public void TestFindAllReportsByManufacturer_MultipleReports_ShouldReturnProperReports()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string Model2 = "Z6000";
const string Rating = "A";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, Rating, PowerUsage);
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model2, Rating, PowerUsage);
commandExecutor.TestAirConditioner(Manufacturer, Model);
commandExecutor.TestAirConditioner(Manufacturer, Model2);
var reports = commandExecutor.FindAllReportsByManufacturer("Toshiba");
var mark = commandExecutor.Database.AirConditioners.First().HasPassedTest ? "Passed" : "Failed";
var expectedReport = new StringBuilder();
expectedReport.AppendFormat("Reports from {0}:", Manufacturer)
.AppendLine()
.AppendLine("Report")
.AppendLine(Constants.ReportDelimiter)
.AppendLine("Manufacturer: " + Manufacturer)
.AppendLine("Model: " + Model)
.AppendLine("Mark: " + mark)
.AppendLine(Constants.ReportDelimiter)
.AppendLine("Report")
.AppendLine(Constants.ReportDelimiter)
.AppendLine("Manufacturer: " + Manufacturer)
.AppendLine("Model: " + Model2)
.AppendLine("Mark: " + mark)
.Append(Constants.ReportDelimiter);
Assert.AreEqual(expectedReport.ToString(), reports, "Reports are not equal.");
}
public void TestStationaryAirConditioner_NegativePowerUsage_ShouldThrow()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string Rating = "Z";
const int PowerUsage = -1;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, Rating, PowerUsage);
}
public void TestStationaryAirConditioner_InvalidModelName_ShouldThrow()
{
const string Manufacturer = "Toshiba";
string incorrectModel = new string('A', Constants.ModelMinLength - 1);
const string Rating = "A";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, incorrectModel, Rating, PowerUsage);
}
public void TestStationaryAirConditioner_IncorrectEfficiencyRating_ShouldThrow()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string IncorrectRating = "Z";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, IncorrectRating, PowerUsage);
}
public void TestStatus_NoAirConditioners_TestedAirConditionersPercentageShouldBeZero()
{
var commandExecutor = new CommandExecutor();
var message = commandExecutor.Status();
var expectedMessage = "Jobs complete: 0.00%";
Assert.AreEqual(expectedMessage, message, "Status should be zero percent.");
}
public void TestStatus_OneAirConditionerNoReports_TestedAirConditionersPercentageShouldBeZero()
{
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterCarAirConditioner("Toshiba", "B50", 9);
var message = commandExecutor.Status();
var expectedMessage = "Jobs complete: 0.00%";
Assert.AreEqual(expectedMessage, message, "Status should be zero percent.");
}
public void TestStatus_OneUntestedOfThreeAirConditioners_OutputShouldBeRoundedTwoDecimalPlaces()
{
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterCarAirConditioner("Toshiba", "B50", 9);
commandExecutor.RegisterCarAirConditioner("Toshiba2", "B50", 9);
commandExecutor.RegisterCarAirConditioner("Toshiba3", "B50", 9);
commandExecutor.TestAirConditioner("Toshiba", "B50");
commandExecutor.TestAirConditioner("Toshiba2", "B50");
var message = commandExecutor.Status();
var expectedMessage = "Jobs complete: 66.67%";
Assert.AreEqual(expectedMessage, message, "Status should be zero percent.");
}
// [TestMethod]
public void TestTestAirController_ValidData_ShouldReturnSuccessMessage()
{
var carAirConditioner = new CarAirConditioner("Toshiba", "Z99", 9);
var mockedData = new Mock<AirConditionerTesterSystemData>();
mockedData.Setup(data => data.GetAirConditioner(null, null))
.Returns(carAirConditioner);
var commandExecutor = new CommandExecutor(mockedData.Object);
var message = commandExecutor.TestAirConditioner(null, null);
var expectedMessage = "Air Conditioner model Z99 from Toshiba tested successfully.";
// throw new OutOfTimeException
Assert.AreEqual(expectedMessage, message);
}
public void TestStationaryAirConditioner_SingleAirConditioner_ManufacturersShouldBeEqual()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string Rating = "A";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, Rating, PowerUsage);
Assert.AreEqual(
Manufacturer,
commandExecutor.Database.AirConditioners.First().Manufacturer,
"Manufacturers differ.");
}
public void TestStationaryAirConditioner_SingleAirConditioner_ShouldReturnSuccessMessage()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string Rating = "A";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
var expectedMessage = string.Format(Constants.Register, Model, Manufacturer);
var message = commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, Rating, PowerUsage);
Assert.AreEqual(expectedMessage, message, "Messages differ.");
}
public void TestStationaryAirConditioner_SingleAirConditioner_RatingsShouldBeEqual()
{
const string Manufacturer = "Toshiba";
const string Model = "Z550";
const string Rating = "A";
const int PowerUsage = 20;
var commandExecutor = new CommandExecutor();
commandExecutor.RegisterStationaryAirConditioner(Manufacturer, Model, Rating, PowerUsage);
var expectedRaiting = (int)Enum.Parse(typeof(EnergyEfficiencyRating), Rating);
Assert.AreEqual(
expectedRaiting,
(commandExecutor.Database.AirConditioners.First() as StationaryAirConditioner).EnergyRating,
"Ratings differ.");
}
public Engine(ConsoleUserInterface userInterface)
{
this.ac = new CommandExecutor();
this.userInterface = userInterface;
}
public void TestFindAllReportsByManufacturer_NoReports_ShouldReturnNoReportsMessage()
{
var commandExecutor = new CommandExecutor();
var message = commandExecutor.FindAllReportsByManufacturer("Toshiba");
Assert.AreEqual("No reports.", message);
}
