public static async Task <RotaryTestManager> CreateRotaryTest(IUnityContainer container, EvcCommunicationClient instrumentCommClient, string tachometerPortName, IVerifier verifier)
{
TachometerCommunicator tachComm = null;
if (!string.IsNullOrEmpty(tachometerPortName))
{
tachComm = new TachometerCommunicator(tachometerPortName);
}
await instrumentCommClient.Connect();
var itemValues = await instrumentCommClient.GetItemValues(instrumentCommClient.ItemDetails.GetAllItemNumbers());
await instrumentCommClient.Disconnect();
var instrument = new Instrument(InstrumentType.MiniMax, itemValues);
var driveType = new RotaryDrive(instrument);
CreateVerificationTests(instrument, driveType);
var volumeTest = instrument.VolumeTest;
var rotaryVolumeTest = new RotaryVolumeVerification(container.Resolve <IEventAggregator>(), volumeTest, instrumentCommClient, tachComm);
var manager = new RotaryTestManager(container, instrument, instrumentCommClient, rotaryVolumeTest, verifier);
container.RegisterInstance <TestManager>(manager);
return(manager);
}
public static async Task <MechanicalTestManager> Create(IUnityContainer container, EvcCommunicationClient commClient)
{
await commClient.Connect();
var itemValues = await commClient.GetItemValues(commClient.ItemDetails.GetAllItemNumbers());
await commClient.Disconnect();
var instrument = new Instrument(InstrumentType.MiniAT, itemValues);
var driveType = new MechanicalDrive(instrument);
CreateVerificationTests(instrument, driveType);
var volumeTest = instrument.VolumeTest;
var volumeManager = new MechanicalVolumeVerification(container.Resolve <IEventAggregator>(), volumeTest,
commClient);
var manager = new MechanicalTestManager(container, instrument, commClient, volumeManager, null);
container.RegisterInstance <TestManager>(manager);
return(manager);
}