public static void Main()
{
Instrument = ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//mReportGains();
//list attributes
//listattributes(Instrument.GetType(), "instrument");
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
public static void Main()
{
Instrument = ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out last_y_symmetry);
GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
if (use_udp)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
// declaration of class methods
public static void Main()
{
Instrument = HelixMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
// declaration of class methods
public static void Main()
{
Instrument = HelixMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
//GetTuningSettings();
PrepareEnvironment();
//setup data recording
InitializeDataRecord();
// don't start UDPServer, this is only for testing
/*
* if (USE_UDP)
* {
* UDPServeForever();
* }
* else
* {
* TCPServeForever();
* }
*/
// ##############################################################
// ##############################################################
// run tests here
string cmd = 'GetData'
Logger.Log(LogLevel.UserInfo, "execute command: {0}", cmd);
string result = ParseAndExecuteCommand(cmd);
Logger.Log(LogLevel.UserInfo, result);
MessageBox.Show(string.Format("command: {0}; Result: {1}", cmd, result), "Resulting Data", "OK", "Information");
// ##############################################################
}
public static void Main ()
{
// Configure the proper instrument
// ================================================================================
//Instrument= ArgusMC;
//DETECTOR_NAMES = Config.ARGUS_DETECTOR_NAMES
//Instrument= HelixMC;
//DETECTOR_NAMES = Config.HELIX_MC_DETECTOR_NAMES
// ================================================================================
//Instrument= HelixSFT
DETECTOR_NAMES = Config.HELIX_SFT_DETECTOR_NAMES
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//mReportGains();
//list attributes
//listattributes(Instrument.GetType(), "instrument");
//setup data recording
InitializeDataRecord();
if (Config.use_udp)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
//====================================================================================================================================
//
// Commands are case sensitive and in CamelCase
// Commands:
// GetTuningSettingsList #return a comma separated string
// SetTuningSettings
// GetData returns tagged data e.g. H2,aaa,L1,bbb,CDD,ccc
// SetIntegrationTime <seconds> ****currently not enabled****
// BlankBeam <true or false> if true set y-symmetry to -50 else return to previous value
//===========Cup/SubCup Configurations==============================
// GetCupConfigurationList
// GetSubCupConfigurationList
// GetActiveCupConfiguration
// GetActiveSubCupConfiguration
// GetSubCupParameters returns list of Deflection voltages and the Ion Counter supply voltage
// SetSubCupConfiguration <sub cup name>
//===========Ion Counter============================================
// ActivateIonCounter
// DeactivateIonCounter
//===========Ion Pump Valve=========================================
// Open #open the Ion pump to the mass spec
// Close #closes the Ion pump to the mass spec
// GetValveState #returns True for open false for close
//===========Magnet=================================================
// GetMagnetDAC
// SetMagnetDAC <value> #0-10V
//===========Source=================================================
// GetHighVoltage or GetHV
// SetHighVoltage or SetHV <kV>
// GetTrapVoltage
// SetTrapVoltage <value>
// GetElectronEnergy
// SetElectronEnergy <value>
// GetYSymmetry
// SetYSymmetry <value>
// GetZSymmetry
// SetZSymmetry <value>
// GetZFocus
// SetZFocus <value>
// GetIonRepeller
// SetIonRepeller <value>
// GetExtractionLens
// SetExtractionLens <value>
//==========Detectors===============================================
// GetDeflection <name>
// SetDeflection <name>,<value>
// GetIonCounterVoltage
// SetIonCounterVoltage <value>
//==================================================================
// Error Responses:
// Error: Invalid Command - the command is poorly formated or does not exist.
