//jmanning 09/22/2014
/// <summary>
/// Using CPLayback:CLISt:NAME? Compares signal name from captured list with expected signal name.
/// </summary>
/// <param name="awg">specific awg object</param>
/// <param name="expectedName">Expected Signal Name</param>
public void CompileSignalNameShouldBe(IAWG awg, string expectedName)
{
string actualName = _utils.Dequotify(awg.CompileSignalName);
string errMessage = "Captured Signal Name of " + actualName + " does not match expected name of " + expectedName;
Assert.AreEqual(expectedName, actualName, errMessage);
}
//glennj 8/16/2013
/// <summary>
/// Test for an expected sequence name in the updated property<para>
/// Note: Sequence name, step number and waveform number are</para><para>
/// not currently used. The expected waveform is tested against</para><para>
/// the one property that gets updated using sequence name, step</para><para>
/// number and track number.</para>
/// </summary>
/// <param name="awg"></param>
/// <param name="seqName"></param>
/// <param name="stepNumber"></param>
/// <param name="trackNumber"></param>
/// <param name="expectedWfmName"></param>
public void SequenceStepTrackAssetShouldBe(IAWG awg, string seqName, string stepNumber, string trackNumber,
string expectedWfmName)
{
const string possibleErrorString = "Updated property from a get for seq step track asset";
Assert.AreEqual(expectedWfmName, _utils.Dequotify(awg.SequenceStepTrackAsset), possibleErrorString);
}
/// <summary>
/// This depends on the content of Waveform list of lists<para>
/// It will use whatever is in the list to check against.</para><para>
/// It does not look for duplicates. Though there shouldn't be</para><para>
/// but this isn't testing for accuracy of the list at the moment.</para><para>
/// Code generates an error of the expected waveform name is not found.</para>
/// </summary>
/// <param name="awg"></param>
/// <param name="expectedWfmName"></param>
/// <param name="toIncludeOrNotToInclude">True to include, False should not be included</param>
public void WaveformNameShouldBeIncluded(IAWG awg, string expectedWfmName, bool toIncludeOrNotToInclude)
{
string dequotified = _utils.Dequotify(awg.WaveformListList);
string[] wfmNames = dequotified.Split(',');
bool notFound = true;
foreach (var wfmName in wfmNames)
{
if (wfmName == expectedWfmName)
{
if (toIncludeOrNotToInclude)
{
notFound = false;
break;
}
}
}
if (toIncludeOrNotToInclude)
{
Assert.IsFalse(notFound, "Waveform name was not found:" + expectedWfmName);
}
else
{
Assert.IsTrue(notFound, "Waveform name was found:" + expectedWfmName);
}
}
// Unkown 01/01/01
/// <summary>
/// Selects calibration procedures specified by the selection variable.
///
/// CAL:SEL
/// </summary>
/// <param name="awg">the AWG object</param>
/// <param name="requiredSubsystem">Required at a minimum</param>
/// <param name="optionalArea">Optional but required if there is procedure</param>
/// <param name="optionalProcedure">Optional</param>
public void SelectCal(IAWG awg, string requiredSubsystem, string optionalArea = "", string optionalProcedure = "")
{
string dequotedSubsystem = _utils.Dequotify(requiredSubsystem);
string dequotedArea = (optionalArea != "") ? _utils.Dequotify(optionalArea) : optionalArea;
string dequotedProcedure = (optionalProcedure != "") ? _utils.Dequotify(optionalProcedure) : optionalProcedure;
awg.CalSelect(dequotedSubsystem, dequotedArea, dequotedProcedure);
}
//glennj 6/12/2013
/// <summary>
/// Selects (or unselects) a subsystem, an area or a test based on supplied parameters.
/// </summary>
/// <param name="awg"></param>
/// <param name="select"></param>
/// <param name="requiredSubsystem"></param>
/// <param name="optionalArea"></param>
/// <param name="optionalTest"></param>
public void SelectTheDiagnosticTestOnAWG(IAWG awg, bool select, string requiredSubsystem, string optionalArea = "", string optionalTest = "")
{
string deQuotedSubsystem = _utils.Dequotify(requiredSubsystem);
string deQuotedArea = _utils.Dequotify(optionalArea);
string deQuotedTest = _utils.Dequotify(optionalTest);
if (select)
{
awg.DiagSelect(deQuotedSubsystem, deQuotedArea, deQuotedTest);
}
else
{
awg.DiagUnselect(deQuotedSubsystem, deQuotedArea, deQuotedTest);
}
}
//glennj 6/21/2013
/// <summary>
/// Given a waveform name, file and type, import a waveform
/// </summary>
/// <param name="awg">specific awg object</param>
/// <param name="wfmName">Specific AWG object</param>
/// <param name="wfmType"></param>
/// <param name="fileName"></param>
public void ImportAFile(IAWG awg, string wfmName, WaveformFormatType wfmType, string fileName)
{
string wfmFormat = "";
switch (wfmType)
{
case WaveformFormatType.ISF:
case WaveformFormatType.TDS3000:
case WaveformFormatType.DPO4000:
wfmFormat = "ISF";
break;
case WaveformFormatType.TDS:
case WaveformFormatType.TDS5000:
case WaveformFormatType.TDS6000:
case WaveformFormatType.TDS7000:
case WaveformFormatType.DPO7000:
case WaveformFormatType.DPO70000:
case WaveformFormatType.DSA70000:
wfmFormat = "TDS";
break;
case WaveformFormatType.TXT:
case WaveformFormatType.FLOATING_POINT:
wfmFormat = "TXT";
break;
case WaveformFormatType.TXT8:
case WaveformFormatType.DAC_8_BIT:
wfmFormat = "TXT8";
break;
case WaveformFormatType.TXT9:
case WaveformFormatType.DAC_9_BIT:
wfmFormat = "TXT9";
break;
case WaveformFormatType.TXT10:
case WaveformFormatType.DAC_10_BIT:
wfmFormat = "TXT10";
break;
case WaveformFormatType.TXT14:
case WaveformFormatType.DAC_14_BIT:
wfmFormat = "TXT14";
break;
case WaveformFormatType.WFM:
case WaveformFormatType.AWG400_WFM:
case WaveformFormatType.AWG500_WFM:
case WaveformFormatType.AWG600_WFM:
case WaveformFormatType.AWG700_WFM:
wfmFormat = "WFM";
break;
case WaveformFormatType.PAT:
case WaveformFormatType.AWG400_PAT:
case WaveformFormatType.AWG500_PAT:
case WaveformFormatType.AWG600_PAT:
case WaveformFormatType.AWG700_PAT:
wfmFormat = "PAT";
break;
case WaveformFormatType.TFW:
case WaveformFormatType.AFG3000:
wfmFormat = "TFW";
break;
case WaveformFormatType.IQT:
case WaveformFormatType.RSA3000:
wfmFormat = "IQT";
break;
case WaveformFormatType.TIQ:
case WaveformFormatType.RSA6000:
wfmFormat = "TIQ";
break;
}
awg.MemoryImport(_utils.Dequotify(wfmName), wfmFormat, fileName);
}
