Deliver/include/Img_header/DataElementInterface.h

#pragma once
#include <vector>
#include <string>
#include <map>
#include "TmplBlockBuffer.tlh"

#define  DATAELEMENTDLL_CLASS_DECL

namespace DIOS_Kernel
{
#define SAFE_DELETE(p)       { if(p) { delete (p);     (p)=NULL; } }
#define SAFE_DELETE_ARRAY(p) { if(p) { delete[] (p);   (p)=NULL; } }
	/*! @class
	********************************************************************************
	<PRE>
	Copyright (c) E-COM 2009-2017.
	All rights reserved.

	CLASS NAME:  CAuto_NomalMemPtr
	DESCRIPTION: 内存智能模板指针。
	NOTES:

	AUTHOR:     
	VERSION:
	HISTORY:     2016-6-27   First version

	</PRE>
	*******************************************************************************/
	template<typename T>
	class CAuto_NomalMemPtr
	{
	public:

		explicit CAuto_NomalMemPtr(T* ptr) throw()
			:m_pAutoPointer(ptr)
		{

		};
		virtual ~CAuto_NomalMemPtr()throw()
		{
			if (m_pAutoPointer != NULL)
			{
				delete[] m_pAutoPointer;
				m_pAutoPointer = NULL;
			}
		};
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  reset
		DESCRIPTION:    更换内存数据，并将原有内存数据.
		PARAM:
		[in]ptr :需要更换的新内存数据
		RETURN:         void
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		virtual void reset(T* ptr = NULL)throw()
		{
			if (m_pAutoPointer != ptr)
			{
				if (m_pAutoPointer != NULL)
					delete[] m_pAutoPointer;
				m_pAutoPointer = ptr;
			}
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  operator[]
		DESCRIPTION:    []操作符重载.
		PARAM:
		[in]nIndex :内存数据单元索引
		RETURN:         void
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T& operator[](const int &nIndex) const throw()
		{
			return m_pAutoPointer[nIndex];
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  operator->
		DESCRIPTION:    ->操作符重载.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T* operator->()const throw()
		{
			return m_pAutoPointer;
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  IsEmpty
		DESCRIPTION:    判断智能指针是否为空.
		PARAM:
		无
		RETURN:         bool
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		bool IsEmpty()
		{
			return (m_pAutoPointer == NULL);
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  get
		DESCRIPTION:    获取智能指针地址.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T* get()const throw()
		{
			return m_pAutoPointer;
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  release
		DESCRIPTION:    释放智能指针对数据地址的控制权.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T* release()throw()
		{
			T* tmp(m_pAutoPointer);
			m_pAutoPointer = NULL;
			return tmp;
		}
	private:
		T* m_pAutoPointer;
	};


	template<class T>
	class CAuto_NormalClassPtr
	{
	public:
		//constructor & destructor-----------------------------------
		explicit CAuto_NormalClassPtr(T*ptr = 0)throw()
			:m_pAutoPointer(ptr)
		{
		}

		~CAuto_NormalClassPtr()throw()
		{
			SAFE_DELETE(m_pAutoPointer);
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  operator*
		DESCRIPTION:    *操作符重载.
		PARAM:
		无
		RETURN:         T&
		HISTORY:        2016-6-2   First version
		</PRE>
		*******************************************************************************/
		T& operator*()const throw()
		{
			return *m_pAutoPointer;
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  operator->
		DESCRIPTION:    ->操作符重载.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-2   First version
		</PRE>
		*******************************************************************************/
		T* operator->()const throw()
		{
			return m_pAutoPointer;
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  IsEmpty
		DESCRIPTION:    判断智能指针是否为空.
		PARAM:
		无
		RETURN:         bool
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		bool IsEmpty()
		{
			return (m_pAutoPointer == NULL);
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  reset
		DESCRIPTION:    更换数据对象，并将原有对象释放.
		PARAM:
		[in]ptr :需要更换的新数据对象
		RETURN:         void
		HISTORY:        2016-6-2   First version
		</PRE>
		*******************************************************************************/
		virtual void reset(T*ptr = NULL)throw()
		{
			if (m_pAutoPointer != ptr)
			{
				SAFE_DELETE(m_pAutoPointer);
				m_pAutoPointer = ptr;
			}
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  get
		DESCRIPTION:    获取智能指针地址.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T* get()const throw()
		{
			return m_pAutoPointer;
		}
		/*! @function
		********************************************************************************
		<PRE>
		FUNCTION NAME:  release
		DESCRIPTION:    释放智能指针对数据地址的控制权.
		PARAM:
		无
		RETURN:         T*
		HISTORY:        2016-6-27   First version
		</PRE>
		*******************************************************************************/
		T* release()throw()
		{
			T* tmp(m_pAutoPointer);
			m_pAutoPointer = NULL;
			return tmp;
		}
	private:
		T * m_pAutoPointer;
	};
}

namespace DIOS_Kernel
{
#ifndef _ENDIANMOD
#define _ENDIANMOD

	enum EndianMode
	{
		ENDIAN_LITTLE,
		ENDIAN_BIG,
		ENDIAN_MAX,
	};
#endif


	class CByteBuffer;
	class DATAELEMENTDLL_CLASS_DECL CBytesBuffer
	{
	public:
		CBytesBuffer();
		CBytesBuffer(size_t res);
		CBytesBuffer(const CBytesBuffer &buf);
		virtual ~CBytesBuffer();

