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static const char *RcsId = "$Header: /home/cvsadm/cvsroot/AbstractClasses/SpectrumAnalyzer/SpectrumAnalyzerClass.cpp,v 1.1 2008/04/23 12:27:46 claudio Exp $";
static const char *TagName = "$Name: $";
static const char *HttpServer= "http://www.esrf.fr/computing/cs/tango/tango_doc/ds_doc/";
//+=============================================================================
//
// file : SpectrumAnalyzerClass.cpp
//
// description : C++ source for the SpectrumAnalyzerClass. A singleton
// class derived from DeviceClass. It implements the
// command list and all properties and methods required
// by the SpectrumAnalyzer once per process.
//
// project : TANGO Device Server
//
// $Author: claudio $
//
// $Revision: 1.1 $
//
// $Log: SpectrumAnalyzerClass.cpp,v $
// Revision 1.1 2008/04/23 12:27:46 claudio
// first import
//
//
// copyleft : European Synchrotron Radiation Facility
// BP 220, Grenoble 38043
// FRANCE
//
//-=============================================================================
//
// This file is generated by POGO
// (Program Obviously used to Generate tango Object)
//
// (c) - Software Engineering Group - ESRF
//=============================================================================
#include <tango.h>
#include <SpectrumAnalyzer.h>
#include <SpectrumAnalyzerClass.h>
namespace SpectrumAnalyzer_ns
{
//+----------------------------------------------------------------------------
//
// method : ResetClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *ResetClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "ResetClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->reset());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : ClearStatusClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *ClearStatusClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "ClearStatusClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->clear_status());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : RemoteClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *RemoteClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "RemoteClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->remote());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : LocalClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *LocalClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "LocalClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->local());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : GetPeakClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *GetPeakClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "GetPeakClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->get_peak());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : SetSingleSweepClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetSingleSweepClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetSingleSweepClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->set_single_sweep());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : ChangePowUnitsClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *ChangePowUnitsClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "ChangePowUnitsClass::execute(): arrived" << endl;
Tango::DevString argin;
extract(in_any, argin);
((static_cast<SpectrumAnalyzer *>(device))->change_pow_units(argin));
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : GetErrorInfoClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *GetErrorInfoClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "GetErrorInfoClass::execute(): arrived" << endl;
return insert((static_cast<SpectrumAnalyzer *>(device))->get_error_info());
}
//+----------------------------------------------------------------------------
//
// method : GetMinClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *GetMinClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "GetMinClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->get_min());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : SetContinuousSweepClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetContinuousSweepClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetContinuousSweepClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->set_continuous_sweep());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : RestartMeasurementClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *RestartMeasurementClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "RestartMeasurementClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->restart_measurement());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : SetAutoAttenuationClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetAutoAttenuationClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetAutoAttenuationClass::execute(): arrived" << endl;
Tango::DevBoolean argin;
extract(in_any, argin);
((static_cast<SpectrumAnalyzer *>(device))->set_auto_attenuation(argin));
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : GetAutoAttenuationClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *GetAutoAttenuationClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "GetAutoAttenuationClass::execute(): arrived" << endl;
return insert((static_cast<SpectrumAnalyzer *>(device))->get_auto_attenuation());
}
//+----------------------------------------------------------------------------
//
// method : SetAsciiDataClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetAsciiDataClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetAsciiDataClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->set_ascii_data());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : SetINT32DataClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetINT32DataClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetINT32DataClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->set_int32_data());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : SetReal32DataClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SetReal32DataClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SetReal32DataClass::execute(): arrived" << endl;
((static_cast<SpectrumAnalyzer *>(device))->set_real32_data());
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : GetDataFormatClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *GetDataFormatClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "GetDataFormatClass::execute(): arrived" << endl;
return insert((static_cast<SpectrumAnalyzer *>(device))->get_data_format());
}
//+----------------------------------------------------------------------------
//
// method : SaveDataClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *SaveDataClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "SaveDataClass::execute(): arrived" << endl;
Tango::DevString argin;
extract(in_any, argin);
((static_cast<SpectrumAnalyzer *>(device))->save_data(argin));
return new CORBA::Any();
}
//+----------------------------------------------------------------------------
//
// method : PrintDataClass::execute()
//
// description : method to trigger the execution of the command.
