public OptionsCategory OptionExecuting()
{
PlayingGame();
DisplayOnlyResultsOfGame();
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(this);
return(ProgramExecution.UserDecidesWhatToDoNext());
}
public OptionsCategory OptionExecuting()
{
SetDefaults();
PlayingGames();
GameSummary();
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(this);
return(ProgramExecution.UserDecidesWhatToDoNext());
}
public OptionsCategory OptionExecuting()
{
SetDefaults();
Timer.Start();
PlayingGame();
Timer.Stop();
DisplayResults();
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(this);
return(ProgramExecution.UserDecidesWhatToDoNext());
}
public void UserDecidesWhatToDoNext_SimulationOfPressingKey2_ReturnsOptionsCategoryNormalOption()
{
var MockOfConsole = new Mock <IFakeConsole>();
var ConsoleKeyInfoForKey2 = new ConsoleKeyInfo('2', ConsoleKey.D2, false, false, false);
MockOfConsole.Setup(m => m.ReadKey()).Returns(ConsoleKeyInfoForKey2);
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(null, MockOfConsole.Object, null);
OptionsCategory Result = ProgramExecution.UserDecidesWhatToDoNext();
Assert.AreEqual(OptionsCategory.NormalOption, Result);
}
//public ManagerOfFieldIndexes SelectedFieldIndexes { private set; get; }
public OptionsCategory OptionExecuting()
{
SetDefaults();
PlayingGame();
if (StatusOfGame != GameStatus.Break)
{
DisplayGameResult();
}
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(this);
return(ProgramExecution.UserDecidesWhatToDoNext());
}
public void UserDecidesWhatToDoNext_SimulationOfPressingKey3_ReturnsExpectedValue
(OptionsCategory Expected)
{
var MockOfConsole = new Mock <IFakeConsole>();
var ConsoleKeyInfoForKey3 = new ConsoleKeyInfo('3', ConsoleKey.D3, false, false, false);
MockOfConsole.Setup(m => m.ReadKey()).Returns(ConsoleKeyInfoForKey3);
var MockOfExit = new Mock <IMenuOption>();
MockOfExit.Setup(m => m.OptionExecuting()).Returns(Expected);
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(null, MockOfConsole.Object, MockOfExit.Object);
OptionsCategory Result = ProgramExecution.UserDecidesWhatToDoNext();
Assert.AreEqual(Expected, Result);
}
public void UserDecidesWhatToDoNext_SimulationOfPressingThreeKeys_IsCalledThreeTimes()
{
var MockOfConsole = new Mock <IFakeConsole>();
var ConsoleKeyInfoForWrongKey = new ConsoleKeyInfo('4', ConsoleKey.D4, false, false, false);
var ConsoleKeyInfoForCorrectKey = new ConsoleKeyInfo('2', ConsoleKey.D2, false, false, false);
MockOfConsole.SetupSequence(m => m.ReadKey())
.Returns(ConsoleKeyInfoForWrongKey)
.Returns(ConsoleKeyInfoForWrongKey)
.Returns(ConsoleKeyInfoForCorrectKey);
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(null, MockOfConsole.Object, null);
ProgramExecution.UserDecidesWhatToDoNext();
// if the UserDecidesWhatToDoNext method is executed 3 times then
// the ReadKey method is also executed 3 times:
MockOfConsole.Verify(m => m.ReadKey(), Times.Exactly(3));
}
public void UserDecidesWhatToDoNext_MethodCall_DisplaysAppropriateMessage()
{
// simulation of pressing the 2 key. This is needed to perform the test
var MockOfConsole = new Mock <IFakeConsole>();
var ConsoleKeyInfoForKey2 = new ConsoleKeyInfo('2', ConsoleKey.D2, false, false, false);
MockOfConsole.Setup(m => m.ReadKey()).Returns(ConsoleKeyInfoForKey2);
var Output = new StringWriter();
Console.SetOut(Output);
var ProgramExecution = new DecisionOnFurtherCourseOfProgram(null, MockOfConsole.Object, null);
string ExpectedMessage = "Co dalej chcesz robić?" + Environment.NewLine +
"1. Zagrać jeszcze raz" + Environment.NewLine +
"2. Powrócić do Menu" + Environment.NewLine +
"3. Wyjść z programu" + Environment.NewLine;
ProgramExecution.UserDecidesWhatToDoNext();
Assert.AreEqual(ExpectedMessage, Output.ToString());
}