public void TacTest()
{
var resultReceiver = new MockObjects.MockReceiver();
var devisibilityCheckCommand = new DivisibilityCheckCommand(resultReceiver);
devisibilityCheckCommand.Accept(new InputNumber {
Value = 5, Alias = "tac"
});
devisibilityCheckCommand.CurrentIteration = 5;
devisibilityCheckCommand.Execute();
Assert.AreEqual("TAC", resultReceiver.OutResult.Alias);
}
private static ICommand GetDivisibilityCommand()
{
var receiver = new DivisibilityResultReceiver();
//result dependency is injected to the command. This will write out to the console once the command is executed
var devisibilityCheckCommand = new DivisibilityCheckCommand(receiver);
//input dependency is(are) accepted by the command.
devisibilityCheckCommand.Accept(new InputNumber {
Value = 3, Alias = "tic"
});
devisibilityCheckCommand.Accept(new InputNumber {
Value = 5, Alias = "tac"
});
//set the number of iterations for this command
devisibilityCheckCommand.SetIterations(100);
return(devisibilityCheckCommand);
}
/// <summary>
/// Method 1 - using dependency injection / Command pattern
/// </summary>
private static void RunMethodOne()
{
var receiver = new DivisibilityResultReceiver();
//result dependency is injected to the command. This will write out to the console once the command is executed
var devisibilityCheckCommand = new DivisibilityCheckCommand(receiver);
//input dependency is accepted by the command
devisibilityCheckCommand.Accept(new InputNumber {
Value = 3, Alias = "TIC"
});
devisibilityCheckCommand.Accept(new InputNumber {
Value = 5, Alias = "TAC"
});
for (int i = 0; i < 100; i++)
{
//set the value that requires testing against the input
devisibilityCheckCommand.CurrentIteration = i;// change
devisibilityCheckCommand.Execute();
}
Console.ReadLine();
}