// PLEASE DO NOT MODIFY this method core without pogo
//
// in : - device : The device on which the command must be excuted
// - in_any : The command input data
//
// returns : The command output data (packed in the Any object)
//
//-----------------------------------------------------------------------------
CORBA::Any *PrintDataClass::execute(Tango::DeviceImpl *device,const CORBA::Any &in_any)
{
cout2 << "PrintDataClass::execute(): arrived" << endl;
Tango::DevString argin;
extract(in_any, argin);
return insert((static_cast<SpectrumAnalyzer *>(device))->print_data(argin));
}
//+----------------------------------------------------------------------------
//
// method : SpectrumAnalyzerClass::SpectrumAnalyzerClass(string &s)
//
// description : constructor for the SpectrumAnalyzerClass
//
// in : - s : The class name
//
//-----------------------------------------------------------------------------
SpectrumAnalyzerClass::SpectrumAnalyzerClass(string &s):DeviceClass(s)
{
cout2 << "Entering SpectrumAnalyzerClass constructor" << endl;
cout2 << "Leaving SpectrumAnalyzerClass constructor" << endl;
}
//+----------------------------------------------------------------------------
//
// method : SpectrumAnalyzerClass::command_factory
//
// description : Create the command object(s) and store them in the
// command list
//
//-----------------------------------------------------------------------------
void SpectrumAnalyzerClass::command_factory()
{
command_list.push_back(new ResetClass("Reset",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new ClearStatusClass("ClearStatus",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new RemoteClass("Remote",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new LocalClass("Local",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new GetPeakClass("GetPeak",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new SetSingleSweepClass("SetSingleSweep",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new ChangePowUnitsClass("ChangePowUnits",
Tango::DEV_STRING, Tango::DEV_VOID,
"Set the power units of measure: DBM, DBMV, DBUV, W, V",
"",
Tango::OPERATOR));
command_list.push_back(new GetErrorInfoClass("GetErrorInfo",
Tango::DEV_VOID, Tango::DEV_STRING,
"",
"The string represents the earliest entry to the error queue.",
Tango::OPERATOR));
command_list.push_back(new GetMinClass("GetMin",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new SetContinuousSweepClass("SetContinuousSweep",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new RestartMeasurementClass("RestartMeasurement",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new SetAutoAttenuationClass("SetAutoAttenuation",
Tango::DEV_BOOLEAN, Tango::DEV_VOID,
"1 Enables auto attenuation, 0 disables it.",
"",
Tango::OPERATOR));
command_list.push_back(new GetAutoAttenuationClass("GetAutoAttenuation",
Tango::DEV_VOID, Tango::DEV_BOOLEAN,
"",
"! if auto attenuation is enabled, 0 if disabled",
Tango::OPERATOR));
command_list.push_back(new SetAsciiDataClass("SetAsciiData",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new SetINT32DataClass("SetINT32Data",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new SetReal32DataClass("SetReal32Data",
Tango::DEV_VOID, Tango::DEV_VOID,
"",
"",
Tango::OPERATOR));
command_list.push_back(new GetDataFormatClass("GetDataFormat",
Tango::DEV_VOID, Tango::DEV_STRING,
"",
"Returns the format of the data in trace",
Tango::OPERATOR));
command_list.push_back(new SaveDataClass("SaveData",
Tango::DEV_STRING, Tango::DEV_VOID,
"Name of the file to which you want to save trace data.",
"",
Tango::OPERATOR));
command_list.push_back(new PrintDataClass("PrintData",
Tango::DEV_STRING, Tango::CONST_DEV_STRING,
"Input data filename.",
"Output in string format.",
Tango::OPERATOR));
// add polling if any
for (unsigned int i=0 ; i<command_list.size(); i++)
