public void GoodUnconnectedCreation()
{
var dataReader = new PatientDataReader();
dataReader.Connect(@"..\..\..\DataTest.csv");
Assert.AreEqual(firstLine, dataReader.getData());
Assert.AreEqual(secondLine, dataReader.getData());
}
public object CreateAndReturnObj(PatientClassesEnumeration objectToGet)
{
object createdObject = null;
switch (objectToGet)
{
case PatientClassesEnumeration.PatientAlarmer:
PatientAlarmer alarmer = new PatientAlarmer();
createdObject = alarmer;
break;
case PatientClassesEnumeration.PatientDataReader:
PatientDataReader dataReader = new PatientDataReader();
createdObject = dataReader;
break;
case PatientClassesEnumeration.PatientData:
PatientData patientData = new PatientData();
createdObject = patientData;
break;
case PatientClassesEnumeration.PatientDataWriter:
PatientDataWriter dataWriter = new PatientDataWriter();
createdObject = dataWriter;
break;
default:
throw new ArgumentException("Invalid parameter passed");
}
return(createdObject);
}
public object CreateAndReturnObj(PatientClassesEnumeration objectToGet)
{
object createdObject = null;
switch (objectToGet)
{
case PatientClassesEnumeration.PatientAlarmer:
PatientAlarmer alarmer = new PatientAlarmer();
createdObject = alarmer;
break;
case PatientClassesEnumeration.PatientDataReader:
PatientDataReader dataReader = new PatientDataReader();
createdObject = dataReader;
break;
case PatientClassesEnumeration.PatientData:
PatientData patientData = new PatientData();
createdObject = patientData;
break;
case PatientClassesEnumeration.PatientDataWriter:
PatientDataWriter dataWriter = new PatientDataWriter();
createdObject = dataWriter;
break;
default:
throw new ArgumentException("Invalid parameter passed");
}
return createdObject;
}
public void GoodUnconnectedCreation()
{
// Checks to see whether the file called DataTest.csv contains the values setup above.
// If the values in the DataTest.csv are equal to the the values setup. The test will pass. (NW)
var dataReader = new PatientDataReader();
dataReader.Connect(@"..\..\..\DataTest.csv");
Assert.AreEqual(FirstLine, dataReader.GetData());
Assert.AreEqual(SecondLine, dataReader.GetData());
}
// Sets up the model of the program
private void SetupComponents()
{
_patientData = (PatientData)_patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientData);
_dataReader =
(PatientDataReader)_patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientDataReader);
_alarmer = (PatientAlarmer)_patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientAlarmer);
_alarmer.ModuleAlarm += SoundMutableAlarm;
_tickTimer.Stop();
_tickTimer.Interval = TimeSpan.FromMilliseconds(1000);
_tickTimer.Tick += UpdateReadings;
}
// Sets up the model of the program
private void SetupComponents()
{
_patientData = (PatientData) _patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientData);
_dataReader =
(PatientDataReader) _patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientDataReader);
_alarmer = (PatientAlarmer) _patientFactory.CreateAndReturnObj(PatientClassesEnumeration.PatientAlarmer);
_alarmer.ModuleAlarm += SoundMutableAlarm;
_tickTimer.Stop();
_tickTimer.Interval = TimeSpan.FromMilliseconds(1000);
_tickTimer.Tick += UpdateReadings;
}
public void HasGoodCreation()
{
// Checks to see whether there is a file named DataTest within the same directory as NewPatientMonitor. (NW)
var dataReader = new PatientDataReader(@"..\..\..\DataTest.csv");
}
public void GoodCreation()
{
// Checks
var dataReader = new PatientDataReader(@"..\..\..\DataTest.csv");
}