		CBytesBuffer &operator<<(bool value);
		CBytesBuffer &operator<<(unsigned char value);
		CBytesBuffer &operator<<(unsigned short value);
		CBytesBuffer &operator<<(unsigned int value);
		CBytesBuffer &operator<<(unsigned long long value);
		CBytesBuffer &operator<<(char value);
		CBytesBuffer &operator<<(short value);
		CBytesBuffer &operator<<(int value);
		CBytesBuffer &operator<<(long long value);
		CBytesBuffer &operator<<(float value);
		CBytesBuffer &operator<<(double value);
		CBytesBuffer &operator<<(const char* value);

		CBytesBuffer &operator>>(bool &value);
		CBytesBuffer &operator>>(unsigned char &value);
		CBytesBuffer &operator>>(unsigned short &value);
		CBytesBuffer &operator>>(unsigned int &value);
		CBytesBuffer &operator>>(unsigned long long &value);

		void SetEndianMode(EndianMode eMode);
		EndianMode GetSystemEndianMode();
		EndianMode GetCodeEndianMode();
		bool Load(const wchar_t* pwstrFilePathName);

		bool CheckUShortValue(const unsigned short& _usValue);
		bool ReadUShortCheck(const unsigned short& _usValue);
		bool CheckSize(unsigned int nSize);
		bool append(const unsigned char *src, size_t cnt);
		bool append(const unsigned char *pSrcBuffer, unsigned int uBlockSize, unsigned int nCount, bool bCodeEndian);
		unsigned char* append(size_t cnt);

		bool NeedEndian();
		bool CheckString();
		const char* ReadString();

		bool CheckBufferSize();
		const unsigned char* ReadBuffer(unsigned int uBlockSize, bool bCodeEndian, unsigned int& nBufferLen);

		void clear();
		void ClearPos();
		bool resize(size_t newsize);
		void reserve(size_t ressize);
		const unsigned char *contents() const;
		size_t Length() const;

	private:
		CByteBuffer* Get() const;
		CByteBuffer* m_pBuffer;
		char* m_pLocalBuffer;
		unsigned int m_nLocalBufferLen;
	};

	class CDIOSDllOpen;
}

namespace DIOS_ParseXML
{
	struct DATATYPEINFO;
}

namespace DIOS_DataPixel
{
	class CDataSampleMgr;
	class CDataPixelMgr;

	class DATAELEMENTDLL_CLASS_DECL CDataSample
	{
	public:
		bool Init();

		const wchar_t* GetDataSampleName() const;
		unsigned int SizeofDataSample() const;

		bool Compare(const CDataSample& oDataSample) const;
		bool Compare(void* pRangList1, unsigned int nBufferLen1, void* pRangList2, unsigned int nBufferLen2) const;

		bool IsExistRangeCompare() const;
		bool IsUserDefined() const;
	private:
		CDataSample(const DIOS_ParseXML::DATATYPEINFO* stDataTypeInfo);
		virtual ~CDataSample();

		DIOS_ParseXML::DATATYPEINFO* m_pstDataTypeInfo;
		bool m_bInit;

		typedef bool(*RangeCompareFunc)(void* pRangList1, unsigned int nBufferLen1, void* pRangList2, unsigned int nBufferLen2);
		RangeCompareFunc m_pfnRangeCompare;

		DIOS_Kernel::CDIOSDllOpen* m_poDLLFunction;

		const wchar_t* m_pwszRangeFunctionSuffix = L"RangeCompare";
		friend class CDataSampleMgr;
	};
	typedef CDataSample*  LPDataSample;


	class CDataPixelInfo;
	class DATAELEMENTDLL_CLASS_DECL CDataPixel
	{
	public:
		unsigned int GetSamplesPerPixel() const;
		bool IsAllSamplesSame() const;
		const CDataSample* GetDataSample(unsigned int uSampleId = 0) const;
		const wchar_t* GetUserDefSampleName(unsigned int uSampleId = 0) const;
		void SetUserDefSampleName(const wchar_t* wszUserDefSampleName, unsigned int uSampleId = 0);
		const void* GetDataSampleMinMaxArrayBuffer(unsigned int& nBufferLen, unsigned int uSampleId = 0) const;
		bool SetDefineValueRange(const void* pDataMinMaxArrayBuffer, unsigned int nBufferLen, unsigned int uSampleId = 0);
		unsigned int GetPixelDataLen() const;
		bool Compare(const CDataPixel& oDataPixel) const;
		const wchar_t* ToString() const;
	private:
		CDataPixelInfo* m_pDataPixel;
		bool m_bInit;
		friend class CDataPixelMgr;
	};	
}

namespace DIOS_DataElement
{
	class CWStringMapElement;
}

namespace DIOS_DataElementCommon
{
#define SAMPLEID_ALLSAMPLES  (~(unsigned int)0)

	typedef struct _UserDefSampleInfo
	{
		std::wstring wstrSampleDataTypeName;
		void* pDataMinMaxArrayBuffer;
		unsigned int nBufferLen;
		std::wstring wstrSampleName;

