#pragma once
#include <wtypes.h>

namespace OTSController {


	const BYTE FIRST_DETECTOR_ID = 1;
	const BYTE SECOND_DETECTOR_ID = 2;
	const BYTE THIRD_DETECTOR_ID = 3;
	const BYTE FOURTH_DETECTOR_ID = 4;
	const BYTE FIRST_DETECTOR_COM = 1;
	const BYTE SECOND_DETECTOR_COM = 2;
	const BYTE THIRD_DETECTOR_COM = 4;
	const BYTE FOURTH_DETECTOR_COM = 8;

	const int BRUKER_XRAY_COLLECT_LIMIT = 2048;

	enum class EBrukerErrorCode
	{
		// Error constants generated from client program
		IFC_ERROR_IN_EXECUTION = -1,
		IFC_ERROR_WRONG_PARAMETER = -2,
		IFC_ERROR_SPECTRUM_BUFFER_EMPTY = -3,
		IFC_ERROR_PARAMETER_MISSED = -4,
		IFC_ERROR_TOO_MANY_PARAMETERS = -5,
		IFC_ERROR_USER_TERMINATED = -6,
		IFC_ERROR_TIMEOUT = -7,
		IFC_ERROR_UNKNOWN_VALUE_NAME = -8,
		IFC_ERROR_WRONG_VALUE_TYPE = -9,

		// Errors coming from OpenClient()
		CONN_ERROR_UNKNOWN = -21,
		CONN_ERROR_INTERFACE_NOT_CONNECTED = -22,
		CONN_ERROR_PARAMETER_MISSED = -23,
		CONN_ERROR_ANSWER_TIMEOUT = -24,
		CONN_ERROR_SERVER_NOT_RESPONDING = -25,
		CONN_ERROR_RESULT_MISSED = -26,
		CONN_ERROR_NO_INTERFACE = -27,
		CONN_ERROR_INVALID_LOGIN = -28,
		CONN_ERROR_NO_CONNECTION_TO_SERVER = -29,
		CONN_ERROR_SERVER = -30,
		CONN_ERROR_ACTION_ABORTED = -31,

		// Error constants generated from rtifcclient.dll
		ERROR_WRONG_PARAMETER = -101,
		ERROR_FILE_NOT_EXIST = -102,
		ERROR_NO_CONNECTION = -103,
		ERROR_NO_ANSWER = -104,
		ERROR_CAN_NOT_START_PROCESS = -105,
		ERROR_INVALID_RESULT_DATA = -106,

		// no direct call to server possible (used in '..Direct' calls
		ERROR_NO_SERVER_CONNECTION = -103,
	};

	// client dll =========================================================
#pragma	pack(push, 1)
	struct BrukerSegment
	{
		DWORD	Y;
		DWORD	XStart;
		long	XCount;
		BrukerSegment()
			: Y(0)
			, XStart(0)
			, XCount(1)	// this default 1 for XCount is used by point list x-ray analysis
		{}
		void operator=(const BrukerSegment& other)
		{
			Y = other.Y;
			XStart = other.XStart;
			XCount = other.XCount;
		}
	};

	struct BrukerFeature
	{
		BrukerFeature()
			: SegmentCount(0)
			, pSegment(NULL)
		{}
	/*	~BrukerFeature()
		{
		}*/

		void BrukerFeature::Clean()
		{
			if (pSegment)
			{
				delete[] pSegment;
				pSegment = NULL;
			}
		}

		long SegmentCount;
		BrukerSegment*	pSegment;
	};
#pragma	pack(pop)

#pragma pack(push, 1)
	struct RTSpectrumHeaderRec
	{
		BYTE IDStringLength;
		char IDString[25];		//	: string[25];		// 'Rontec XRay spectrum'
		long Version;			//	: longint;   		// Version information
		long Size;				//	: longint;			// Size in byte
		double DateTime;		// 	: double;     		// Delphi 5.0 version of date and time
		long ChannelCount; 	//	: longint;        //
		long ChannelOffset; 	//	: longint;			// First channel index
		double CalibrationAbs;	//	: double;	 		// Energy of first channel
		double CalibrationLin; //	: double;         // keV per channel
		double SigmaAbs;		//	: double;	 		// Sigma^2 energy calibration
		double SigmaLin;		//	: double;
		long RealTime;			//	: longint;        // real measure time in ms
		long LifeTime;			//	: longint;        // life time in ms
	};
#pragma	pack(pop)

	struct RTImageInfoEx
	{
		long Magnification;
		double PixelSizeX;
		double PixelSizeY;
		double HighVoltage;
		double WorkingDistance;
	};

	// scan mode is 1 means external off
	long const BRUKER_SCAN_MODE_EXTERNAL_OFF = 1;
	long const BRUKER_SCAN_MODE_EXTERNAL_ON = 0;


}