public void WhenGivenAListOfWordsAsInputGenerateFrequencyOfTheWords()
{
var comment = new List <string> {
"code looks really neat"
};
var wordFrequency = new Dictionary <string, int> {
["code"] = 1, ["looks"] = 1, ["really"] = 1, ["neat"] = 2
};
InputMining obj = new InputMining();
var programComputedWordFrequency = obj.WordFrequencyGenerator(comment);
Assert.False(wordFrequency.Equals(programComputedWordFrequency));
}
public void WhenGivenParsedCommentAsInputRemoveTheStopWords()
{
var parsedComment = new List <string> {
"The", "the", "the", "code", "is", "working"
};
var commentFreeFromStopWords = new List <string> {
"code", "working"
};
InputMining obj = new InputMining();
var difference = commentFreeFromStopWords.Except(obj.RemoveStopWordsFromParsedComments(parsedComment));
var numberOfElements = difference.Count();
Assert.True(numberOfElements == 0);
}
public void WhenGivenRawCommentAsInputParseItIntoIndividualWords()
{
var rawComment = new List <string> {
"This is a raw comment"
};
InputMining obj = new InputMining();
var parsedComment = new List <string> {
"This", "is", "a", "raw", "comment"
};
var difference = parsedComment.Except(obj.ParseInput(rawComment));
var numberOfElements = difference.Count();
Assert.True(numberOfElements == 0);
}
