#pragma once
#include "stdafx.h" //prepare the base things that will be used. typically this header file will include a lot of base header file.
#include "MsrParams.h"
#include "Domain.h"
#include "SEMDataMsr.h"
#include "MsrSampleStatus.h"
#include "MsrResults.h"
#include "PropItem.h"
#include "OTSFieldData.h"
namespace OTSMODEL {

	const CString NOT_APPLIED = _T("N/A");

	class __declspec(dllexport) COTSSample : public xmls::ISlo
	{
	

	public:

		COTSSample();										// constructor
		COTSSample(const COTSSample&);						// copy constructor
		COTSSample(COTSSample*);							// copy constructor
		COTSSample& operator=(const COTSSample&);			// =operator
		BOOL operator==(const COTSSample&);					// ==operator

		virtual ~COTSSample();								// destructor

		// serialization
		//void Serialize(CArchive& ar);
		void Serialize(bool isStoring, tinyxml2::XMLDocument * classDoc, tinyxml2::XMLElement * rootNode);

		// name
		CString GetName() { return m_strName; }
		void SetName(CString a_strName) { m_strName = a_strName; }

		// sample hole
		CString GetSampleHoleName() { return m_strHoleName; }
		void SetSampleHoleName(CString a_strHoleName) { m_strHoleName = a_strHoleName; }

		// param modify lock
		BOOL GetParamLock() { return m_bParamLock; }
		void SetParamLock(BOOL a_bParamLock) { m_bParamLock = a_bParamLock; }

		// switch
		BOOL GetSwitch() { return m_bSwitch; }
		void SetSwitch(BOOL a_bSwitch) { m_bSwitch = a_bSwitch; }

		// measurement parameter 
		CMsrParamsPtr GetMsrParams() { return m_poMsrParams; }
		void SetMsrParams(CMsrParamsPtr a_poMsrParams);

		// measurement area
		CDomainPtr GetMsrArea() { return m_poMsrArea; }
		void SetMsrArea(CDomainPtr a_poMsrArea);
		 
		// SEM data (measurement)
		CSEMDataMsrPtr GetSEMDataMsr() { return m_poSEMDataMsr; }
		void SetSEMDataMsr(CSEMDataMsrPtr a_poSEMDataMsr);

		// measure status
		CMsrSampleStatusPtr GetMsrStatus() { return m_poMsrStatus; }
		void SetMsrStatus(CMsrSampleStatusPtr a_poMsrStatus);
		// fields
		COTSFieldDataList& GetFieldsData() { return m_listFieldData; }
		void SetFieldsData(COTSFieldDataList& a_listFieldData);
		// measure results
		CMsrResultsPtr GetMsrResults() { return m_poMsrResults; }
		void SetMsrResults(CMsrResultsPtr a_poMsrResults);

		// has measure results test
		BOOL HasMeasureResult();

		// property item groups list
		CPropItemGrpsList& GetPropItemGrps() { return m_listPropItemGrps; }
		void SetPropItemGrps();
		CPropItemGrpPtr GetPropItemGrpByIndex(int a_nIndex);
		CPropItemGrpPtr GetPropItemGrpById(OTS_SAMPLE_PROP_GRID_ITEM_GROUPS a_nId);
		CPropItemGrpPtr UpdatePropItemGrp(OTS_SAMPLE_PROP_GRID_ITEM_GROUPS a_nId);
		CPropItemPtr GetPropItemById(OTS_SAMPLE_PROP_GRID_ITEMS a_nId);
		CString GetItemValueStr(OTS_SAMPLE_PROP_GRID_ITEMS a_nId);
		std::vector<CString> GetItemComboDownList(OTS_SAMPLE_PROP_GRID_ITEMS ItemID);
		// BOOL data (1)
		BOOL GetPropBOOLData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, BOOL& a_bValue);
		BOOL SetPropBOOLData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, BOOL a_bValue);

		// int data (16)
		BOOL GetPropIntData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, int& a_nValue);
		BOOL SetPropIntData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, int a_nValue);

		// double data (4)
		BOOL GetPropDoubleData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, double& a_dValue);
		BOOL SetPropDoubleData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, double a_dValue);

		// string data (7)
		BOOL GetPropStringData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, CString& a_strValue);
		BOOL SetPropStringData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, CString a_strValue);

		// combo data (7)
		BOOL GetPropComboData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, int& a_nValue);
		BOOL SetPropComboData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, int a_nValue);
		BOOL GetPropComboStrings(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, std::vector<CString>& a_listComboStrings);

		// time data (2)
		BOOL GetPropTimeData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, COleDateTime& a_oValue);
		BOOL SetPropTimeData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, COleDateTime a_oValue);

		// time span data (1)
		BOOL GetPropTimeSpanData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, COleDateTimeSpan& a_oValue);
		BOOL SetPropTimeSpanData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, COleDateTimeSpan a_oValue);

		// file list data (2)
		BOOL GetPropFileListData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, CString& a_strFileName);
		BOOL SetPropFileListData(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, CString a_strFileName);

		// get related property item
		BOOL GetRelatedPropItem(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, OTS_SAMPLE_PROP_GRID_ITEMS& a_nRelatedPropId);

		// get related property item group 
		BOOL GetRelatedPropItemGrp(OTS_SAMPLE_PROP_GRID_ITEMS a_nId, OTS_SAMPLE_PROP_GRID_ITEM_GROUPS& a_nRelatedPropGrpId);

		// calculate pixel size 
		double CalculatePixelSize();
		// calculate field area
		double CalculateAFieldArea();

		BOOL GetBSESize(int& a_nWidth, int& a_nHeight);
		

	protected:

		// cleanup
		void Cleanup();

		// initialization
		void Init();

		// duplication 
		void Duplicate(const COTSSample& a_oSource);

		// set a property items group
		CPropItemGrpPtr SetPropertyItemGrp(OTS_SAMPLE_PROP_GRID_ITEM_GROUPS a_nGrpId);		

		// calculate scan field size
		int CalculateScanFileSize(double a_dPixelSize);

		// name
		CString m_strName;

		// sample hole name
		CString m_strHoleName;

		// param modify lock
		BOOL m_bParamLock;

		// switch
		BOOL m_bSwitch;

		// measurement parameter 
		CMsrParamsPtr m_poMsrParams;

		// measurement area
		CDomainPtr m_poMsrArea;

		// SEM data (measurement)
		CSEMDataMsrPtr m_poSEMDataMsr;

		// measure status
		CMsrSampleStatusPtr m_poMsrStatus;

		// measure results
		CMsrResultsPtr m_poMsrResults;
		// fields
		COTSFieldDataList m_listFieldData;
		// property item groups list
		CPropItemGrpsList m_listPropItemGrps;
	};

	typedef std::shared_ptr<COTSSample> __declspec(dllexport) COTSSamplePtr;
	typedef std::vector<COTSSamplePtr> __declspec(dllexport) COTSSamplesList;

}