public void CalculateAndUpdateWordCount(string text)
{
var words = textSplitter.SanitizeAndSplitIntoWords(text);
var wordCount = wordCounter.CountWords(words);
foreach (var kvp in wordCount)
{
var existingWord = countedWords.SingleOrDefault(cw => cw.Word.Equals(kvp.Key));
if (existingWord == null)
{
existingWord = new CountedWord { Word = kvp.Key, Count = kvp.Value };
countedWords.Add(existingWord);
}
else
{
existingWord.Count += kvp.Value;
}
bool isPrime;
if (!primeCheckResults.TryGetValue(existingWord.Count, out isPrime))
{
isPrime = primeChecker.IsPrime(existingWord.Count);
primeCheckResults[existingWord.Count] = isPrime;
}
existingWord.IsPrime = isPrime;
}
}
public void CalculateAndUpdateWordCount(string text)
{
var words = textSplitter.SanitizeAndSplitIntoWords(text);
var wordCount = wordCounter.CountWords(words);
foreach (var kvp in wordCount)
{
var existingWord = countedWords.SingleOrDefault(cw => cw.Word.Equals(kvp.Key));
if (existingWord == null)
{
existingWord = new CountedWord {
Word = kvp.Key, Count = kvp.Value
};
countedWords.Add(existingWord);
}
else
{
existingWord.Count += kvp.Value;
}
bool isPrime;
if (!primeCheckResults.TryGetValue(existingWord.Count, out isPrime))
{
isPrime = primeChecker.IsPrime(existingWord.Count);
primeCheckResults[existingWord.Count] = isPrime;
}
existingWord.IsPrime = isPrime;
}
}