// Error: could not set <hardware> to <value>
//==========Generic Device===============================================
// Get <name> - name is any valid device currently listed in the hardware database
//====================================================================================================================================
private static string ParseAndExecuteCommand(string cmd)
{
string result = "Error: Invalid Command";
//Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
string[] args = cmd.Trim().Split(' ');
double r;
switch (args[0])
{
case "GetTuningSettingsList":
result = GetTuningSettings();
break;
case "SetTuningSettings":
if (SetTuningSettings(args[1]))
{
result = "OK";
}
else
{
result = String.Format("Error: could not set tuning settings {0}", args[1]);
}
break;
case "GetData":
result = scan_data;
break;
case "SetIntegrationTime":
result = SetIntegrationTime(Convert.ToDouble(args[1]));
break;
case "BlankBeam":
if (!use_beam_blank)
{
result = "OK";
break;
}
double yval = last_y_symmetry;
bool blankbeam = false;
if (args[1] == "true")
{
if (!isblanked)
{
//remember the non blanking Y-Symmetry value
Instrument.GetParameter("Y-Symmetry Set", out last_y_symmetry);
yval = -50;
isblanked = true;
blankbeam = true;
}
}
else
{
if (isblanked)
{
isblanked = false;
blankbeam = true;
result = SetParameter("Y-Symmetry Set", yval);
}
}
result = "OK";
if (blankbeam)
{
result = SetParameter("Y-Symmetry Set", yval);
}
break;
//============================================================================================
// Cup / SubCup Configurations
//============================================================================================
case "GetCupConfigurationList":
List <string> cup_names = GetCupConfigurations();
result = string.Join("\r", cup_names.ToArray());
break;
case "GetSubCupConfigurationList":
string config_name = args[1];
List <string> sub_names = GetSubCupConfigurations(config_name);
result = string.Join("\r", sub_names.ToArray());
break;
case "GetActiveCupConfiguration":
result = Instrument.CupConfigurationDataList.GetActiveCupConfiguration().Name;
break;
case "GetActiveSubCupConfiguration":
result = Instrument.CupConfigurationDataList.GetActiveSubCupConfiguration().Name;
break;
case "GetSubCupParameters":
result = GetSubCupParameters();
break;
case "SetSubCupConfiguration":
Logger.Log(LogLevel.Debug, String.Format("Set SupCup {0}", cmd));
if (ActivateCupConfiguration("Argon", cmd.Remove(0, 23)))
{
result = "OK";
}
else
{
result = String.Format("Error: could not set sub cup to {0}", args[1]);
}
break;
//============================================================================================
// Ion Counter
//============================================================================================
case "ActivateIonCounter":
result = "OK";
SetIonCounterState(true);
break;
case "DeactivateIonCounter":
result = "OK";
SetIonCounterState(false);
break;
//============================================================================================
// Ion Pump Valve
//============================================================================================
case "Open":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
//hardcode name for now
result = SetParameter("Valve Ion Pump Set", OPEN);
break;
case "Close":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
result = SetParameter("Valve Ion Pump Set", CLOSE);
break;
case "GetValveState":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
result = GetValveState("Valve Ion Pump Set");
Logger.Log(LogLevel.Debug, String.Format("Valve state {0}", result));
break;
//============================================================================================
// Magnet
//============================================================================================
case "GetMagnetDAC":
if (Instrument.GetParameter("Field Set", out r))
{
result = r.ToString();
}
break;
case "SetMagnetDAC":
if (use_magnet_step)
{
result = SetMagnetDAC(Convert.ToDouble(args[1]));
}
else
{
result = SetParameter("Field Set", Convert.ToDouble(args[1]));
}
break;
//============================================================================================
// Source Parameters
//============================================================================================
case "GetHighVoltage":
if (Instrument.GetParameter("Acceleration Reference Set", out r))
{
result = (r * 1000).ToString();
}
break;
case "SetHighVoltage":
result = SetParameter("Acceleration Reference Set", Convert.ToDouble(args[1]) / 1000.0);
break;
case "GetHV":
if (Instrument.GetParameter("Acceleration Reference Set", out r))
{
result = (r).ToString();
}
break;
case "SetHV":
result = SetParameter("Acceleration Reference Set", Convert.ToDouble(args[1]) / 1000.0);
break;
case "GetTrapVoltage":
//double r;
if (Instrument.GetParameter("Trap Voltage Readback", out r))
{
result = r.ToString();
}
break;
case "SetTrapVoltage":
result = SetParameter("Trap Voltage Set", Convert.ToDouble(args[1]));
break;
case "GetElectronEnergy":
//double r;
if (Instrument.GetParameter("Electron Energy Readback", out r))
{
result = r.ToString();
}
break;
case "SetElectronEnergy":
