agn4010wsoapi.h

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__declspec(dllexport) long _stdcall AgN4010_ARB_Stop(
	#if defined(__cplusplus)
		long boolWaitUntilStopPlaying = true);
	#else
		long boolWaitUntilStopPlaying);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_Delete_Sequence(
		const char *lpszSequenceFile);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_Delete_Segment(
		const char *lpszSegmentFile);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_FreeSegmentSpace();
//	Return:
//		>= 0, SUCCESS (free spaces in bytes)
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_CWTone(
        double ddLevel_dBm,
        double ddOffsetFrequency_MHz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_SaveSegment(
		const char *lpszSegmentFile,
		const char *lpszSaveAsWindowsFilename);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_CreateSequenceFile();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_SequenceFile_AddSegment(
		const char *lpszSegmentName,
        long nRepetitions);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_SequenceFile_Save(
        const char *lpszWindowsFileName);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_GatedSpectrum(
		enum enumGatedSpectrum_SpectrumWidth nSpectrumWidthEnum,
		enum enumGatedSpectrum_AveragingStyle nAveragingStyle,
		long	nNumAverages,
		long	*lpnNumMeasurementPoints,
		double	ddFreqArray[],
		double	ddPowerArray[],
		double	*lpddBandPower_dBm);
//	Return:
//		> 0, SUCCESS
//		= 0, OVER LOAD
//		< 0, ERROR
//
//	Instrument settings affecting this mesurement
//		CenterFrequency
//		MaxPacketLength
//		PowerRange
//		TriggerStyle
//		TriggerLevel
//		TriggerHoldoff
//		TriggerDelay
__declspec(dllexport) long _stdcall AgN4010_Calibrate();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_CalibrationRunning(
	#if defined(__cplusplus)
		BOOL boolLogit = false);
	#else
		BOOL boolLogit);
	#endif
//	Return:
//		= 1, CALIBRATION IS RUNNING
//		= 0, CALIBRATION NOT RUNNING
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_SourceActive();
//	Return:
//		> 0, is ACTIVE
//		= 0, not ACTIVE
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_SequencePlaying(
	#if defined(__cplusplus)
		BOOL boolLogit = false);
	#else
		BOOL boolLogit);
	#endif
//	Return:
//		> 0, is playing
//		= 0, stop playing
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Suspend();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ActivateInstrument();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_GetLoadedSegmentFileList(
		char *lpszReturnLoadedSegmentFileList,long nMaxLenz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARB_GetLoadedSequenceFileList(
		char *lpszReturnLoadedSequenceFileList,long nMaxLenz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_AutoRangeEx_Run_11ag(
	#if defined(__cplusplus)
		enum enumAutoRangeExOption enumAutoRangeExOption = enumAutoRangeExOption_None,
		double *lpddPowerRange = NULL,
		double *lpddTriggerLevel_mV = NULL,
		long *lpnMaxSymbolsUsed = NULL,
		double *lpddMaxPacketLength_s = NULL);
	#else
		enum enumAutoRangeExOption enumAutoRangeExOption,
		double *lpddPowerRange,
		double *lpddTriggerLevel_mV,
		long *lpnMaxSymbolsUsed,
		double *lpddMaxPacketLength_s);
	#endif
//	Return:
//		> 0, complete
//		= 0, is running
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_AutoRangeEx_Run_11b(
	#if defined(__cplusplus)
		enum enumAutoRangeExOption enumAutoRangeExOption = enumAutoRangeExOption_None,
		double *lpddPowerRange = NULL,
		double *lpddTriggerLevel_mV = NULL,
		double *lpddMaxPacketLength_s = NULL);
	#else
		enum enumAutoRangeExOption enumAutoRangeExOption,
		double *lpddPowerRange,
		double *lpddTriggerLevel_mV,
		double *lpddMaxPacketLength_s);
	#endif
