public void singletone(int channel, int amplitude, double freq)
{
AD9958 selectedDDS = ddsList[0];
selectedDDS.MasterReset();
//Set a saftely limit for the rf amplifier for evaporative cooling NTU.
if (amplitude > 400)
{
amplitude = 400;
}
selectedDDS.SetFrequency(channel, amplitude, freq);
}
public string sweep(int channel, int amplitude, double startFreq, double stopFreq, double rate)
{
AD9958 selectedDDS = ddsList[0];
selectedDDS.MasterReset();
//Set a saftely limit for the rf amplifier for evaporative cooling NTU.
if (amplitude > 400)
{
amplitude = 400;
}
string bytesWritten = selectedDDS.SetLinearSweep2(channel, amplitude, startFreq, stopFreq, rate);
return(bytesWritten);
}
public void TestMasterReset()
{
Message fullResetCall = new Message();
fullResetCall.Add(fullDDSReset);
Message initializeCall = new Message();
initializeCall.Add(selectBothChannels);
initializeCall.Add(setSingleTone);
initializeCall.Add(setTwoLevel);
using (mocks.Ordered)
{
Expect.Once.On(mockDevice).Method("SendDataToEP1").With(fullResetCall.ToArray());
Expect.Once.On(mockDevice).Method("SendDataToEP2").With(initializeCall.ToArray());
}
dds.MasterReset();
mocks.VerifyAllExpectationsHaveBeenMet();
}
private void fullResetButton_Click(object sender, EventArgs e)
{
AD9958 selectedDDS = ddsList[deviceListBox.SelectedIndex];
selectedDDS.MasterReset();
}