result = SetParameter("Electron Energy Set", Convert.ToDouble(args[1]));
break;
case "GetIonRepeller":
//double r;
if (Instrument.GetParameter("Ion Repeller Set", out r))
{
result = r.ToString();
}
break;
case "SetIonRepeller":
result = SetParameter("Ion Repeller Set", Convert.ToDouble(args[1]));
break;
case "GetYSymmetry":
//double r;
if (Instrument.GetParameter("Y-Symmetry Set", out r))
{
result = r.ToString();
}
break;
case "SetYSymmetry":
last_y_symmetry = Convert.ToDouble(args[1]);
result = SetParameter("Y-Symmetry Set", Convert.ToDouble(args[1]));
break;
case "GetZSymmetry":
//double r;
if (Instrument.GetParameter("Z-Symmetry Set", out r))
{
result = r.ToString();
}
break;
case "SetZSymmetry":
result = SetParameter("Z-Symmetry Set", Convert.ToDouble(args[1]));
break;
case "GetZFocus":
//double r;
if (Instrument.GetParameter("Z-Focus Set", out r))
{
result = r.ToString();
}
break;
case "SetZFocus":
result = SetParameter("Z-Focus Set", Convert.ToDouble(args[1]));
break;
case "GetExtractionLens":
//double r;
if (Instrument.GetParameter("Extraction Lens Set", out r))
{
result = r.ToString();
}
break;
case "SetExtractionLens":
result = SetParameter("Extraction Lens Set", Convert.ToDouble(args[1]));
break;
//============================================================================================
// Detectors
//============================================================================================
case "GetDeflection":
//double r;
if (Instrument.GetParameter(String.Format("Deflection {0} Set", args[1]), out r))
{
result = r.ToString();
}
break;
case "SetDeflection":
string[] pargs = args[1].Split(',');
result = SetParameter(String.Format("Deflection {0} Set", pargs[0]), Convert.ToDouble(pargs[1]));
break;
case "GetIonCounterVoltage":
//double r;
if (Instrument.GetParameter("CDD Supply Set", out r))
{
result = r.ToString();
}
break;
case "SetIonCounterVoltage":
result = SetParameter("CDD Supply Set", Convert.ToDouble(args[1]));
break;
//============================================================================================
// Generic
//============================================================================================
case "Get":
if (Instrument.GetParameter(args[1], out r))
{
result = r.ToString();
}
break;
}
return(result);
}
//====================================================================================================================================
//
// Commands are case sensitive and in CamelCase
// do not include the "<" or ">" in the commands.
// e.g SetTrapVoltage 120 not SetTrapVoltage <120>
// Commands:
// GetTuningSettingsList #return a comma separated string
// SetTuningSettings
// GetData returns tagged data e.g. H2,aaa,L1,bbb,CDD,ccc
// SetIntegrationTime <seconds>
// GetIntegrationTime <seconds>
// BlankBeam <true or false> if true set y-symmetry to -50 else return to previous value
//===========Cup/SubCup Configurations==============================
// GetCupConfigurationList
// GetSubCupConfigurationList <cup name>
// GetActiveCupConfiguration
// GetActiveSubCupConfiguration
// GetSubCupParameters returns list of Deflection voltages and the Ion Counter supply voltage
// SetSubCupConfiguration <sub cup name>
// SetCupConfiguration <cup name> <sub cup name>
//===========Ion Counter============================================
// ActivateIonCounter
// DeactivateIonCounter
//===========Ion Pump Valve=========================================
// Open #open the Ion pump to the mass spec
// Close #closes the Ion pump to the mass spec
// GetValveState #returns True for open false for close
//===========Magnet=================================================
// GetMagnetDAC
// SetMagnetDAC <value> #0-10V
// GetMagnetMoving
// SetMass <value>
//===========Source=================================================
// GetHighVoltage or GetHV
// SetHighVoltage or SetHV <kV>
// GetTrapVoltage
// SetTrapVoltage <value>
// GetElectronEnergy
// SetElectronEnergy <value>
// GetYSymmetry
// SetYSymmetry <value>
// GetZSymmetry
// SetZSymmetry <value>
// GetZFocus
// SetZFocus <value>
// GetIonRepeller
// SetIonRepeller <value>
// GetExtractionLens
// SetExtractionLens <value>
//==========Detectors===============================================
// ProtectDetector <name>,<On/Off>
// GetDeflection <name>
// SetDeflection <name>,<value>
// GetIonCounterVoltage
// SetIonCounterVoltage <value>
//==================================================================
// Error Responses:
// Error: Invalid Command - the command is poorly formated or does not exist.
// Error: could not set <hardware> to <value>
//==========Generic Device===============================================
// GetParameter <name> - name is any valid device currently listed in the hardware database
// SetParameter <name>,<value> - name is any valid device currently listed in the hardware database
//====================================================================================================================================
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
// <summary>
// Parse the command, select the appropriate methode/function that executes the command.