{
}
}
//+----------------------------------------------------------------------------
// Method: SpectrumAnalyzerClass::attribute_factory(vector<Tango::Attr *> &att_list)
//-----------------------------------------------------------------------------
void SpectrumAnalyzerClass::attribute_factory(vector<Tango::Attr *> &att_list)
{
// Attribute : Span
SpanAttrib *span = new SpanAttrib();
Tango::UserDefaultAttrProp span_prop;
span_prop.set_label("Frequency Span");
span_prop.set_unit("MHz");
span_prop.set_format("%6.2f");
span_prop.set_max_value("3000");
span_prop.set_min_value("0.009");
span_prop.set_description("Span Frequency, in MHz");
span->set_default_properties(span_prop);
att_list.push_back(span);
// Attribute : CenterFrequency
CenterFrequencyAttrib *center_frequency = new CenterFrequencyAttrib();
Tango::UserDefaultAttrProp center_frequency_prop;
center_frequency_prop.set_label("Center Frequency");
center_frequency_prop.set_unit("MHz");
center_frequency_prop.set_max_value("3000");
center_frequency_prop.set_min_value("0.009");
center_frequency_prop.set_description("Sets or retrieves the central frequency. This is listed\nin the base IVI Spec functions.");
center_frequency->set_default_properties(center_frequency_prop);
att_list.push_back(center_frequency);
// Attribute : MarkerX
MarkerXAttrib *marker_x = new MarkerXAttrib();
Tango::UserDefaultAttrProp marker_x_prop;
marker_x_prop.set_label("Marker at the oeak");
marker_x_prop.set_unit("MHz");
marker_x_prop.set_max_value("3000");
marker_x_prop.set_min_value("0.009");
marker_x_prop.set_description("Sets or retrieves the central frequency. This is listed\nin the base IVI Spec functions.");
marker_x->set_default_properties(marker_x_prop);
att_list.push_back(marker_x);
// Attribute : MarkerY
MarkerYAttrib *marker_y = new MarkerYAttrib();
Tango::UserDefaultAttrProp marker_y_prop;
marker_y_prop.set_label("X-Axis point to marker");
marker_y_prop.set_unit("MHz");
marker_y_prop.set_description("The point on the y-axis corresponding to the value of the marker\nIVI Spec compliance: IviSpecAnMarker Extension Group.");
marker_y->set_default_properties(marker_y_prop);
att_list.push_back(marker_y);
// Attribute : ErrorPolling
ErrorPollingAttrib *error_polling = new ErrorPollingAttrib();
Tango::UserDefaultAttrProp error_polling_prop;
error_polling_prop.set_label("Error polling status");
error_polling_prop.set_description("This function periodically polls the device and reads its status,\nsignaling malfunctioning.");
error_polling->set_default_properties(error_polling_prop);
error_polling->set_polling_period(5000);
att_list.push_back(error_polling);
// Attribute : Attenuation
AttenuationAttrib *attenuation = new AttenuationAttrib();
Tango::UserDefaultAttrProp attenuation_prop;
attenuation_prop.set_label("Attenuation");
attenuation_prop.set_unit("dB");
attenuation_prop.set_standard_unit("dB");
attenuation_prop.set_max_value("75");
attenuation_prop.set_min_value("0");
attenuation_prop.set_description("Specifies the input attenuation (in positive dB).\nIVI Spec base attribute.");
attenuation->set_default_properties(attenuation_prop);
att_list.push_back(attenuation);
// Attribute : DetectorType
DetectorTypeAttrib *detector_type = new DetectorTypeAttrib();
Tango::UserDefaultAttrProp detector_type_prop;
detector_type_prop.set_label("Detector type");
detector_type_prop.set_description("Specifies the detection method used to capture and process the signal.\nIVI SpecAn base attribute.");
detector_type->set_default_properties(detector_type_prop);
att_list.push_back(detector_type);
// Attribute : StartFrequency
StartFrequencyAttrib *start_frequency = new StartFrequencyAttrib();
Tango::UserDefaultAttrProp start_frequency_prop;
start_frequency_prop.set_label("Frequency start");
start_frequency_prop.set_unit("MHz");