		_UserDefSampleInfo()
		{
			wstrSampleDataTypeName = L"";
			pDataMinMaxArrayBuffer = NULL;
			nBufferLen = 0;
			wstrSampleName = L"";
		}
	}
	UserDefSampleInfo;

	class DATAELEMENTDLL_CLASS_DECL CUserDefPixelInfo
	{
	public:
		CUserDefPixelInfo(unsigned int uSamplesPerPixel, DIOS_DataElement::CWStringMapElement* pDiscriptionMap);
		virtual ~CUserDefPixelInfo();

		bool SetSampleInfo(const wchar_t* pwszSampleDataTypeName, const void* pDataMinMaxArrayBuffer, unsigned int nBufferLen, const wchar_t* pwszSampleName = L"", unsigned int nSampleId = SAMPLEID_ALLSAMPLES);
		bool SetSampleUserDefName(const wchar_t* pwszSampleName, unsigned int nSampleId);

		bool SetSampleMinMaxArrayBuffer(const void* pDataMinMaxArrayBuffer, unsigned int nBufferLen, unsigned int nSampleId = SAMPLEID_ALLSAMPLES);

		unsigned int GetSamplesPerPixel() const { return m_uSamplesPerPixel; };
		const wchar_t* GetSampleName(unsigned int nSampleId) const;
		const wchar_t* GetSampleTypeName(unsigned int nSampleId) const;
		const void*  GetSampleMinMaxValueRange(unsigned int nSampleId, unsigned int& nBufferLen) const;

		void SetDiscription(const wchar_t* pwszKey, const wchar_t* pwszValue);
		unsigned int GetDiscriptionCount() const;
		const DIOS_DataElement::CWStringMapElement* GetDiscription() const;

	private:
		std::vector<UserDefSampleInfo>* m_pvecPixelInfo;
		DIOS_DataElement::CWStringMapElement* m_pDiscriptionMap;
		unsigned int m_uSamplesPerPixel;
		bool  m_bStandardPixelDef;
	};
}

namespace DIOS_Description
{
	class CDescription;
	class DATAELEMENTDLL_CLASS_DECL CDescriptions
	{
	public:
		CDescriptions();
		virtual ~CDescriptions();

		//编码
		virtual bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);
		//解码
		virtual bool Decode(DIOS_Kernel::CBytesBuffer& oByteBuffer);
		//
		const wchar_t* GetType() const;

		bool IsDescriptionExist(const wchar_t* pwszKey) const;

		void SetDescription(const wchar_t* pwszKey, const wchar_t* pwszValue);//设置描述信息

		const wchar_t* GetDescription(const wchar_t* pwszKey) const;//获取描述信息

		bool IsAttributeExist(const wchar_t* pwszKey) const;

		void SetAttribute(const wchar_t* pwszKey, void* pValue);//设置设备属性信息

		const void* GetAttribute(const wchar_t* pwszKey) const;//获取设备属性信息

		virtual const wchar_t* ToString() const;

		bool CopyTo(CDescriptions& oDescription);

	protected:
		CDescriptions(const wchar_t* pwszType);
		CDescription* m_pDescription;
	};
}

namespace DIOS_Kernel
{
	class CDIOSThreadLock;
}

namespace DIOS_TimeStamp
{
	class ITimeStamp;
}

namespace DIOS_DataElement
{
#ifndef _DataElement
#define _DataElement
	enum DataElementType
	{
		TYPE_DESCRIPTION_ELEMENT = 2,
		TYPE_DATAELEMENT,
		TYPE_WSTRINGVECTOR_ELEMENT,
		TYPE_WSTRINGMAP_ELEMENT,
		TYPE_DATAELEMENTGROUP,
		TYPE_DATAELEMENTMAX,
	};

	enum DataCompareType
	{
		CMPTYPE_DISCRIPTION = 1,
		CMPTYPE_NAME = 2,
		CMPTYPE_DATA = 4,
	};