//	Return:
//		> 0, complete
//		= 0, is running
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_AutoRange_Run_11ag();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_AutoRange_Run_11b();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_AutoRange_Running(
	#if defined(__cplusplus)
		BOOL boolLogit = false);
	#else
		BOOL boolLogit);
	#endif
//	Return:
//		> 0, is running
//		= 0, stop running
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Measure_CWFrequencyOffset(
		double *lpddFrequencyOffset);
//	Return:
//		> 0, SUCCESS
//		= 0, OVER LOAD
//		< 0, ERROR

//------------------------------------------------------------------------------
//	extra APIs
//
__declspec(dllexport) long _stdcall AgN4010_MeasureEx_SpectralMask_11ag(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
		double ddAmplMaskArray_dBm[],
		double ddFreqOverSpecArray_Hz[],
		double ddAmplOverSpecArray_dBm[]);
//	Return:
//		> 0, the number of points are out of spec
//		= 0, No points are out of spec
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_MeasureEx_SpectralMask_11b(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
		double ddAmplMaskArray_dBm[],
		double ddFreqOverSpecArray_Hz[],
		double ddAmplOverSpecArray_dBm[]);
//	Return:
//		> 0, the number of points are out of spec
//		= 0, No points are out of spec
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_MeasureEx_OBW(
		long	nPoints,
		const double ddFreqArray[],
		const double ddAmplArray[],
		double *lpddBandwidth,
	#if defined(__cplusplus)
		double ddPowerPercent = 99);
	#else
		double ddPowerPercent);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_MeasureEx_Sidelobe_11b(
		long	nPoints,
		const double ddFreqArray[],
		const double ddAmplArray[],
		double ddSidelobeFreq_Hz[7],
		double ddSidelobePower_dBm[7]);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
//	Note:
//		ddSidelobePower[0],ddSidelobeFreq[0]
//			is mainlobe power with frequency in Hz
//		ddSidelobePower[1],ddSidelobeFreq[1]
//			is the mainlobe power minus max power of 1st sidelobe power with frequency in Hz
//		ddSidelobePower[2],ddSidelobeFreq[2]
//			is the mainlobe power minus max power of 2nd sidelobe power with frequency in Hz
//		ddSidelobePower[3,4],ddSidelobeFreq[3,4]
//			is left and right power of 1st sidelobe power with frequency in Hz
//		ddSidelobePower[5,6],ddSidelobeFreq[5,6]
//			is left and right power of 2nd sidelobe power with frequency in Hz
__declspec(dllexport) long _stdcall AgN4010_WTA_AutoRange_11ag();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_WTA_AutoRange_11b();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Calc_SegmentBurstRMS(
		const char *lpszSegmentFilename,double *lpddBurstRMS);
//	Return:
//		> 0, THE NUMBER OF BURST
//		= 0, NO BURST INSIDE
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Calc_ReduceSegmentBurstRMS(
		const char *lpszSegmentFilename,
		double ddScaleFactor,
		const char *lpszSaveAsSegmentFilename,
		double *lpddBurstRMS);
//	Return:
//		> 0, THE NUMBER OF BURST
//		= 0, NO BURST INSIDE
//		< 0, ERROR
__declspec(dllexport) double _stdcall AgN4010_Calc_Value(
		double ddValue,enum enumCalc_ValueOption enumCalc_ValueOption);
//	Return:
//		CONVERTED VALUE
__declspec(dllexport) long _stdcall AgN4010_Calc_LimitLine(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
		long	nLimitLinePoints,
		const double ddLimitLineArray[],
	#if defined(__cplusplus)
		double ddAmplMaskArray_dBm[] = NULL,
		double ddFreqOverSpecArray_Hz[] = NULL,
		double ddAmplOverSpecArray_dBm[] = NULL);
	#else
		double ddAmplMaskArray_dBm[],
		double ddFreqOverSpecArray_Hz[],
		double ddAmplOverSpecArray_dBm[]);
	#endif
//	Return:
//		> 0, the number of points are out of spec
//		= 0, No points are out of spec
