public bool NewCode()
{
_codes.RemoveAll(pred => pred.CookieId == GetCookieById(CookieKeys.RngId));
CodebreakerCode newCode = new CodebreakerCode(GetCookieById(CookieKeys.RngId), _rng);
_codes.Add(newCode);
return(true);
}
public object GetFeedback()
{
List <ReturnScore> rScores = new List <ReturnScore>();
List <string> guesses = new List <string>();
CodebreakerCode code = GetCode();
return(new {
rScores = code.RScores.ToArray()
});
}
public ReturnScore MakeGuess(string guess)
{
var guessPieces = guess.ToCharArray();
var nums = new List <int>();
foreach (char s in guessPieces)
{
nums.Add(s - 49);
}
int[] pegs = nums.ToArray();
if (pegs.Length != 4)
{
throw new ArgumentException("There may be only be 4 pegs submitted to CheckCode");
}
foreach (var peg in pegs)
{
if (peg < 0 || peg > 7)
{
throw new ArgumentException("Wrong peg value, peg values may only be 0 through 7");
}
}
CodebreakerCode code = GetCode();
if (code == null)
{
NewCode();
code = GetCode();
}
// compare the guess and actual code
ReturnScore rScore = new ReturnScore(guess, 0, 0);
// count bulls
for (int i = 0; i < pegs.Length; i++)
{
if (pegs[i] == code.Code[i])
{
rScore.Bulls++;
}
}
// count cows
for (int i = 0; i < 8; i++)
{
var count1 = pegs.Count(checkMe => {
return(checkMe == i);
});
var count2 = code.Code.Count(checkMe => {
return(checkMe == i);
});
var countOfCowsForOneColor = Math.Min(
count1,
count2
);
rScore.Cows += countOfCowsForOneColor;
}
rScore.Cows -= rScore.Bulls;
code.RScores.Add(rScore);
// if correctly guessed, generate new code
if (rScore.Bulls == 4)
{
NewCode();
}
return(rScore);
}
