public void When_AllCompeting_Expect_AllCompetingMessage()
{
// Arrange
var testGameEngine = new GameEngine(consoleMethods);
consoleMethods.SimulatedInput = string.Join(" ", Enum.GetNames(typeof(Kingdoms)));
var breakerOfChains = new BreakerOfChains(consoleMethods);
// Act
var actual = breakerOfChains.CustomInputAction(string.Empty, testGameEngine);
// Assert
Assert.AreEqual(Utility.TooManyKingdomsMessage, actual);
}
public void When_InvalidInput_Expect_False(string input)
{
// Arrange
var breakerOfChains = new BreakerOfChains(consoleMethods);
// we cure the input as the user input is being converted to lower and
// trimmed when being read from the console in the actual application
input = input.ToLower().Trim();
// Act
var actual = breakerOfChains.CustomInputValidator(input);
// Assert
Assert.IsFalse(actual, $"Failed for [{input}]");
}
public void When_NoCompetitor_Expect_NoCompetitorMessage(string input)
{
// Arrange
var testGameEngine = new GameEngine(consoleMethods);
// we cure the input as the user input is being converted to lower and
// trimmed when being read from the console in the actual application
input = input.ToLower().Trim();
consoleMethods.SimulatedInput = input;
var breakerOfChains = new BreakerOfChains(consoleMethods);
// Act
var actual = breakerOfChains.CustomInputAction(input, testGameEngine);
// Assert
Assert.AreEqual(Utility.NoCompetingKingdomsMessage, actual);
}
public void When_ValidKingdoms_Expect_RulerCrowned(string input)
{
// Arrange
var testGameEngine = new GameEngine(consoleMethods);
// we cure the input as the user input is being converted to lower and
// trimmed when being read from the console in the actual application
input = input.ToLower().Trim();
consoleMethods.SimulatedInput = input;
var breakerOfChains = new BreakerOfChains(consoleMethods);
// Act
var actual = breakerOfChains.CustomInputAction(string.Empty, testGameEngine);
// Assert
Assert.That(testGameEngine.RulingKingdom != null ||
actual == Utility.BallotTookTooLongMessage);
}
public void When_RoundsExceed_Expect_NoRuler(int maxRounds)
{
// Arrange
Utility.listOfMessages.Clear();
Utility.listOfMessages.Add("123456789");
var testGameEngine = new GameEngine(consoleMethods);
consoleMethods.SimulatedInput = $"{Kingdoms.Air} {Kingdoms.Ice}";
var breakerOfChains = new BreakerOfChains(consoleMethods);
// Act
var actual = breakerOfChains.CustomInputAction(string.Empty, testGameEngine);
// Explicitly call Utility class' static constructor so as to revert changes to listOfMessages
System.Runtime.CompilerServices.RuntimeHelpers.RunClassConstructor(typeof(Utility).TypeHandle);
// Assert
Assert.That(testGameEngine.RulingKingdom == null &&
actual == Utility.BallotTookTooLongMessage);
}
public void When_OneValidOneInvalid_Expect_InvalidAndTooFewMessage(string input)
{
// Arrange
var testGameEngine = new GameEngine(consoleMethods);
// we cure the input as the user input is being converted to lower and
// trimmed when being read from the console in the actual application
input = input.ToLower().Trim();
consoleMethods.SimulatedInput = input;
var breakerOfChains = new BreakerOfChains(consoleMethods);
var invalidKingdom = input.Split(' ')[1];
var expected = string.Format(Utility.InvalidKingdomMessage, invalidKingdom);
expected += Utility.NoCompetingKingdomsMessage;
// Act
var actual = breakerOfChains.CustomInputAction(string.Empty, testGameEngine);
// Assert
Assert.AreEqual(expected, actual);
}
