public static AnswerDigit GenerateRamdomAnswerDigit()
{
var digit = new AnswerDigit();
digit.GenerateRamdomNumber();
return(digit);
}
public void AnswerDigitRandomlyGenerated()
{
AnswerDigit answerDigit = new AnswerDigit();
answerDigit.GenerateRamdomNumber();
Assert.That(answerDigit.Number > 0 && answerDigit.Number < 10, "Random answer number not between acceptable ranges.");
}
/// <summary>
/// Process all the user's inputs
/// </summary>
/// <param name="userInput"></param>
public void ProcessAnswer(int[] userInput)
{
for (int currentAnswerDigits = 0; currentAnswerDigits < AnswerDigits.Count; currentAnswerDigits++)
{
AnswerDigit answerDigit = AnswerDigits[currentAnswerDigits];
answerDigit.MatchStatus = MatchInputAtCurrentPosition(answerDigit, userInput[currentAnswerDigits]);
}
}
private AnswerDigit.Status MatchInputAtCurrentPosition(AnswerDigit answerDigit, int currentInput)
{
if (answerDigit.Matches(currentInput))
{
return(AnswerDigit.Status.Match);
}
if (IsInAnswer(currentInput))
{
return(AnswerDigit.Status.WrongPosition);
}
return(AnswerDigit.Status.Nonmatch);
}
public IList <AnswerDigit> GenerateRandomAnswers(int count)
{
var digits = new Dictionary <int, AnswerDigit>();
while (digits.Count < count)
{
AnswerDigit digit = AnswerDigit.GenerateRamdomAnswerDigit();
if (!digits.ContainsKey(digit.Number))
{
digits.Add(digit.Number, digit);
}
}
return(digits.Values.ToList());
}
private AnswerDigit.Status MatchInputAtCurrentPosition(AnswerDigit answerDigit, int currentInput)
{
if (answerDigit.Matches(currentInput))
{
return AnswerDigit.Status.Match;
}
if (IsInAnswer(currentInput))
{
return AnswerDigit.Status.WrongPosition;
}
return AnswerDigit.Status.Nonmatch;
}
public Answer(int numberOfAnswerDigits)
{
this.numberOfAnswerDigits = numberOfAnswerDigits;
AnswerDigits = new AnswerDigit[numberOfAnswerDigits];
}
public static AnswerDigit GenerateRamdomAnswerDigit()
{
var digit = new AnswerDigit();
digit.GenerateRamdomNumber();
return digit;
}
public void AnswerDigitMatches()
{
AnswerDigit answerDigit = new AnswerDigit(5);
Assert.That(answerDigit.Matches(5), "Equality check does not identify matches.");
}
public void AnswerDigitDoesNotMatch()
{
AnswerDigit answerDigit = new AnswerDigit(5);
Assert.IsFalse(answerDigit.Matches(1), "Equality check does not indentify non-matches.");
}
private string GetStatusSymbol(AnswerDigit.Status status)
{
switch (status)
{
case (AnswerDigit.Status.Match):
{ return "✔"; }
case (AnswerDigit.Status.Nonmatch):
{ return "✗"; }
default:
{ return "O"; }
}
}
