private static bool WordTester(FilterLetter firstLetter, FilterLetter secondLetter, FilterLetter thirdLetter, FilterLetter fourthLetter, string word, StreamWriter list, bool[] currentWord)
{
int wordPosition = 0;
foreach (char letter in word) //first pass-through, using all the primary letters, we'll do letterGroups later
{
if (firstLetter.Input == letter && firstLetter.Active && currentWord[wordPosition])
{
firstLetter.position = wordPosition;
firstLetter.Active = false;
currentWord[wordPosition] = false;
wordPosition++;
continue;
}
else if (secondLetter.Input == letter && secondLetter.Active && currentWord[wordPosition])
{
secondLetter.position = wordPosition;
secondLetter.Active = false;
currentWord[wordPosition] = false;
wordPosition++;
continue;
}
else if (thirdLetter.Input == letter && thirdLetter.Active && currentWord[wordPosition])
{
thirdLetter.position = wordPosition;
thirdLetter.Active = false;
currentWord[wordPosition] = false;
wordPosition++;
continue;
}
else if (fourthLetter.Input == letter && fourthLetter.Active && currentWord[wordPosition])
{
fourthLetter.position = wordPosition;
fourthLetter.Active = false;
currentWord[wordPosition] = false;
wordPosition++;
continue;
}
else
{
wordPosition++;
}
}
if (!(firstLetter.Active) && !(secondLetter.Active) && !(thirdLetter.Active) && !(fourthLetter.Active))
{
return(true); //All letters appear in the word as they are
}
int wordLocation = 0;
foreach (char letter in word) //second run through
{
if (currentWord[wordLocation])
{
if (firstLetter.Active) //If the letter hasn't been used yet
{
foreach (char Groupingletter in firstLetter.LetterGroup) //check its LetterGroup, one character at a time
{
if (Groupingletter == letter) //If there's a match
{
firstLetter.position = wordLocation;
firstLetter.tempLetterGroup = char.ToString(Groupingletter); //Change letterGroup from "." to the match, so that a later if statement uses this instead of the main letter.
firstLetter.Active = false; //Deactivate this letter
break; //break out of the foreach loop of this letter's letterGroup
}
}
}
if (secondLetter.Active) //Repeats for each letter.
{
foreach (char Groupingletter in secondLetter.LetterGroup)
{
if (Groupingletter == letter)
{
secondLetter.position = wordLocation;
secondLetter.tempLetterGroup = char.ToString(Groupingletter);
secondLetter.Active = false;
break;
}
}
}
if (thirdLetter.Active)
{
foreach (char Groupingletter in thirdLetter.LetterGroup)
{
if (Groupingletter == letter)
{
thirdLetter.position = wordLocation;
thirdLetter.tempLetterGroup = char.ToString(Groupingletter);
thirdLetter.Active = true;
break;
}
}
}
if (fourthLetter.Active)
{
foreach (char Groupingletter in fourthLetter.LetterGroup)
{
if (Groupingletter == letter)
{
fourthLetter.position = wordLocation;
fourthLetter.tempLetterGroup = char.ToString(Groupingletter);
fourthLetter.Active = true;
break;
}
}
}
}
wordLocation++;
}
if (!(firstLetter.Active) && !(secondLetter.Active) && !(thirdLetter.Active) && !(fourthLetter.Active))
{
return(true); //All letters appear in the word as they are
}
else
{
return(false);
}
}
static void Main(string[] args)
{
//Get four letters from User
FilterLetter firstLetter = new FilterLetter();
FilterLetter secondLetter = new FilterLetter();
FilterLetter thirdLetter = new FilterLetter();
FilterLetter fourthLetter = new FilterLetter();
Console.WriteLine("\nAbout to search dictionary for:" + char.ToUpper(firstLetter.Input) + char.ToUpper(secondLetter.Input) + char.ToUpper(thirdLetter.Input) + char.ToUpper(fourthLetter.Input) + "\n");
Console.WriteLine("Press any key to begin\n");
Console.ReadKey();
//Load File
string[] dictionary = File.ReadAllLines(@"E:/glich_000/Documents/NEWDictionary.txt");
//Starting StreamWriter to write a txt document as we go down the list
using (StreamWriter list = new StreamWriter(@"E:/glich_000/Documents/dictionaryFilterList" + char.ToUpper(firstLetter.Input) + char.ToUpper(secondLetter.Input) + char.ToUpper(thirdLetter.Input) + char.ToUpper(fourthLetter.Input) + ".txt"))
{
//Tests each word in the dictionary list
foreach (string word in dictionary)
{
bool [] currentWord = new bool[word.Length]; //This ensures that two teammates will not take up the same letter. Suck it, Team SSSN!
for (int x = 0; x < word.Length; x++)
{
currentWord[x] = true;
}
if (WordTester(firstLetter, secondLetter, thirdLetter, fourthLetter, word, list, currentWord))
{//Writes the word into the results .txt file
for (int x = 0; x < 20; x++)
{
if (x == firstLetter.position)
{
list.Write(char.ToUpper(firstLetter.Input));
continue;
}
if (x == secondLetter.position)
{
list.Write(char.ToUpper(secondLetter.Input));
continue;
}
if (x == thirdLetter.position)
{
list.Write(char.ToUpper(thirdLetter.Input));
continue;
}
if (x == fourthLetter.position)
{
list.Write(char.ToUpper(fourthLetter.Input));
continue;
}
}
list.WriteLine(" - " + word);
}
firstLetter.position = -1;
secondLetter.position = -1;
thirdLetter.position = -1;
fourthLetter.position = -1;
firstLetter.Active = true;
secondLetter.Active = true;
thirdLetter.Active = true;
fourthLetter.Active = true;
firstLetter.tempLetterGroup = ".";
secondLetter.tempLetterGroup = ".";
thirdLetter.tempLetterGroup = ".";
fourthLetter.tempLetterGroup = ".";
}
}
Console.WriteLine("List complete. Press any key to close program.");
Console.ReadKey();
}
