public List <MatchedWord> Match(string[] scrambledWords, string[] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
if (scrambledWords == null)
{
return(null);
}
foreach (var scrambledWord in scrambledWords)
{
foreach (var word in wordList)
{
if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
else
{
char[] scrambledWordArray = scrambledWord.ToCharArray();
char[] wordArray = word.ToCharArray();
Array.Sort(scrambledWordArray);
Array.Sort(wordArray);
string scrambledOrdered = "";
foreach (var chr in scrambledWordArray)
{
scrambledOrdered += chr.ToString();
}
string wordOrdered = "";
foreach (var chr in wordArray)
{
wordOrdered += chr.ToString();
}
if (scrambledOrdered.Equals(wordOrdered, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
}
}
}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
public List <MatchedWord> Match(string[] scrambledWords, string[] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
//foreach (var scrambledWord in scrambledWords)
//{
// foreach (var word in wordList)
// {
// //scrambled word already matches word
// if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
// {
// matchedWords.Add(BuildMatchedWord(scrambledWord, word));
// }
// else
// {
// //convert strings into char array
// char [] scrambledWordArray = scrambledWords.ToCharArray();
// char[] wordListArray = wordList.ToCharArray();
// //sort both character arrays (Array.sort())
// Array.Sort(scrambledWordArray);
// Array.Sort(wordListArray);
// //act -> sort -> act
// //cat -> sort -> act
// //compare sorted char arrays or convert to string and compare
// scrambledWordArray.ToString();
// wordListArray.ToString();
// foreach (var scrambledWord2 in scrambledWordArray)
// {
// foreach (var word2 in wordList)
// {
// //if they are equal, add to matchedWords list
// if (scrambledWord2.Equals(word2, StringComparison.OrdinalIgnoreCase))
// {
// matchedWords.Add(BuildMatchedWord(scrambledWord2, word2));
// }
// }
// }
// }
// }
//}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWorld = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
public List <MatchedWord> Match(string[] scrambledWords, string [] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
foreach (var scrambledWord in scrambledWords)
{
foreach (var word in wordList)
{
//scrambledWord already matched word
if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
else
{
//convert strings into chraters arrays
char[] scrambledWordArray = word.ToCharArray();
//sort both charater arrays(Array.sort())
Array.Sort(scrambledWordArray);
//convert character arrays back to strings
string scrambledString = new string(scrambledWordArray);
//compare the two strings
//if they are equal, add to matchedWord list
if (scrambledWord.Equals(scrambledString, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, scrambledString));
}
}
//end of if
}
//end of 2nd foraech
}
//end of 1st foreach
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
private MatchedWord BuildMatchedWord(string scrambleword, string word)
{
var matchedWord = new MatchedWord
{
ScrambledWord = scrambleword,
Word = word
};
return(matchedWord);
}
public List <MatchedWord> Match(string[] scrambledWords, string[] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
foreach (var scrambledWord in scrambledWords)
{
foreach (var word in wordList)
{
//scrambledWord already matches word
if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
else
{
char[] scrambledWordArray = scrambledWord.ToCharArray();
char[] scrambledWordArray2 = word.ToCharArray();
Array.Sort(scrambledWordArray);
Array.Sort(scrambledWordArray2);
string scramble = new string(scrambledWordArray);
string scramble2 = new string(scrambledWordArray2);
if (scramble.Equals(scramble2))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
//convert strings into character arrays
//sort both character arrays (Array.sort())
//act -> sort -> act
//cat -> sort -> act
//convert character arrays back to a string
//compare the two strings
//if they are equal, add to matchedWords list
}
}
}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
public List <MatchedWord> Match(string[] scrambledWords, string[] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
foreach (var scrambledWord in scrambledWords)
{
foreach (var word in wordList)
{
//scrambledWord already matches word
if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
else
{
//Convert strings into character arrays
char[] scrambledWordArray = scrambledWord.ToCharArray();
char[] wordArray = word.ToCharArray();
//Sort both character arrays (Array.sort())
Array.Sort(scrambledWordArray);
Array.Sort(wordArray);
//Convert sorted character arrays back to strings
string sortedScrambledWord = new string(scrambledWordArray);
string sortedWord = new string(wordArray);
//Compare the two strings
if (sortedScrambledWord.Equals(sortedWord, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuildMatchedWord(scrambledWord, word));
}
}
}
}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
private static void DisplayMatchedUnscrambledWords(string[] scrambledWords)
{
//read the list of words in the wordlist.txt file (unscrambled words)
string[] wordList = _fileReader.Read("wordlist.txt");
//call a word matcher method, to get a list of MatchedWord structs
List <MatchedWord> matchedWords = _wordMatcher.Match(scrambledWords, wordList);
//display the match - print to console
if (matchedWords.Any())
{
//loop through matchedWords and print to console the contents of the structs
for (int i = 0; i < matchedWords.Count; i++)
{
//foreach
foreach (var matchedWord in matchedWords)
{
Console.WriteLine("MATCH FOUND FOR {0} : {1} ", matchedWord.ScrambledWord, matchedWord.Word);
//matched found for act: cat
//matched found for act: cat
}
}
//write to console
//matched found for act: cat
}
else
{
//no matches have been found
Console.WriteLine();
}
MatchedWord BuildMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
}
public List <MatchedWord> Match(string[] scrambledWords, string[] wordList)
{
List <MatchedWord> matchedWords = new List <MatchedWord>();
foreach (string scrambledWord in scrambledWords)
{
foreach (string word in wordList)
{
//scrambledWord already matches word
if (scrambledWord.Equals(word, StringComparison.OrdinalIgnoreCase))
{
matchedWords.Add(BuilMatchedWord(scrambledWord, word));
}
else
{
//convert the strings into character arrays
char[] scrambledWordChar = scrambledWord.ToCharArray();
char[] wordChar = word.ToCharArray();
//sort both character arrays (Array.Sort())
//act -> sort -> act
//cat -> sort -> act
Array.Sort(scrambledWordChar);
Array.Sort(wordChar);
//convert arrays back to a string
string scrambledWordStr = "";
string wordStr = "";
foreach (char character in scrambledWordChar)
{
scrambledWordStr += character;
}
foreach (char character in wordChar)
{
wordStr += character;
}
//compare the two strings
//if equal, add to List
if (scrambledWordStr.Equals(wordStr))
{
matchedWords.Add(BuilMatchedWord(scrambledWord, word));
}
}
}
}
MatchedWord BuilMatchedWord(string scrambledWord, string word)
{
MatchedWord matchedWord = new MatchedWord
{
ScrambledWord = scrambledWord,
Word = word
};
return(matchedWord);
}
return(matchedWords);
}