#endif
	
	class IDataMgr;

	class DATAELEMENTDLL_CLASS_DECL IDataElement
	{
	public:
		bool SetElementName(const wchar_t* pwszName);
		const wchar_t*  GetElementName() const;

		inline DataElementType GetElementType()const { return m_eType; };

		void AddRefCount();							//增加引入计数
		bool DeleteRefCount();						//减少引入计数

		void SetTimeStamp(unsigned long long ullTimeStamp);

		void SetDataValidStatus(bool bSet);
		bool IsDataValid() const;

		virtual void Lock() const;
		virtual void UnLock() const;

		//描述设置
		void SetDescription(const wchar_t* pwszKey, const wchar_t* pwszValue);
		const wchar_t* GetDescription(const wchar_t* pwszKey) const;
		const void* GetAttribute(const wchar_t* pwszKey) const;
		void SetAttribute(const wchar_t* pwszKey, void* pValue);
		virtual const wchar_t* ToString() const;
		bool CopyDescriptionTo(IDataElement* poDataElement);

		virtual bool CompareElement(const IDataElement* poDataElement, DataCompareType eType) const = 0;
		//编码
		virtual bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer) = 0;
		//元素单元个数
		virtual unsigned int Size() const = 0;

		virtual bool WriteData(const wchar_t* wszDataJson) { return false; };

		virtual const wchar_t* ReadData() const { return L""; };

	protected:

		IDataElement(DIOS_TimeStamp::ITimeStamp* m_poTimeStamp, DataElementType eType);
		virtual ~IDataElement();

		virtual bool Decode(const DIOS_Description::CDescriptions& oMgrDesp, DIOS_Kernel::CBytesBuffer& oByteBuffer) = 0;

		DIOS_TimeStamp::ITimeStamp*			m_poTimeStamp;			//时间戳
		DIOS_Description::CDescriptions		m_oElementDescription;	//数据描述

		DataElementType						m_eType;				//数据元素类型

		volatile long						m_nRefCount;			//引入计数
		std::wstring*                       m_pDiscriptionJson;
		std::wstring*                       m_pDataJson;
		DIOS_Kernel::CDIOSThreadLock*       m_pLocker;
		friend class IDataMgr;
	};

	class DATAELEMENTDLL_CLASS_DECL CDataElement : public IDataElement
	{
	public:
		bool CreateDataBuffer(const unsigned int* puDimensionInfo, unsigned int uDimension);
		bool CreateDataBuffer(BlockBuffer& oBuffer, const unsigned int* puDimensionInfo, unsigned int uDimension);

		const unsigned int* GetDimensionInfo(unsigned int& uDimension) const;
		unsigned int Size() const;

		DIOS_DataPixel::CDataPixel* GetPixelInfo() const;

		virtual void Lock() const;
		virtual void UnLock() const;

		const void* ReadSampleDataBuffer(unsigned int nSampleId, unsigned int& uSampleBufferLen) const;
		void* WriteSampleDataBuffer(unsigned int nSampleId, unsigned int& uSampleBufferLen);
		void* WriteSampleDataBuffer(unsigned int& uSampleBufferLen);

		const void* ReadPixelDataBuffer(unsigned int& uSampleBufferLen) const;
		void* WritePixelDataBuffer(unsigned int& uSampleBufferLen);

		BlockBuffer GetBuffer() const;

		bool CompareElement(const IDataElement* poDataElement, DataCompareType eType) const;

		virtual bool WriteData(const wchar_t* wszDataJson);

		virtual const wchar_t* ToString() const;
	};

	class DATAELEMENTDLL_CLASS_DECL CDescriptionElement : public IDataElement
	{
	public:
		unsigned int GetDimension() const;

		unsigned int Size() const;

		bool CompareElement(const IDataElement* poDataElement, DataCompareType eType = CMPTYPE_DISCRIPTION) const;

		const DIOS_DataPixel::CDataPixel* GetPixelInfo() const;

		virtual const wchar_t* ToString() const;
	};

	class DATAELEMENTDLL_CLASS_DECL CDataElementGroup : public IDataElement
	{
	public:
		bool AddElement(IDataElement* poElement);

		inline const IDataElement* GetConstantElement(unsigned int nIndex) const throw();

		inline IDataElement* GetElement(unsigned int nIndex) const throw();

		void Merge(CDataElementGroup* pNewGroup);

		const IDataElement* GetConstantElement(const wchar_t* pwszNameURL) const throw();

		IDataElement* GetElement(const wchar_t* pwszNameURL) const throw();

		bool RemoveElement(size_t nIndex);

		bool AddElement(IDataElement* poElement, const wchar_t* pwszURL);

		bool UpdateElementByName(IDataElement* poElement);

		bool CompareElement(const IDataElement* poDataElement, DataCompareType eType) const;

		bool RemoveElement(const wchar_t* pwszElementName, const wchar_t* pwszURL = L"");

		bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		void Clear();

		unsigned int Size() const;

		virtual const wchar_t* ToString() const;

		const wchar_t* GetElementNameOfGroup(unsigned int nIndex) const;
	protected:

		CDataElementGroup(DIOS_TimeStamp::ITimeStamp* poTimeStamp);

		virtual ~CDataElementGroup();

		bool Decode(const DIOS_Description::CDescriptions& oMgrDesp, DIOS_Kernel::CBytesBuffer& oByteBuffer);

		std::vector<IDataElement*>*            m_pvecElements;

		typedef struct _DataElementInfo
		{
			IDataElement* pElement;
			unsigned int  nIndex;

			_DataElementInfo()
			{
				memset(this, 0, sizeof(_DataElementInfo));
			}

			_DataElementInfo& operator = (const _DataElementInfo& rtDataType)
			{
				memcpy(this, &rtDataType, sizeof(_DataElementInfo));
				return *this;
			}
		}
		DEInfo;

		std::map<std::wstring, DEInfo>* m_poDataElementMap;

		std::map<unsigned int, std::wstring>* m_poFastFindMap;

		friend class IDataMgr;
	};

	class DATAELEMENTDLL_CLASS_DECL CWStringVectorElement : public IDataElement
	{
	public:
		unsigned int Size() const;

		void AddWString(const wchar_t* pwszValue);

		bool CompareElement(const IDataElement* poDataElement, DataCompareType eType) const;

		const wchar_t* GetWString(unsigned int nIndex) const;

		bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		void Clear();

	protected:
		CWStringVectorElement(DIOS_TimeStamp::ITimeStamp* poTimeStamp);

		virtual ~CWStringVectorElement();

		bool Decode(const DIOS_Description::CDescriptions& oMgrDesp, DIOS_Kernel::CBytesBuffer& oByteBuffer);

		std::vector<std::wstring>* m_pvecData;

		friend class IDataMgr;
	};

	class DATAELEMENTDLL_CLASS_DECL CWStringMapElement : public IDataElement
	{
	public:
		unsigned int Size() const;

		void AddWString(const wchar_t* pwszKey, const wchar_t* pwszValue);

		bool CompareElement(const IDataElement* poDataElement, DataCompareType eType) const;

		const wchar_t* GetWString(const wchar_t* pwszKey) const;

		const CWStringVectorElement* GetKeys() const;

		bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		virtual const wchar_t* ToString() const;

	protected:
		CWStringMapElement(DIOS_TimeStamp::ITimeStamp* poTimeStamp, CWStringVectorElement*  povecKeys);

		virtual ~CWStringMapElement();

		bool Decode(const DIOS_Description::CDescriptions& oMgrDesp, DIOS_Kernel::CBytesBuffer& oByteBuffer);

		std::map<std::wstring, std::wstring>* m_poDataMap;

		CWStringVectorElement*  m_povecKeys;

		std::wstring* m_pwstrJson;

		friend class IDataMgr;
	};
}

namespace DIOS_PipelineDevice
{
	typedef bool(*NOTIFY) (void* pParent, int nNotifyType, void* pInData, void* pOutData);

	enum FuncInfoGroupType
	{
		GROUPTYPE_INPUT,
		GROUPTYPE_CACHE,
		GROUPTYPE_OUTPUT,
	};

	enum TYPE_PROCESSMODULE :unsigned char
	{
		PROCESSMODULE_FUNCTION,
		PROCESSMODULE_STATICPIPELINE,
		PROCESSMODULE_MAX,
	};

	enum PLWorkMode
	{
		PLWORKMODE_NONE,
		PLWORKMODE_FORPROCESSING,
		PLWORKMODE_FORPRESENTATION,
		PLWORKMODE_MAX,
	};

	enum CHECKMODE
	{
		CKMODE_CHECKALL_ADD,
		CKMODE_CHECKALL,
		CKMODE_CHECKANY,
		CKMODE_MAX,
	};

	class DATAELEMENTDLL_CLASS_DECL CNodeInfo : public DIOS_Description::CDescriptions
	{
	public:
		CNodeInfo();

		virtual ~CNodeInfo();

		void SetType(TYPE_PROCESSMODULE eType);

		TYPE_PROCESSMODULE GetType() const;

		bool IsValid() const;

		size_t size(FuncInfoGroupType eType) const;

		const wchar_t* GetName(FuncInfoGroupType eType, unsigned int nId) const;

		bool Find(FuncInfoGroupType eType, const DIOS_DataElement::CDataElementGroup& oScrDataGroup, DIOS_DataElement::CDataElementGroup& oDesDataGroup, bool bUseStatus) const;

		bool GetOutputStatus(unsigned int nId) const;

		void AddInputInfo(const wchar_t* pwszName);

		void AddOutputInfo(const wchar_t* pwszName, bool bStatus);

		virtual bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		virtual bool Decode(DIOS_Kernel::CBytesBuffer& oByteBuffer);
	private:

		TYPE_PROCESSMODULE m_eType;

		std::vector<std::wstring>*  m_pvecInput;

		std::vector<std::wstring>*  m_pvecOutput;

		std::vector<bool>*  m_pvecOutputStatus;
	};

	class DATAELEMENTDLL_CLASS_DECL CFunctionInfomation : public DIOS_Description::CDescriptions
	{
	public:
		void AddMemWorkMode(const wchar_t* pwszMemTypeName = L"Memory");

		const DIOS_DataElement::CWStringVectorElement* GetMemWorkMode() const;

		void SetAlgorithm(const wchar_t* pwszAlgorithm);

		void AddDataElement(const DIOS_DataElement::CDescriptionElement* poElement, FuncInfoGroupType eGroupType);

		const DIOS_DataElement::CDataElementGroup* GetDataElement(FuncInfoGroupType eGroupType) const;

		bool Check();

		const CNodeInfo* GetFunctionPinInfo() const;

		virtual bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		virtual bool Decode(DIOS_Kernel::CBytesBuffer& oByteBuffer) ;

		virtual const wchar_t* ToString() const;

	private:
		CFunctionInfomation(const wchar_t* pwszFunctionName, DIOS_DataElement::CDataElementGroup* m_poInputList,
			DIOS_DataElement::CDataElementGroup* m_poCacheList, DIOS_DataElement::CDataElementGroup* m_poOutputList, DIOS_DataElement::CWStringVectorElement* poMemTypeName);

		virtual ~CFunctionInfomation();

		DIOS_DataElement::CDataElementGroup* m_poInputList;

		DIOS_DataElement::CDataElementGroup* m_poCacheList;

		DIOS_DataElement::CDataElementGroup* m_poOutputList;

		DIOS_DataElement::CWStringVectorElement* m_poMemTypeName;

		CNodeInfo* m_pFuncionPinInfo;
		std::wstring* m_pwstrDescriptionJson;
		friend class CFunctionInfo;
	};

	class DATAELEMENTDLL_CLASS_DECL CPLTreeNode
	{
	public:

		bool Set(CNodeInfo* pNode, unsigned int uTTreeNodeId = CPLTreeNode::uInvalidNodeId, unsigned int uFTreeNodeId = CPLTreeNode::uInvalidNodeId);

		void SetSuccessTreeNodeId(unsigned int uTTreeNodeId = CPLTreeNode::uInvalidNodeId);

		void SetFailureTreeNodeId(unsigned int uFTreeNodeId = CPLTreeNode::uInvalidNodeId);

		bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		bool Decode(DIOS_Kernel::CBytesBuffer& oByteBuffer, unsigned int nNodeCount);

		bool IsValid(unsigned int uMaxTreeNodeId) const;

		const CNodeInfo* GetNodeInfo() const;

		unsigned int GetSuccessTreeNodeId() const;

		unsigned int GetFailureTreeNodeId() const;

		const static unsigned int uInvalidNodeId = (~(unsigned int)0);
	private:

		CPLTreeNode();
		virtual ~CPLTreeNode();

		CNodeInfo*  m_poNode;

		unsigned int m_uTTreeNodeId;
		unsigned int m_uFTreeNodeId;

		friend class CPipelineInformation;
	};

	class DATAELEMENTDLL_CLASS_DECL CPipelineInformation : public DIOS_Description::CDescriptions
	{
	public:
		bool SetPLName(const wchar_t* pwszPLName);

		const wchar_t* GetPLName() const;

		bool LoadPLFile(const wchar_t* pwszPLFilePathName);

		bool SavePLFile(const wchar_t* pwszPLFilePathName, DIOS_Kernel::EndianMode eMode = DIOS_Kernel::EndianMode::ENDIAN_LITTLE);

		TYPE_PROCESSMODULE GetType() const;

		const DIOS_DataElement::CWStringVectorElement* GetMemWorkMode() const;

		bool Check(const DIOS_DataElement::CDataElementGroup& oInputList, CHECKMODE eMode);

		bool GetDataElement(FuncInfoGroupType eType, const DIOS_DataElement::CDataElementGroup& oScrDataGroup, DIOS_DataElement::CDataElementGroup& oDesDataGroup);

		bool AddFirstElementInfo(CNodeInfo* poElement, unsigned int& uCurrId);

		bool AddNextElementInfo(unsigned int uPreId, bool bPreIdRes, CNodeInfo* poElement, unsigned int& uCurrId);

		bool AddNextElementInfo(unsigned int uPreId, bool bPreIdRes, unsigned int uCurrId);

		void SetPipelineInfo(CNodeInfo* oPipeLineInfo);

		bool AddMemMode(const wchar_t* pwszMode);

		unsigned int Size() const;

		virtual bool Encode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		virtual bool Decode(DIOS_Kernel::CBytesBuffer& oByteBuffer);

		const CPLTreeNode* Get(unsigned int nIndex) const;

		static void ReleasePLTreeNode(void* pCaller, CPLTreeNode* ppPLTreeNode);

		virtual const wchar_t* ToString() const;

	private:
		CPipelineInformation(DIOS_DataElement::CWStringVectorElement* poMemTypeName);

		virtual ~CPipelineInformation();

		void Clear();