// command and list of arguments is separated by ' '
// parameters that are typically separated by ','
// </summary>
// <param name="cmd">The command string: command parameter(s)</param>
// <returns>None</returns>
//-------------------------------------------------------------------------------------------------------------------------------------------------------------
private static string ParseAndExecuteCommand(string cmd)
{
string result = "Error: Invalid Command";
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
// command and list of arguments is separated by ' '
// args[0] is the command and args[1] is the sring of parameters that are typically separated by ','
string[] args = cmd.Trim().Split(' ');
string[] pargs;
string jargs;
double r;
// use the command stored in args[0] to select the appropriate function
switch (args[0])
{
case "GetTuningSettingsList":
result = GetTuningSettings();
break;
case "SetTuningSettings":
if (SetTuningSettings(args[1]))
{
result = "OK";
}
else
{
result = String.Format("Error: could not set tuning settings {0}", args[1]);
}
break;
case "GetData":
result = SCAN_DATA;
break;
case "SetIntegrationTime":
result = SetIntegrationTime(Convert.ToDouble(args[1]));
break;
case "GetIntegrationTime":
result = GetIntegrationTime();
break;
case "BlankBeam":
if (!USE_BEAM_BLANK)
{
result = "OK";
break;
}
double yval = LAST_Y_SYMMETRY;
bool blankbeam = false;
if (args[1].ToLower() == "true")
{
if (!IsBLANKED)
{
//remember the non blanking Y-Symmetry value
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
yval = -50;
IsBLANKED = true;
blankbeam = true;
}
}
else
{
if (IsBLANKED)
{
IsBLANKED = false;
blankbeam = true;
result = SetParameter("Y-Symmetry Set", yval);
}
}
result = "OK";
if (blankbeam)
{
result = SetParameter("Y-Symmetry Set", yval);
}
break;
//============================================================================================
// Cup / SubCup Configurations
//============================================================================================
case "GetCupConfigurationList":
List <string> cup_names = GetCupConfigurations();
result = string.Join("\r", cup_names.ToArray());
break;
case "GetSubCupConfigurationList":
string config_name = args[1];
List <string> sub_names = GetSubCupConfigurations(config_name);
result = string.Join("\r", sub_names.ToArray());
break;
case "GetActiveCupConfiguration":
result = Instrument.CupConfigurationDataList.GetActiveCupConfiguration().Name;
break;
case "GetActiveSubCupConfiguration":
result = Instrument.CupConfigurationDataList.GetActiveSubCupConfiguration().Name;
break;
case "GetSubCupParameters":
result = GetSubCupParameters();
break;
case "SetSubCupConfiguration":
// this only sets the subcupconfiguration of the Argon cup configuration
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
if (ActivateCupConfiguration("Argon", cmd.Remove(0, 23)))
{
result = "OK";
}
else
{
result = String.Format("Error: could not set sub cup to {0}", args[1]);
}
break;
case "SetCupConfiguration":
// this sets the cup configuration and its subcup configuration
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
if (ActivateCupConfiguration(args[1], args[2]))
{
result = "OK";
}
else
{
result = String.Format("Error: could not set cup to {0} and sub cup to {1}", args[1], args[2]);
}
break;
//============================================================================================
// Ion Counter
//============================================================================================
case "ActivateIonCounter":
result = "OK";
SetIonCounterState(true);
break;
case "DeactivateIonCounter":
result = "OK";
SetIonCounterState(false);
break;
//============================================================================================
// Ion Pump Valve
//============================================================================================
case "Open":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
//hardcode name for now
result = SetParameter("Valve Ion Pump Set", OPEN);
break;
case "Close":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
result = SetParameter("Valve Ion Pump Set", CLOSE);
break;
case "GetValveState":
Logger.Log(LogLevel.Debug, String.Format("Executing {0}", cmd));
result = GetValveState("Valve Ion Pump Set");
Logger.Log(LogLevel.Debug, String.Format("Valve state {0}", result));
break;
//============================================================================================
// Magnet
//============================================================================================