//		< 0, ERROR
//	ddLimitLineArray of OFDM (nLimitLines = 20):
//		(-40e6,-40), (-30e6,-40), (-20e6,-28), (-11e6,-20), (-9e6,0),
//		(9e6,0), (11e6,-20), (20e6,-28), (30e6,-40), (40e6,-40)
//	ddLimitLineArray of CCK (nLimitLines = 20):
//		(-30e6,-50), (-22e6,-50), (-22e6,-30), (-11e6,-30), (-11e6,0),
//		(11e6,0), (11e6,-30), (22e6,-30), (22e6,-50), (30e6,-50)

__declspec(dllexport) void _stdcall AgN4010_Log_Open();
__declspec(dllexport) void _stdcall AgN4010_Log_Close();
__declspec(dllexport) void _stdcall AgN4010_Log_LogIt(const char *fmt,...);

__declspec(dllexport) long _stdcall AgN4010_SetBluetoothMode();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_SetWlanMode();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_GetExtraMeasureResult(
		const char *lpszItemName,double *lpddMeasureResult);
//		> 0, SUCCESS
//		= 0, PROPERTY NOT EXISTS
//		< 0, ERROR
//
//	Supported Item Name:
//
//		EVM_BurstGood
//		EVM_FrequencyError_Hz
//		EVM_GatedPower_dBm
//		EVM_IQOffset_dB
//		EVM_ModulationFormat
//		EVM_RmsEVM_Percent
//
__declspec(dllexport) long _stdcall AgN4010_Chart_SpectralMask(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
		const double ddAmplMaskArray_dBm[],
	#if defined(__cplusplus)
		const char *lpszCaption = NULL,unsigned long uWaitTime = 0);
	#else
		const char *lpszCaption,unsigned long uWaitTime);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Chart_Spectrum(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
	#if defined(__cplusplus)
		const char *lpszCaption = NULL,unsigned long uWaitTime = 0);
	#else
		const char *lpszCaption,unsigned long uWaitTime);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Chart_OBW(
		long	nPoints,
		const double ddFreqArray_Hz[],
		const double ddAmplArray_dBm[],
	#if defined(__cplusplus)
		const char *lpszCaption = NULL,unsigned long uWaitTime = 0);
	#else
		const char *lpszCaption,unsigned long uWaitTime);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_Chart_MultiTraces(
		long	nPoints,
		const double ddFreqArray_Hz[],
		long	nTraces,
		const double *ddTraces,
	#if defined(__cplusplus)
		const char *lpszTraceNameList = NULL,
		const char *lpszCaption = NULL,unsigned long uWaitTime = 0);
	#else
		const char *lpszTraceNameList,
		const char *lpszCaption,unsigned long uWaitTime);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_ReSelect(
		double ddLevel_dBm,
	#if defined(__cplusplus)
		double ddOffsetFrequency_MHz = 0);
	#else
		double ddOffsetFrequency_MHz);
	#endif
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_Select_Sequence(
		const char *lpszSequenceFile,
		double ddLevel_dBm,
		double ddOffsetFrequency_MHz,
		long nSamplingRate_MHz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_Select_Sequence_11ag(
		const char *lpszSequenceFile,
		double ddLevel_dBm,
		double ddOffsetFrequency_MHz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_Select_Sequence_11b(
		const char *lpszSequenceFile,
		double ddLevel_dBm,
		double ddOffsetFrequency_MHz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_TriggerSequence();
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_Stop(
	#if defined(__cplusplus)
		long boolWaitUntilStopPlaying = true);
	#else
		long boolWaitUntilStopPlaying);
	#endif
//	Return:
//		> 0, STOP PLAYING
//		= 0, STILL PLAYING
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_ARBEx_CWTone(
        double ddLevel_dBm,
        double ddOffsetFrequency_MHz);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_TTL_Output(long TTLBits);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
__declspec(dllexport) long _stdcall AgN4010_TTL_SwitchChannel(long nChanNo);
//	Return:
//		>= 0, SUCCESS
//		< 0, ERROR
//	Note:
//		nChanNo is zero-based
#if defined(__cplusplus)
}
#endif