public void ParseDictionaryOption_WithKeyOnlyArgument_ReturnsFailedResult(TemporaryDirectoryFixture tempDirectory)
{
// arrange
DictionaryOption dictOption = DictionaryOption.Create("dictionary", "kvp");
string key = "key1";
string[] args =
{
"--kvp", key
};
// act
var result = dictOption.Parse(args);
// assert
Assert.False(result.Success);
Assert.Contains("Error", result.ErrorMessage);
Assert.Contains("format", result.ErrorMessage);
}
public Boolean DoesWordExist(String word, DictionaryOption option)
{
var trimmedWord = word.Trim().ToLower();
bool found = false;
lock (locker)
{
GetSmallerWordsCount(originalWords, trimmedWord, out found);
if (!found && option == DictionaryOption.IncludingStemming)
{
var stemmedWord = trimmedWord.GetStemmedQuery();
if (!stemmedWord.Equals(word))
{
GetSmallerWordsCount(stemmedWords, stemmedWord, out found);
}
}
return(found);
}
}
public void AddWords(IEnumerable<String> words, DictionaryOption option)
{
var addedWords = new List<String>();
var originalWordsToAdd = SelectingWordsAddToDictionary(words).ToList();
var stemmedWordsToAdd = new List<String>();
if (option == DictionaryOption.IncludingStemming)
{
var stems = originalWordsToAdd.Select(DictionaryHelper.GetStemmedQuery);
stemmedWordsToAdd.AddRange(stems);
}
lock (locker)
{
addedWords.AddRange(AddWordsToList(originalWords, originalWordsToAdd));
AddWordsToList(stemmedWords, stemmedWordsToAdd);
}
addWordsEvent(addedWords);
rawWordsEvent(originalWordsToAdd);
}
public void AddWords(IEnumerable <String> words, DictionaryOption option)
{
var addedWords = new List <String>();
var originalWordsToAdd = SelectingWordsAddToDictionary(words).ToList();
var stemmedWordsToAdd = new List <String>();
if (option == DictionaryOption.IncludingStemming)
{
var stems = originalWordsToAdd.Select(DictionaryHelper.GetStemmedQuery);
stemmedWordsToAdd.AddRange(stems);
}
lock (locker)
{
addedWords.AddRange(AddWordsToList(originalWords, originalWordsToAdd));
AddWordsToList(stemmedWords, stemmedWordsToAdd);
}
addWordsEvent(addedWords);
rawWordsEvent(originalWordsToAdd);
}
public void ParseDictionaryOption_WithMultipleKeyValueArguments_ReturnsDictionary(TemporaryDirectoryFixture tempDirectory)
{
// arrange
DictionaryOption dictOption = DictionaryOption.Create("dictionary", "kvp");
string key1 = "key1";
string value1 = "value1";
string key2 = "key2";
string value2 = "value2";
string[] args =
{
"--kvp", $"{key1}, {value1}", "--kvp", $"{key2}, {value2}"
};
// act
var result = dictOption.Parse(args);
// assert
Assert.Equal("", result.ErrorMessage);
Assert.True(result.Success);
Assert.Equal(value1, result.Result[key1]);
Assert.Equal(value2, result.Result[key2]);
}
public Boolean DoesWordExist(String word, DictionaryOption option)
{
word = word.Trim();
return word.Equals(String.Empty) || dictionary.DoesWordExist(word, option);
}
public Boolean DoesWordExist(String word, DictionaryOption option)
{
var trimmedWord = word.Trim().ToLower();
bool found = false;
lock (locker)
{
GetSmallerWordsCount(originalWords, trimmedWord, out found);
if (!found && option == DictionaryOption.IncludingStemming)
{
var stemmedWord = trimmedWord.GetStemmedQuery();
if (!stemmedWord.Equals(word))
{
GetSmallerWordsCount(stemmedWords, stemmedWord, out found);
}
}
return found;
}
}
public Boolean DoesWordExist(String word, DictionaryOption option)
{
word = word.Trim();
return(word.Equals(String.Empty) || dictionary.DoesWordExist(word, option));
}