private static WordResultSet FindNewSet(string param, int indexStartSize,
WordResultSet wrs, Crypto cChecker,
List <string> fixedLetters, int currWordSize)
{
WordResultSet newSet = new WordResultSet();
string intendedWord = param.Substring(indexStartSize, currWordSize).ToLower();
for (int i = 0; i < intendedWord.Length; i++)
{
if (intendedWord[i] != '_')
{
fixedLetters.Add(i + ":" + intendedWord[i]);
}
}
foreach (var dictionary_word in wrs.wordSet)
{
string dict_word = dictionary_word.ToLower();
if (cChecker.IsPattern(dict_word, fixedLetters, intendedWord.Length))
{
newSet.AddNew(dictionary_word);
}
}
return(newSet);
}
private static WordResultSet GetPatternedWordSet(string param, ListResultSet wordSet,
ref int indexStartSize,
int k, WordResultSet wrs)
{
Crypto cChecker = new Crypto();
List <string> fixedLetters = new List <string>();
int currWordSize = wrs.GetWordSize();
const int index1 = 1, index2 = 2, index3 = 3;
if ((k - index1) >= index2)
{
indexStartSize = wordSet.allWordResultSets[k - index1].GetWordSize() +
wordSet.allWordResultSets[k - index2].GetWordSize() +
wordSet.allWordResultSets[k - index3].GetWordSize();
}
else if (((k - index1) > 0) & ((k - index1) < index2))
{
indexStartSize = wordSet.allWordResultSets[k - index1].GetWordSize() +
wordSet.allWordResultSets[k - index2].GetWordSize();
}
else if ((k - index1) == 0)
{
indexStartSize = wordSet.allWordResultSets[k - index1].GetWordSize();
}
return(FindNewSet(param, indexStartSize, wrs, cChecker, fixedLetters, currWordSize));
}
public WordResultSet getWordsWithSize(int size)
{
WordResultSet wordSet = new WordResultSet(size);
foreach (var word in dictionaryWords)
{
if (word.Length == size)
{
wordSet.AddNew(word);
}
}
return(wordSet);
}
/// <summary>
/// This method evaluates the user's innput and checks it for patterns against
/// specific dictionary words from a list of word sets.
/// </summary>
/// <param name="param">String letters and placeholders of pattern</param>
/// <param name="wordSet">List of word sets to check</param>
/// <returns>List of modified word sets with the correct pattern</returns>
private ListResultSet GetPatternListSet(string param, ListResultSet wordSet)
{
ListResultSet simplifiedSet = new ListResultSet();
int indexStartSize = 0;
for (int k = 0; k < wordSet.allWordResultSets.Count; k++)
{
WordResultSet wrs = wordSet.allWordResultSets[k];
WordResultSet newSet = GetPatternedWordSet(param, wordSet,
ref indexStartSize, k, wrs);
simplifiedSet.AddNew(newSet);
}
return(simplifiedSet);
}
public void AddNew(WordResultSet resultSet)
{
allWordResultSets.Add(resultSet);
}
