public static void test()
{
List <string> test = new List <string>();
test.Add("abb");
test.Add("acc");
test.Add("add");
Dictionary <int, List <string> > subFamily = WordBank.SingleCharWord(test, 'a');
int choice = WordBank.PickAFamily(subFamily);
Console.WriteLine("Should be 0");
Console.WriteLine(choice);
test = new List <string>();
test.Add("bab");
test.Add("cac");
test.Add("dad");
subFamily = WordBank.SingleCharWord(test, 'a');
choice = WordBank.PickAFamily(subFamily);
Console.WriteLine("Should be 1");
Console.WriteLine(choice);
test = new List <string>();
test.Add("bba");
test.Add("cca");
test.Add("dda");
subFamily = WordBank.SingleCharWord(test, 'a');
choice = WordBank.PickAFamily(subFamily);
Console.WriteLine("Should be 2");
Console.WriteLine(choice);
Console.ReadLine();
}
/**
* Function DisplayCounter
* Goal: to display the remaining number of words in the bank
*/
public static void DisplayCounter(WordBank wordBank)
{
Console.WriteLine("[ # of words possible: {0}]", wordBank.Words.Count);
}
/**
* Function DisplayWord
* Goal: to display the word (at the end)
*/
public static void DisplayWord(WordBank wordBank)
{
Console.Write("The word was:" + wordBank.Words.First());
}
static void Main(string[] args)
{
bool playAgain = false;
do
{
bool readyForGame = false,
displayCounter = false,
completedGame = false;
int ALLOWED_GUESSES = 10;
string dirname = new DirectoryInfo(AppDomain.CurrentDomain.BaseDirectory).Name;
string path;
if (dirname == "Debug" || dirname == "Release")
{
path = Path.Combine(Path.GetDirectoryName(Assembly.GetExecutingAssembly().Location), @"..\..\" + WORD_FILE_LOCATION);
}
else
{
path = WORD_FILE_LOCATION;
}
WordBank wordBank = new WordBank(path);
int longestWordLength = wordBank.FindLongestWord().Length,
shortestWordLength = wordBank.FindShortestWord().Length,
incorrectGuesses = 0,
correctGuesses = 0,
wordLength,
familySelection;
List <char> usedLetters = new List <char>();
Dictionary <int, List <string> > families;
Dictionary <string, List <string> > complexFamily;
string complexFamilySelection;
char[] theWord;
char guess;
//Initialization Process
//Read the file dictionary.txt, which contains the full contents of the Official Scrabble Player's Dictionary,
// Second Edition. This word list has over 120,000 words. Research how to handle File I/O in C#.
Console.WriteLine("==== Welcome to Cheating Hangman ====");
do
{
//Input Process
//Prompt the user for a word length, reprompting as necessary until they enter a number such that there
// is at least one word that's exactly that long. That is, the game cannot be played with an integer
// word length of -42 or 137, since no English words precisely that long.
Console.WriteLine("Please input the word size in between from {0} to {1}", shortestWordLength, longestWordLength);
int.TryParse(Console.ReadLine(), out int input);
wordLength = input;
readyForGame =
(input >= shortestWordLength) &&
(input <= longestWordLength) &&
(wordBank.FindWordsOfLength(wordLength).Count() > 0);
if (!readyForGame)
{
Console.WriteLine("No words found of length {0}", wordLength);
}
} while (!readyForGame);
readyForGame = false;
do
{
Console.WriteLine("Please input the number of guesses you would like");
int.TryParse(Console.ReadLine(), out int input);
ALLOWED_GUESSES = input;
readyForGame = input > 0;
} while (!readyForGame);
//Prompt the user for the runtime option of the option to display a running total of the number of words
// remaining in the word list. See the example program trace. (This completely ruins the illusion of a
// fair game that you'll be cultivating, but it's quite useful for testing -- and grading!)
Console.WriteLine("Would you like a running word(s) counter to be displayed?[Y/n]");
string result = Console.ReadLine();
displayCounter = result.ToLower() == "y";
//Prepare for Guessing
wordBank.Words = wordBank.FindWordsOfLength(wordLength);
theWord = new char[wordLength];
//Guessing Process
//Prompt the user for a number of incorrect guesses that they are allowed, which must be an integer greater
// than zero. (The user will always win for games with 26 or more incorrect guesses.)
do
{
DisplayNumberOfGuesses(ALLOWED_GUESSES - incorrectGuesses);
if (displayCounter)
{
DisplayCounter(wordBank);
}
DisplayWordBlanks(wordLength, theWord);
DisplayUsedLetters(usedLetters);
guess = char.ToLower(GetUserGuess());
if (usedLetters.IndexOf(guess) == -1)
{
usedLetters.Add(guess);
usedLetters.Sort();
families = wordBank.CreateWordFamilies(guess);
familySelection = WordBank.PickAFamily(families);
//Console.WriteLine("Family Select:" + familySelection);
//If the character is not in the family
if (familySelection == 0)
{
wordBank.Words = families[familySelection];
incorrectGuesses++;
}
//If the character is in the family
else if (familySelection == 1)
{
families = WordBank.SingleCharWord(families[familySelection], guess);
familySelection = WordBank.PickAFamily(families);
wordBank.Words = families[familySelection];
theWord[familySelection] = guess;
correctGuesses++;
}
else
{
complexFamily = WordBank.TwoPlusCharWord(families[familySelection], guess);
complexFamilySelection = WordBank.PickAFamily(complexFamily);
wordBank.Words = complexFamily[complexFamilySelection];
for (int i = 0; i < wordLength; i++)
{
if (complexFamilySelection[i] == '1')
{
theWord[i] = guess;
correctGuesses++;
}
}
}
completedGame = (wordLength == correctGuesses) || (incorrectGuesses == ALLOWED_GUESSES);
}
} while (!completedGame);
if (incorrectGuesses == ALLOWED_GUESSES)
{
DisplayLosingMessage();
}
else
{
DisplayWinningMessage();
}
DisplayWord(wordBank);
Console.WriteLine();
Console.WriteLine("Would you like to play again? [Y/n]");
result = Console.ReadLine();
playAgain = result.ToLower() == "y";
} while (playAgain);
Console.WriteLine("Press [return] to quit");
Console.Read();
}
