refNszArray = getRefNszArray();
				memcpy(&rszAddresses[0], refNszArray, numRefNszs * sizeof(___2090::SubzoneAddress));
			}
			catch (std::bad_alloc const &)
			{
				___2039 = ___1186("Out of memory getRszAddresses");
			}
			return ___2039;
		}
		inline ___2090::SubzoneAddress CszConnectivity::getRszAddress(RefSubzoneOffset_t rszOffset) const
		{
			REQUIRE(!empty());
			REQUIRE(rszOffset < getNumRefNszs());
			___2090::SubzoneAddress const *refNszArray = getRefNszArray();
			___2090::SubzoneAddress const ___2757 = refNszArray[rszOffset];
			return ___2757;
		}
		inline RefSubzoneOffset_t CszConnectivity::getRszOffset(EntryIndex_t entry) const
		{
			REQUIRE(!empty());
			REQUIRE(entry < getNumEntries());
			uint16_t const *rszOffsetArray = getRszOffsetArray();
			uint16_t const rszOffset = rszOffsetArray[entry];
			ENSURE(rszOffset < getNumRefNszs());
			return rszOffset;
		}
		inline uint8_t CszConnectivity::getNodeOffset(EntryIndex_t entry) const
		{
			REQUIRE(!empty());
			REQUIRE(entry < getNumEntries());
			uint8_t const *itemOffsetArray = getItemOffsetArray();
			uint8_t const itemOffset = itemOffsetArray[entry];
			return itemOffset;
		}
		inline ___2090 CszConnectivity::getNodeAddress(EntryIndex_t entry) const
		{
			REQUIRE(!empty());
			REQUIRE(entry < getNumEntries());
			uint8_t const itemOffset = getNodeOffset(entry);
			uint16_t const rszOffset = getRszOffset(entry);
			___2090::SubzoneAddress const nszAddress = getRszAddress(rszOffset);
			return ___2090(nszAddress, itemOffset);
		}
	}
}