		CNodeInfo*						m_poPipeLineInfo;

		std::vector<CPLTreeNode*>*		m_pvecPLTree;

		bool							m_bPLInfoOK;

		DIOS_DataElement::CWStringVectorElement* m_poMemTypeName;

		DIOS_Kernel::CBytesBuffer		m_oPLInfo;

		friend class DIOS_DataElement::IDataMgr;
	};

	class DATAELEMENTDLL_CLASS_DECL CFunctionInfo
	{
	public:
		CFunctionInfomation* CreateFunctionInfomation(const wchar_t* pwszFunctionName);

		CFunctionInfomation* GetFunctionInfomation(unsigned int nIndex) const;

		const CFunctionInfomation* GetFunctionInfomation(const wchar_t* pwszFunctionName) const;

		unsigned int Size() const;
	private:
		CFunctionInfo(DIOS_DataElement::IDataMgr* poDataMgr);

		virtual ~CFunctionInfo();

		static void ReleaseInformation(void* pCaller, DIOS_Description::CDescriptions* pElement);

		static CFunctionInfomation* CreateFunctionInfomation(DIOS_DataElement::IDataMgr* poDataMgr, const wchar_t* pwszFunctionName);

		DIOS_DataElement::IDataMgr* m_poDataMgr;

		std::vector<CFunctionInfomation*>* m_pvecFunctionInfomations;

		friend class DIOS_DataElement::IDataMgr;
	};
}

namespace DIOS_DataElement
{
#ifndef _DataMgr
#define _DataMgr

	enum DataMgrType
	{
		MGRTYPE_DATAMGR,
		MGRTYPE_USERDATAMGR,
	};

#endif

	class IMemDevicesMgr;
	class CDataDimension;
	class CDataDimensionMgr;
	class DATAELEMENTDLL_CLASS_DECL IDataMgr
	{
	public:
		//获取数据管理者类型
		inline DataMgrType GetDataMgrType() const{ return m_eMgrType; };
		//用户定义pixel
		//获取当前用户定义的像素信息
		DIOS_DataElementCommon::CUserDefPixelInfo* GetUserDefPixelInfo(const wchar_t* wstrDefPixelInfo, const wchar_t* wstrName);
		//获取像素通道信息
		const DIOS_DataPixel::LPDataSample* GetSampleList(unsigned int& uSamplesCount);
		//创建组数据单元
		CDataElementGroup* CreateGroupElement(const wchar_t* pwszName = L"");

		CWStringVectorElement* CreateWStringVectorElement(const wchar_t* pwszName = L"");

		CWStringMapElement* CreateWStringMapElement(const wchar_t* pwszName = L"");

		CDescriptionElement* CreateDescriptionElement(const wchar_t* wstrDefPixelInfo, unsigned int uDimension,
			const wchar_t* pwszMemTypeName = L"AnyMemory", const wchar_t* pwszSubMemTypeName = L"Normal");

		//创建和释放算法信息对象
		DIOS_PipelineDevice::CFunctionInfo* CreateFunctionInfo();
		static void ReleaseFunctionInfo(DIOS_PipelineDevice::CFunctionInfo* ppElement);
		static void CallbackReleaseFunctionInfo(void* pCaller, DIOS_PipelineDevice::CFunctionInfo* ppElement);

		//初始化设备
		bool InitDevices();

		bool SupportBufferAllocated(const wchar_t* pwszMemTypeName);
		bool IsSupportMemDevice(const CWStringVectorElement* poDevInfo);
		void GetDeviceTypeNames(CWStringVectorElement& oDevInfo);

		//释放数据单元
		static void ReleaseElement(IDataElement* ppElement);
		static void ReleaseDiscription(void* pCaller, DIOS_Description::CDescriptions* pElement);
		//回调释放
		static void CallbackReleaseElement(void* pCaller, IDataElement* ppElement);

		IDataElement* CreateElement(DIOS_Kernel::CBytesBuffer& oCodeBuffer);
		DIOS_PipelineDevice::CPipelineInformation* CreatePipelineInfo();

		IDataElement* CloneElement(IDataElement* pElement);

		static bool SaveElement(IDataElement* pElement, DIOS_Kernel::CBytesBuffer& oCodeBuffer);
		IDataElement* LoadElement(DIOS_Kernel::CBytesBuffer& oCodeBuffer);

		static bool SaveDiscription(DIOS_Description::CDescriptions* pElement, DIOS_Kernel::CBytesBuffer& oCodeBuffer);
		DIOS_Description::CDescriptions* LoadDiscription(DIOS_Kernel::CBytesBuffer& oCodeBuffer);
	protected:
		//创建数据单元
		CDataElement* CreateElement(const DIOS_DataPixel::CDataPixel* poDataPixel, unsigned int uDimension,
			const wchar_t* pwszName = L"", const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0, const wchar_t* pwszSubMemTypeName = L"Normal");

