public void SetCompileSignalNotSelected(string signalName, string awgNumber)
{
bool deselect = false;
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgCapturePlaybackGroup.SelectCompilePlaybackFile(awg, signalName, deselect);
}
///
public void SetTheCompileSampleRateAutoOff(string awgNumber)
{
bool deselect = false;
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgCapturePlaybackGroup.SetCompileSampleRateAuto(awg, deselect);
}
public void SetMultiToneNotchStart(string notchNumber, string startValue, string awgNumber)
{
var awg = AwgSetupSteps.GetAWG(awgNumber);
_awgMultiToneGroup.SetMultiToneToneNotchStart(awg, AwgMultiToneGroup.NumericEntryAs.Value, startValue,
notchNumber);
}
public void SetMultiToneNotchEndMax(string notchNumber, string awgNumber)
{
var awg = AwgSetupSteps.GetAWG(awgNumber);
_awgMultiToneGroup.SetMultiToneToneNotchEnd(awg, AwgMultiToneGroup.NumericEntryAs.Max, "",
notchNumber);
}
public void AddMultiToneNotch(string startValue, string endValue, string awgNumber)
{
var awg = AwgSetupSteps.GetAWG(awgNumber);
_awgMultiToneGroup.SetMultiToneToneNotchAdd(awg, AwgMultiToneGroup.NumericEntryAs.Value, startValue,
AwgMultiToneGroup.NumericEntryAs.Value, endValue);
}
public void SetMultiToneNotchMin(string notchNumber, string awgNumber)
{
var awg = AwgSetupSteps.GetAWG(awgNumber);
_awgMultiToneGroup.SetMultiToneToneNotchAdd(awg, AwgMultiToneGroup.NumericEntryAs.Min, "",
AwgMultiToneGroup.NumericEntryAs.Min, "");
}
public void SetMultiToneToCompileAndAssignToChannel(string channelNo, string awgNumber)
{
var awg = AwgSetupSteps.GetAWG(awgNumber);
var channel = Convert.ToInt32(channelNo);
_awgMultiToneGroup.SetMultiToneChannel(awg, channel);
}
public void DeleteAllWaveformListItems(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
const string wfmName = "ALL";
_awgWaveformGroup.DeleteWfmFromWaveformList(awg, wfmName);
}
public void TransferABlockFromWaveform(string wfmName, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
//_awgWaveformGroup.TransferWaveformDataToPath(awg, wfmName, filePath, AwgWaveformGroup.WaveformData.AnalogOnly);
_awgWaveformGroup.TransferWaveformDataToPath(awg, wfmName, AwgWaveformGroup.WaveformData.AnalogOnly);
}
///
public void TheCompileSampleRateAutoCalcStateShouldBeOff(string awgNumber)
{
const string OFF = "0";
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgCapturePlaybackGroup.CompileSampleRateAutoCalcStateShouldBe(awg, OFF);
}
public void SetTheSystemDateValueonAWG(string year, string month, string days, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
string dateString = year + "," + month + "," + days;
_awgSystemGroup.AwgSystemDate(awg, dateString);
}
public void GetTheSampleRateOfWaveformToTheAWG(string wfmName, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgWaveformGroup.GetSamplerateWfmFromWaveformList(awg, wfmName);
//ScenarioContext.Current.Pending();
}
public void GivenAnAWGHasTwoClock(string awgNumber)
{
#pragma warning disable 168
var awg = AwgSetupSteps.GetAWG(awgNumber);
#pragma warning restore 168
ScenarioContext.Current.Pending();
}
public void SaveTheAwgSettings(string filePath, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
//Write the awg.lrn string contents to the file
File.WriteAllText(filePath, awg.Lrn);
}
public void WaitAPeriodOfTimeMinutesForOperationComplete(string numberOfMinutes, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
uint timeout = Convert.ToUInt32(numberOfMinutes) * 1000 * 60;
_awgSyncGroup.AwgOperationCompleteQuery(awg, timeout);
}
public void GivenTheAWGHasFourChannel(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
const string expectedCount = "4";
_awgSystemGroup.VerifyChannelCount(awg, expectedCount);
}
public void SetControlDACStateDisabled(string channel, string awgNumber)
{
string disabled = "0"; //same as OUTPut:MODE AC