start_frequency_prop.set_standard_unit("MHz");
start_frequency_prop.set_max_value("3100");
start_frequency_prop.set_min_value("-80");
start_frequency_prop.set_description("Sets the start frequency. IVI SpecAn base functions.");
start_frequency->set_default_properties(start_frequency_prop);
att_list.push_back(start_frequency);
// Attribute : StopFrequency
StopFrequencyAttrib *stop_frequency = new StopFrequencyAttrib();
Tango::UserDefaultAttrProp stop_frequency_prop;
stop_frequency_prop.set_label("Stop Frequency");
stop_frequency_prop.set_unit("MHz");
stop_frequency_prop.set_standard_unit("MHz");
stop_frequency_prop.set_max_value("3000");
stop_frequency_prop.set_description("Sets the stop frequency. IVI SpecAn base functions.");
stop_frequency->set_default_properties(stop_frequency_prop);
att_list.push_back(stop_frequency);
// Attribute : FreqOffset
FreqOffsetAttrib *freq_offset = new FreqOffsetAttrib();
Tango::UserDefaultAttrProp freq_offset_prop;
freq_offset_prop.set_label("Frequency Offset");
freq_offset_prop.set_unit("MHz");
freq_offset_prop.set_standard_unit("MHz");
freq_offset_prop.set_max_value("500000000");
freq_offset_prop.set_min_value("-3000");
freq_offset_prop.set_description("Specifies the frequency offset for all frequency readouts \nsuch as center frequency, except that it does not affect \nmarker count.\nIVI SpecAn base functions.");
freq_offset->set_default_properties(freq_offset_prop);
att_list.push_back(freq_offset);
// Attribute : ReferenceLevel
ReferenceLevelAttrib *reference_level = new ReferenceLevelAttrib();
Tango::UserDefaultAttrProp reference_level_prop;
reference_level_prop.set_label("reference Level");
reference_level_prop.set_standard_unit("dBm");
reference_level_prop.set_max_value("55");
reference_level_prop.set_min_value("-327.6");
reference_level_prop.set_description("Sets the amplitude of the reference level for the y axis.\nThis is used as reference for amplitude measurements.\nThis is typically set to a value slightly higher than the highest\nexpected signal level. The units are determined by the amplitude \nunits attribute. IVI SpecAn base attributes.");
reference_level->set_default_properties(reference_level_prop);
att_list.push_back(reference_level);
// Attribute : StartStop
StartStopAttrib *start_stop = new StartStopAttrib();
Tango::UserDefaultAttrProp start_stop_prop;
start_stop_prop.set_label("Start and Stop Frequencies");
start_stop_prop.set_unit("MHz");
start_stop_prop.set_standard_unit("MHz");
start_stop_prop.set_description("Sets the start and stop frequencies. Center frequency \nwill be in the middle.");
start_stop->set_default_properties(start_stop_prop);
att_list.push_back(start_stop);
// Attribute : TraceReal32
TraceReal32Attrib *trace_real32 = new TraceReal32Attrib();
Tango::UserDefaultAttrProp trace_real32_prop;
trace_real32_prop.set_label("Trace Float");
trace_real32_prop.set_unit("dBm");
trace_real32_prop.set_standard_unit("dBm");
trace_real32_prop.set_description("Vector containing the Y values corresponding to the 401 points \nof the spectrum.");
trace_real32->set_default_properties(trace_real32_prop);
att_list.push_back(trace_real32);
// Attribute : TraceInt32
TraceInt32Attrib *trace_int32 = new TraceInt32Attrib();
Tango::UserDefaultAttrProp trace_int32_prop;
trace_int32_prop.set_label("Trace Int32");
trace_int32_prop.set_unit("dBm");
trace_int32_prop.set_standard_unit("dBm");
trace_int32_prop.set_description("Y values corresponding to the 401 points in X axis \nof the spectrum analyzer");
trace_int32->set_default_properties(trace_int32_prop);
att_list.push_back(trace_int32);
// Attribute : OPC
OPCAttrib *opc = new OPCAttrib();
Tango::UserDefaultAttrProp opc_prop;
opc_prop.set_description("Operation completed command. \nSets bit 0 in the standard event status register to ");
opc->set_default_properties(opc_prop);
att_list.push_back(opc);