		CDataElement* CreateElement(const wchar_t* wstrPixelDesp, unsigned int uDimension,
			const wchar_t* pwszName = L"", const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0, const wchar_t* pwszSubMemTypeName = L"Normal");

		CDataElement* CreateElement(const wchar_t* pwszPixelDataJson, const wchar_t* wstrDefPixelInfo,
			const wchar_t* pwszName = L"", const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0, const wchar_t* pwszSubMemTypeName = L"Normal");

		IDataMgr(DataMgrType eType);
		virtual ~IDataMgr();
		//初始化
		bool DataMgrInit(const IDataMgr* oDataMgr = NULL);

		DIOS_DataPixel::CDataSampleMgr*							m_poDataSampleMgr;//通道管理
		DIOS_DataPixel::CDataPixelMgr*							m_poDataPixelMgr;//像素管理
		CDataDimensionMgr*										m_poDataDimensionMgr;//维数管理
		IMemDevicesMgr*											m_poMemDeviceMgr;//内存设备管理
		DataMgrType												m_eMgrType;//管理者类型
		bool													m_bInit;//初始化状态
		bool                                                    m_bDeviceInit;//设备初始化状态

		std::map<std::wstring, DIOS_DataElementCommon::CUserDefPixelInfo*>* m_pUserDefPixelInfoMap;//用户定义像素信息

		std::map<std::wstring, std::wstring>*					m_poMgrAttr;//属性信息
	};

	/*! @class
	********************************************************************************
	<PRE>
	Copyright (c) E-COM 2009-2017.
	All rights reserved.

	CLASS NAME:  CUserDataMgr
	DESCRIPTION:  DIOS 数据单元对象管理者,用于Pipeline和算法单元。
	NOTES:

	AUTHOR:     王凯
	VERSION:
	HISTORY:     2017-6-1   First version
	2017-6-20   support Pipeline and Algorithm

	</PRE>
	*******************************************************************************/
	class DATAELEMENTDLL_CLASS_DECL CUserDataMgr : public IDataMgr
	{
	public:
		const void* GetMemDeviceAttr(const wchar_t* pwszMemTypeName, const wchar_t* pwszDeviceKey);
		bool SetMemDeviceAttr(const wchar_t* pwszMemTypeName, const wchar_t* pwszDeviceKey, void* pDeviceAttr);

		CDataElement* CreateDataElement(const wchar_t* wstrPixelDesp, unsigned int uDimension,
			const wchar_t* pwszName = L"", const wchar_t* pwszMemTypeName = L"Memory",
			const wchar_t* pwszSubMemTypeName = L"Normal");

		CDataElement* CreateDataElement(const CDescriptionElement* poDataGroup, bool bUpdateName = false, const wchar_t* pwszName = L"");

		bool AddDataElementsForGroup(const CDataElementGroup* poGroupDescription, CDataElementGroup* poDataGroup);
	};

	/*! @class
	********************************************************************************
	<PRE>
	Copyright (c) E-COM 2009-2017.
	All rights reserved.

	CLASS NAME:  CDataMgr
	DESCRIPTION:  DIOS 数据单元对象管理者。
	NOTES:

	AUTHOR:     王凯
	VERSION:
	HISTORY:     2017-6-1   First version

	</PRE>
	*******************************************************************************/
	class DATAELEMENTDLL_CLASS_DECL CDataMgr : public IDataMgr
	{
	public:
		CDataMgr();
		virtual ~CDataMgr();

		bool Init(const wchar_t* pwszDataTypeCfgPath = L"", const wchar_t* pwszLogDir = L"");

		CDataElement* CreateDataElement(const wchar_t* wstrPixelDesp,
			unsigned int uDimension,
			const wchar_t* pwszName = L"",
			const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0,
			const wchar_t* pwszSubMemTypeName = L"Normal"
			);

		CDataElement* CreateDataElement(const DIOS_DataPixel::CDataPixel* poDataPixel,
			unsigned int uDimension,
			const wchar_t* pwszName = L"", 
			const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0, 
			const wchar_t* pwszSubMemTypeName = L"Normal");

		CDataElement* CreateDataElement(
			const wchar_t* pwszPixelDataJson,
			const wchar_t* wstrDefPixelInfo,
			const wchar_t* pwszName = L"",
			const wchar_t* pwszMemTypeName = L"Memory",
			unsigned int uMemDeviceId = 0,
			const wchar_t* pwszSubMemTypeName = L"Normal");

		CUserDataMgr* CreateUserDataMgr(const IDataElement* poInfo);
		static void ReleaseUserDataMgr(void* pCaller, CUserDataMgr* ppUserDataMgr);
	};
}

#define LPPIDataElement (DIOS_DataElement::IDataElement**)