//Controls receiver
static void Main()
{
EnvironmentMonitor r = new EnvironmentMonitor(); try
{ r.WhenGetPropertyNamesThenSetPropertyNames();
r.WhenGetReadingsFromSensorThenAnalyze(); }
catch (TimeoutException) { AlertWrapper.PrintOnConsole("Sensor is disconnected"); }
}
void WhenWantToAlertForLowerLimitsForTemperature(int valueInInt, string[] values)
{
if (valueInInt < 0)
{
AlertWrapper.PrintOnConsole("Temperature reached Low Error level:" + valueInInt.ToString() + "C at " + WhenWantValueOfProperty("Time", values) + " on " + WhenWantValueOfProperty("Date", values));
}
else
{
AlertWrapper.PrintOnConsole("Temperature reached Low Warning level:" + valueInInt.ToString() + "C at " + WhenWantValueOfProperty("Time", values) + " on " + WhenWantValueOfProperty("Date", values));
}
}
void WhenHumidityIsOutOfLimitsThenAlert(string valueInString, string[] values)
{
int valueInInt = int.Parse((valueInString.Split('%'))[0]);
if (valueInInt > 90)
{
AlertWrapper.PrintOnConsole("Humidity reached Error level:" + valueInString + " at " + WhenWantValueOfProperty("Time", values) + " on " + WhenWantValueOfProperty("Date", values));
}
else if (valueInInt > 70)
{
AlertWrapper.PrintOnConsole("Humidity reached Warning level:" + valueInString + " at " + WhenWantValueOfProperty("Time", values) + " on " + WhenWantValueOfProperty("Date", values));
}
}
public void WhenAnalyzeTemperature(string[] values)
{
try
{
string valueInString = WhenWantValueOfProperty("Temperature", values);
if (!valueInString.Equals("NA"))
{
WhenTemperatureIsOutOfLimitsThenAlert(valueInString, values);
}
else
{
//NA means either temperature is not provided by CSV or its value is not in AnalyzerObj practical limits
AlertWrapper.PrintOnConsole("Temperature value not provided by sender.Possibility of error in temperature sensor.");
}
}
catch (PropertyNotFoundException e)
{
AlertWrapper.PrintOnConsole(e.Message);
}
}
