public void ResetTheExternalSource()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceSystemGroup.ExtSrcRst(extSource);
_extSourceSystemGroup.WaitForExternalSource(extSource);
}
public void SetTheExtSrcSamplingFrequencywUnits(string channel, string setValue, string units)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
string valueToSet = _converter.GigaToMegaHertz(setValue, units);
_extSourceSourceGroup.SetExtSrcFreq(extSource, channel, valueToSet);
}
public void GivenAnExternalSource()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(true);
_extSourceSystemGroup.GetExtSrcIDNQuery(extSource);
//Make sure no errors from previous tests/runs
_extSourceSystemGroup.ExtSrcCLS(extSource);
}
// Unkown 01/01/01
/// <summary>
/// Function for retreiving information from the External Source ID string
/// </summary>
/// <param name="IdString">Returned Id string from the External Source</param>
/// <returns>Returns a boolean with the result of the matching process</returns>
public bool GetExtSourceIDInformation(string IdString)
{
if (string.IsNullOrEmpty(IdString)) //No chance of External Source being valid give up
{
return(false);
}
EXTSOURCE extsource = EXTSOURCE.GetExtSource(false);
//This is kind of cute, C# allows us to label the regex group we want with a name, instead of having to use an array index value.
Regex SrcFeatureMatcher =
new Regex(@"TEKTRONIX,(?<type>AWG|HSG)(?<model_number>\d+).,(?<serial>.+),SCPI:.+ FW:(?<fwVersion>.+)");
Match match = SrcFeatureMatcher.Match(IdString.Trim()); //The ID
//Assert.IsTrue(match.Success); // make sure you got a good match
if (!match.Success) //ExtSource is there, just isn't talking properly
{
return(false);
}
//Remember that since we have an instance of the EXTSOURCE accessors for each one in the setup, these values are specific to that AWG
extsource.model = match.Groups["model_number"].Value;
extsource.serial_number = match.Groups["serial"].Value;
extsource.fw_version = match.Groups["fwVersion"].Value;
switch (extsource.model)
{
// 5000 "A", "B", "C" series (Indy, Hubble, Kepler)
case "5002":
case "5012":
case "5014":
extsource.family = "5";
break;
// 7000 "A", "B", "C" series (Indy, Hubble, Kepler)
case "7101":
case "7061":
case "7082":
case "7122":
extsource.family = "7";
break;
}
return(true); //All matches point to a valid ID string
}
public void SetupTheAwg7122AsExternalReferenceSource(string fileName, string repRate, string zeroingOn)
{
const string channelNumber = "1";
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
// Put AWG7122C into a known(default) state
_extSourceSystemGroup.ExtSrcRst(extSource);
// Always wait for it to complete or you can get into trouble
_extSourceSystemGroup.WaitForExternalSource(extSource);
// Turn the interleave mode to On
const string interleaveOn = "1";
_extSourceControlGroup.SetExtSrcInterLeaveState(extSource, interleaveOn);
// Set state on interleave zeroing
_extSourceControlGroup.SetExtSrcInterLeaveZeroing(extSource, zeroingOn);
// Loading a known waveform to produce our external clock waveform for reference
_extSourceSourceGroup.SetExtSrcFunctUser(extSource, fileName, channelNumber);
// Not sure this is necessary but set the repetition rate
_extSourceControlGroup.SetExtSrcRepRate(extSource, repRate);
// Make sure the output state is on for Channel 1
const string outputStateOn = "1";
_extSourceSystemGroup.SetExtSrcOutputState(extSource, channelNumber, outputStateOn);
}
public void TheExtSrcRunModeShouldBeTriggered()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.TheExtSrcRunModeShouldBe(extSource, "TRIG");
}
public void SetRepetitionRateOnExternalSource(string setValue)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRepRate(extSource, setValue);
}
public void ClearTheErrorQueueOnTheExtSrc()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceSystemGroup.ExtSrcCLS(extSource);
}
public void TheExtSrcRunModeShouldBeSequence()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.TheExtSrcRunModeShouldBe(extSource, "SEQ");
}
public void RestoreAnExtSrcSetupFile(string filename)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcFileRestore(extSource, filename);
}
public void StopTheExtSrc()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcStopImm(extSource);
}
public void SetTheExtSrcRunModeToSequence()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRunMode(extSource, "SEQuence");
}
public void TheCurrentSetupFileOnExtSrcShouldBe(string expectedFile)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.TheExtSrcSetupNameShouldBe(extSource, expectedFile);
}
public void SetTheExtSrcRunModeToContinuous()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRunMode(extSource, "CONTinuous");
}
public void SetTheExtSrcRunModeToGated()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRunMode(extSource, "GATed");
}
public void ImportFileIntoExtSrc(string wfmName, string fileName, string format)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceMemoryGroup.SetExtSrcMemImport(extSource, wfmName, fileName, format);
}
public void DeleteFileorDirectoryInMassStorageOnExtSrc(string filename, string msus)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceMemoryGroup.DeleteExtSrcMemFile(extSource, filename, msus);
}
public void ImportTxt14FileIntoExtSrc(string wfmName, string fileName)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceMemoryGroup.SetExtSrcMemImport(extSource, wfmName, fileName, "TXT14");
}
public void RunTheWaveformInTheExtSrc()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRunImm(extSource);
}
public void SetTheExtSrcRunModeToTriggered()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcRunMode(extSource, "TRIGgered");
}
public void GettheCurrentSetupNameOnExtSrc()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.GetExtSrcSetupNameQuery(extSource);
}
public void SetExtSrcTheInterleaveStateOff()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcInterLeaveState(extSource, "OFF");
}
public void OpenASetupOntoExtSrc(string filename, string msus)
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcFileWithMsusRestore(extSource, filename, msus);
}
public void ThereShouldBeNoErrorFromTheExtSrc()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceSystemGroup.TheExtSrcShouldHaveNoErrors(extSource);
}
public void SaveTheSetupofExtSrcToFile(string filename, string msus)
{
IEXTSOURCE extsource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SaveExtSrcSettings(extsource, filename, msus);
}
public void TheExtSrcRunModeShouldBeGated()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.TheExtSrcRunModeShouldBe(extSource, "GAT");
}
public void GetExternalSourceRunModeValue()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.GetExtSrcRunModeQuery(extSource);
}
public void GetTheExternalSourceID()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceSystemGroup.GetExtSrcIDNQuery(extSource);
}
public void SetInterleaveZeroingToOn()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.SetExtSrcInterLeaveZeroing(extSource, "ON");
}
public void TheExtSrcRunModeShouldBeContinuous()
{
IEXTSOURCE extSource = EXTSOURCE.GetExtSource(false);
_extSourceControlGroup.TheExtSrcRunModeShouldBe(extSource, "CONT");
}
