public Runner()
{
levelReader = new LockDataReader (DATA_FILE);
readTimer = new Timer ();
readTimer.Interval = 2000;
readTimer.Elapsed += updateUI;
}
public void GoodUnconnectedCreation()
{
var pdr = new LockDataReader();
pdr.Connect(@"..\..\..\TestData.csv");
Assert.AreEqual(dataLine1, pdr.getData());
Assert.AreEqual(dataLine2, pdr.getData());
}
void setupComponents()
{
_lockData = (LockData)_lockFactory.CreateandReturnObj (LockClassesEnumeration.LockData);
_dataReader = (LockDataReader)_lockFactory.CreateandReturnObj (LockClassesEnumeration.LockDataReader);
_alarmer = (LockAlarmer)_lockFactory.CreateandReturnObj (LockClassesEnumeration.LockAlarmer);
_alarmer.UpperLevelAlarm += new EventHandler(soundMutableAlarm);
_alarmer.LowerLevelAlarm += new EventHandler(soundMutableAlarm);
_alarmer.FlowRateAlarm += new EventHandler(soundMutableAlarm);
_tickTimer.Stop ();
_tickTimer.Interval = TimeSpan.FromMilliseconds (1000);
_tickTimer.Tick += new EventHandler (updateReadings);
}
public Object CreateandReturnObj(LockClassesEnumeration objectToGet)
{
object createdObject = null;
switch (objectToGet)
{
case LockClassesEnumeration.LockAlarmer:
LockAlarmer alarmer = new LockAlarmer();
createdObject = alarmer;
break;
case LockClassesEnumeration.LockDataReader:
LockDataReader dataReader = new LockDataReader();
createdObject = dataReader;
break;
case LockClassesEnumeration.LockData:
LockData lockData = new LockData();
createdObject = lockData;
break;
default:
throw new ArgumentException("Invalid parameter passed");
}
return createdObject;
}
public void BadUnconnectedFileName()
{
var pdr = new LockDataReader();
pdr.Connect(@"..\..\..\NonExistant.csv");
}