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgControlGroup.SetControlDACState(awg, channel, disabled);
}
public void PollForOperationCompleteMinutesForAwg(uint value, string awgNumber)
{
const string interval = "minutes";
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgSyncGroup.AwgWaitForOperationComplete(awg, value, interval);
}
public void SetTheInternalTriggerIntervalMaximumValue(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
const string valueToSet = "MAX";
_awgTriggerGroup.SetTriggerInterval(awg, valueToSet);
}
public void TheAwgControlDACStateShouldDisabled(string awgNumber)
{
string disabled = "0";
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgControlGroup.ControlDACStateShouldbe(awg, disabled);
}
public void SetControlDACStateEnabled(string channel, string awgNumber)
{
string enabled = "1"; //default state same as OUTPut:MODE DIRect
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgControlGroup.SetControlDACState(awg, channel, enabled);
}
public void ThenAWGShouldBeTheActiveGenerator(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
int index = int.Parse(awgNumber);
string expectedAWG = GetDUTIP(index);
_awgSXConnectivityGroup.ActiveQueryResult(expectedAWG, activeAWG);
}
public void CompareSamplerateOfWaveformOnAWG(string actualSrate, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgWaveformGroup.CompareWaveformSRATE(awg, actualSrate);
//ScenarioContext.Current.Pending();
}
public void WhenIQueryForTheActiveGeneratorOnAWG(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
int index = int.Parse(awgNumber);
activeAWG = _awgSXConnectivityGroup.ConnectivityActiveQuery(awg);
System.Threading.Thread.Sleep(5000);
}
public void WhenISendTheStatusQueryToTheAWG(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
int index = int.Parse(awgNumber);
string dutIP = GetDUTIP(index);
statusOfAWG = _awgSXConnectivityGroup.ConnectivityStatusQuery(dutIP, awg);
}
public void PreferredResetAWG(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
_awgSystemGroup.AwgRST(awg);
_awgSyncGroup.AwgOperationCompleteQuery(awg);
//AwgContextFunctions.SetContextToAwgMode();
//Above sets UI context to AWG mode - this is one of a few places where a PI command can screw up the UI. Not sure if needed
}
public void WhenIDisconnectFromAWG(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
int index = int.Parse(awgNumber);
string dutIP = GetDUTIP(index);
_awgSXConnectivityGroup.ConnectivityDisconnectCommand(dutIP, awg);
System.Threading.Thread.Sleep(10000);
}
public void WhenISetTheAWGAsTheActiveGenerator(string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
int index = int.Parse(awgNumber);
string dutIP = GetDUTIP(index);
_awgSXConnectivityGroup.ConnectivityActiveCommand(dutIP, awg);
System.Threading.Thread.Sleep(5000);
}
public void DeprecatedISendTheCommandToTheAWG(string command)
{
IAWG awg = AwgSetupSteps.GetAWG(AwgSetupSteps.AwgContext);
_utilitiesGroup.WriteCommandToAwg(awg, command);
//PWH This sort of violates a design criteria that nothing should happen that is hidden, but there are
//so many "When I send the "<command>"" tests that are not checking OPC that it causes the test runs to fail.
//Rather than fix them all I'm going to make sure we don't die.
awg.SessionTimeout = 60000;
awg.OpcQuery();
awg.SessionTimeout = awg.DefaultVisaTimeout;
}
public void GivenTheAWGHasTheOptionOrOption(string option1, string option2, string awgNumber)
{
IAWG awg = AwgSetupSteps.GetAWG(awgNumber);
bool result1 = _awgStatusGroup.AWGOptionFinder(awg, option1);
bool result2 = _awgStatusGroup.AWGOptionFinder(awg, option2);
if (!result1 & !result2)
{
Assert.Inconclusive("The requested AWG does not have either option " + option1 + " or option " + option2 + ", test skipped"); //Did not find either desired option
}
}