// Attribute : ResolutionBandwidth
ResolutionBandwidthAttrib *resolution_bandwidth = new ResolutionBandwidthAttrib();
Tango::UserDefaultAttrProp resolution_bandwidth_prop;
resolution_bandwidth_prop.set_label("Resolution Bandwidth");
resolution_bandwidth_prop.set_unit("MHz");
resolution_bandwidth_prop.set_standard_unit("MHz");
resolution_bandwidth_prop.set_max_value("5");
resolution_bandwidth_prop.set_min_value("0.001");
resolution_bandwidth_prop.set_description("See specific instrument documentation.\nIVI SpecAn base attribute.");
resolution_bandwidth->set_default_properties(resolution_bandwidth_prop);
att_list.push_back(resolution_bandwidth);
// Attribute : PeakThreshold
PeakThresholdAttrib *peak_threshold = new PeakThresholdAttrib();
Tango::UserDefaultAttrProp peak_threshold_prop;
peak_threshold_prop.set_label("Peak threshold");
peak_threshold_prop.set_unit("Amplitude Units");
peak_threshold_prop.set_description("Specifies the minimum signal level for thee analyzer's\ninternal peak identification routine to recognize a signal as\na peak. This applies to all traces and all windows.\nSee specific instrument documentation and manual for\ndetails.");
peak_threshold->set_default_properties(peak_threshold_prop);
att_list.push_back(peak_threshold);
// Attribute : PeakExcursion
PeakExcursionAttrib *peak_excursion = new PeakExcursionAttrib();
Tango::UserDefaultAttrProp peak_excursion_prop;
peak_excursion_prop.set_label("Define Peak Excursion");
peak_excursion_prop.set_standard_unit("dB");
peak_excursion_prop.set_description("Specifies the minimum signal excursion above the threshold\nfor the internal peak identification routine to recognize\na signal as a peak .\nThe excursion is the delta power between the noise level\nand the signal peak.\nSee specific instrument documentation and manual for\ndetails.");
peak_excursion->set_default_properties(peak_excursion_prop);
att_list.push_back(peak_excursion);
// Attribute : GetSignalPeaks
GetSignalPeaksAttrib *get_signal_peaks = new GetSignalPeaksAttrib();
Tango::UserDefaultAttrProp get_signal_peaks_prop;
get_signal_peaks_prop.set_description("Retrieves the signal peaks.");
get_signal_peaks->set_default_properties(get_signal_peaks_prop);
att_list.push_back(get_signal_peaks);
// Attribute : Fs
FsAttrib *fs = new FsAttrib();
Tango::UserDefaultAttrProp fs_prop;
fs_prop.set_label("Synchrotron Frequency");
fs_prop.set_unit("kHz");
fs_prop.set_description("Sets/reads synchrotron frequency.\nThis is a synchrotron related functionality, it could be\nremoved from abstract class if one was interested only\nin a Spectrum Analyzer device.");
fs->set_default_properties(fs_prop);
att_list.push_back(fs);
// Attribute : WindowFs
WindowFsAttrib *window_fs = new WindowFsAttrib();
Tango::UserDefaultAttrProp window_fs_prop;
window_fs_prop.set_label("Window around fs");
window_fs_prop.set_unit("kHz");
window_fs_prop.set_description("Window around fs in which we look for peaks.\nThis is a synchrotron related functionality, it could be\nremoved from abstract class if one was interested only\nin a Spectrum Analyzer device.");
window_fs->set_default_properties(window_fs_prop);
att_list.push_back(window_fs);
// Attribute : Window
WindowAttrib *window = new WindowAttrib();
att_list.push_back(window);
// Attribute : NumberOfSweeps
NumberOfSweepsAttrib *number_of_sweeps = new NumberOfSweepsAttrib();
Tango::UserDefaultAttrProp number_of_sweeps_prop;
number_of_sweeps_prop.set_label("Number of sweeps");
number_of_sweeps_prop.set_description("Sets the number of measures.\nSets and reads the number of sweeps. See the related\nclass property for details. This instrument supports\nonly single and continuous sweep.\nIVI SpecAn base attribute.");
number_of_sweeps->set_default_properties(number_of_sweeps_prop);
att_list.push_back(number_of_sweeps);
}
} // namespace