public void Registering_IncorrectACEfficiencyRating_ShouldThrowException()
{
var userInterface = new ConsoleUserInterface();
var engine = new AirConditionerTestingSystemEngine(userInterface);
var view = new AirConditionerView(engine);
var registeredAc = view.RegisterStationaryAirConditioner("Toshiba", "EX1000", "F", 1000);
var secondAc = view.RegisterPlaneAirConditioner("Hitachi", "", 25, 750);
var thirdAc = view.RegisterCarAirConditioner("Toshiba", "C60", 9);
}
public void Registering_IncorrectACPowerUsage_ShouldThrowException()
{
var userInterface = new ConsoleUserInterface();
var engine = new AirConditionerTestingSystemEngine(userInterface);
var view = new AirConditionerView(engine);
var registeredAc = view.RegisterStationaryAirConditioner("Toshiba", "EX1000", "B", 1000);
var secondAc = view.RegisterPlaneAirConditioner("Hitachi", "", 25, -200);
var thirdAc = view.RegisterCarAirConditioner("Toshiba", "C60", 9);
}
public void Status_WithNoTested_Should_ReturnInCorrectly()
{
var userInterface = new ConsoleUserInterface();
var engine = new AirConditionerTestingSystemEngine(userInterface);
var view = new AirConditionerView(engine);
var firstAc = view.RegisterStationaryAirConditioner("Toshiba", "EX1000", "B", 1000);
var secondAc = view.RegisterPlaneAirConditioner("Hitachi", "P320", 25, 750);
var thirdAc = view.RegisterCarAirConditioner("Toshiba", "C60", 9);
var result = view.Status();
Assert.AreEqual("Jobs complete: 0,00%", result);
}
public void Status_WithNoTested_Should_ReturnInCorrectly()
{
var userInterface = new ConsoleUserInterface();
var engine = new AirConditionerTestingSystemEngine(userInterface);
var view = new AirConditionerView(engine);
var firstAc = view.RegisterStationaryAirConditioner("Toshiba", "EX1000", "B", 1000);
var secondAc = view.RegisterPlaneAirConditioner("Hitachi", "P320", 25, 750);
var thirdAc = view.RegisterCarAirConditioner("Toshiba", "C60", 9);
var result = view.Status();
Assert.AreEqual("Jobs complete: 0,00%", result);
}