public void ShowSequence()
{
int last = _receivedSequence.Last();
_printer.WriteLine(string.Format(Constant.NUMERIC_SEQUENCE_RESULT, _maxValue), (int)Color.Yellow);
Console.ForegroundColor = ConsoleColor.White;
foreach (var number in _receivedSequence)
{
if (!number.Equals(last))
{
_printer.Write(string.Format("{0}, \t", number));
}
else
{
_printer.WriteLine(string.Format("{0}\t", number));
}
}
Console.ResetColor();
}
public override void Initialize(string number)
{
IOutsidePrinter printer = _allFactories.TasksLibFactory.CreatePrinter();
try
{
IConverter converter = _allFactories.TasksLibFactory.CreateConverter();
IValidator validator = _allFactories.ValidatorFactory.CreateValidator();
int convertedNumber = converter.TryParseToInt(number);
if (convertedNumber == -1)
{
printer.WriteLine(Constant.INT_WRONG_TYPE, (int)Color.Red);
printer.ShowInstruction();
Environment.Exit(-1);
}
if (!validator.CheckIntOnPositive(convertedNumber))
{
printer.WriteLine(Constant.WRONG_BOUNDARIES, (int)Color.Red);
printer.ShowInstruction();
Environment.Exit(-1);
}
ISequence sequence = _allFactories.SequenceFactory.CreateSequence();
ISequenceViewer viewer = _allFactories.SequenceFactory.CreateSequenceViewer(sequence.GetSequence(convertedNumber), printer, convertedNumber);
viewer.ShowSequence();
}
catch (ArgumentException ex)
{
printer.WriteLine(string.Format(Constant.ERROR_OCCURED, ex.Message), (int)Color.Red);
throw;
}
}