case "GetMagnetDAC":
if (Instrument.GetParameter("Field Set", out r))
{
result = r.ToString();
}
break;
case "SetMagnetDAC":
result = SetMagnetDAC(Convert.ToDouble(args[1]));
break;
case "GetMagnetMoving":
result = GetMagnetMoving();
break;
case "SetMass":
result = "Ok";
RunMonitorScan(Convert.ToDouble(args[1]));
break;
//============================================================================================
// Source Parameters
//============================================================================================
case "GetHighVoltage":
if (Instrument.GetParameter("Acceleration Reference Set", out r))
{
result = (r * 1000).ToString();
}
break;
case "SetHighVoltage":
result = SetParameter("Acceleration Reference Set", Convert.ToDouble(args[1]) / 1000.0);
break;
case "GetHV":
if (Instrument.GetParameter("Acceleration Reference Set", out r))
{
result = (r).ToString();
}
break;
case "SetHV":
result = SetParameter("Acceleration Reference Set", Convert.ToDouble(args[1]) / 1000.0);
break;
case "GetTrapVoltage":
if (Instrument.GetParameter("Trap Voltage Readback", out r))
{
result = r.ToString();
}
break;
case "SetTrapVoltage":
result = SetParameter("Trap Voltage Set", Convert.ToDouble(args[1]));
break;
case "GetElectronEnergy":
if (Instrument.GetParameter("Electron Energy Readback", out r))
{
result = r.ToString();
}
break;
case "SetElectronEnergy":
result = SetParameter("Electron Energy Set", Convert.ToDouble(args[1]));
break;
case "GetIonRepeller":
if (Instrument.GetParameter("Ion Repeller Set", out r))
{
result = r.ToString();
}
break;
case "SetIonRepeller":
result = SetParameter("Ion Repeller Set", Convert.ToDouble(args[1]));
break;
case "GetYSymmetry":
if (Instrument.GetParameter("Y-Symmetry Set", out r))
{
result = r.ToString();
}
break;
case "SetYSymmetry":
LAST_Y_SYMMETRY = Convert.ToDouble(args[1]);
result = SetParameter("Y-Symmetry Set", Convert.ToDouble(args[1]));
break;
case "GetZSymmetry":
if (Instrument.GetParameter("Z-Symmetry Set", out r))
{
result = r.ToString();
}
break;
case "SetZSymmetry":
result = SetParameter("Z-Symmetry Set", Convert.ToDouble(args[1]));
break;
case "GetZFocus":
if (Instrument.GetParameter("Z-Focus Set", out r))
{
result = r.ToString();
}
break;
case "SetZFocus":
result = SetParameter("Z-Focus Set", Convert.ToDouble(args[1]));
break;
case "GetExtractionLens":
if (Instrument.GetParameter("Extraction Lens Set", out r))
{
result = r.ToString();
}
break;
case "SetExtractionLens":
result = SetParameter("Extraction Lens Set", Convert.ToDouble(args[1]));
break;
//============================================================================================
// Detectors
//============================================================================================
case "ProtectDetector":
pargs = args[1].Split(',');
ProtectDetector(pargs[0], pargs[1]);
break;
case "GetDeflection":
//jargs=String.Join(" ", args.Slice(1,-1));
if (Instrument.GetParameter(String.Format("Deflection {0} Set", args[0]), out r))
{
result = r.ToString();
//result="OK";
}
break;
case "SetDeflection":
//jargs=String.Join(" ", args.Slice(1,-1));
//pargs=jargs.Split(',');
pargs = args[1].Split(',');
result = SetParameter(String.Format("Deflection {0} Set", pargs[0]), Convert.ToDouble(pargs[1]));
break;
case "GetIonCounterVoltage":
//if(Instrument.GetParameter("CDD Supply Set",out r))
if (Instrument.GetParameter("CDD Supply Set", out r))
{
result = r.ToString();
}
break;
case "SetIonCounterVoltage":
pargs = args[1].Split(',');
//result=SetParameter("CDD Supply Set", Convert.ToDouble(args[1]));
result = SetParameter(String.Format("{0} Supply Set", pargs[0]), Convert.ToDouble(pargs[1]));
break;
//============================================================================================
// Generic
//============================================================================================
case "GetParameter":
if (Instrument.GetParameter(args[1], out r))
{
result = r.ToString();
}
break;
case "SetParameter":
pargs = args[1].Split(',');
result = SetParameter(pargs[0], Convert.ToDouble(pargs[1]));
break;
}
return(result);
}
public static void Main()
{
Instrument= ArgusMC;
//init parameters
Instrument.GetParameter("Y-Symmetry Set", out LAST_Y_SYMMETRY);
GetTuningSettings();
PrepareEnvironment();
//mReportGains();
//list attributes
//listattributes(Instrument.GetType(), "instrument");
//setup data recording
InitializeDataRecord();
if (USE_UDP)
{
UDPServeForever();
}
else
{
TCPServeForever();
}
}
