public void appearsThrice()
{
WordCount count = new WordCount("Law", "There is no law except the law that there is no law.");
int correctCount = 3;
int returnCount = count.GetCount();
Assert.AreEqual(correctCount, returnCount);
}
public void IsCapturingWordAndSentance_CapturedAsData_String()
{
WordCount testCounter = new WordCount("Cathedral", "Hey, there's a good looking Cathedral");
string testWord = "Cathedral";
string testSentance = "Hey, there's a good looking Cathedral";
Assert.AreEqual(testWord, testCounter.GetWord());
Assert.AreEqual(testSentance, testCounter.GetSentance());
}
GetNumberOfMatches_ChecksWordAgainstSentenceContainingOneMatchThatIsSurroundedByWhiteSpaceReturnsOne_1()
{
string word = "cat";
string sentence = "Only a cat in this sentence.";
int matchCount = WordCount.GetNumberOfMatches(word, sentence);
Assert.AreEqual(1, matchCount);
}
GetNumberOfMatches_ChecksWordAgainstSentenceContainingOneMatchWithDifferentCasing_1()
{
string word = "cat";
string sentence = "Only a Cat in this sentence.";
int matchCount = WordCount.GetNumberOfMatches(word, sentence);
Assert.AreEqual(1, matchCount);
}
GetNumberOfMatches_ChecksWordAgainstSentenceContainingOneMatchWithPunctuationFollowingTheWord_1()
{
string word = "cat";
string sentence = "A cat.";
int matchCount = WordCount.GetNumberOfMatches(word, sentence);
Assert.AreEqual(1, matchCount);
}
GetNumberOfMatches_ChecksWordAgainstSentenceContainingTwoMatchesAndReturnsTwo_2()
{
string word = "cat";
string sentence = "A cat was friends with another cat named dog.";
int matchCount = WordCount.GetNumberOfMatches(word, sentence);
Assert.AreEqual(2, matchCount);
}
GetNumberOfMatches_ChecksWordAgainstSentenceContainingNoMatchesReturnsZero_0()
{
string word = "cat";
string sentence = "Only a dog in this sentence.";
int matchCount = WordCount.GetNumberOfMatches(word, sentence);
Assert.AreEqual(0, matchCount);
}
public void wordOneCharSmallerThanWhatsBeingChecked_NoWordCountAdded_String()
{
string word = "rat";
string sentance = "rate";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 0 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void AccountForPunctuationInSentance_IncludeWordsThatMayHavePunctuation_String()
{
string word = "Cool";
string sentance = "Cool! This is so cool, don't you think it's cool?";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 3 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void SmallerWordwithinAword_ExcludeSmallerWordsWithinWords_String()
{
string word = "cat";
string sentance = "cathedral";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 0 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void AccountForPunctuationSingleWord_IncludeWordsThatMayHavePunctuation_String()
{
string word = "Cool";
string sentance = "Cool!";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 1 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void FindOneWordInSentance_FindASingleWordMultipleTimes_String()
{
string word = "I";
string sentance = "Hello, I am cool, I think so at least.";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 2 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void FindOneSingleLetter_FindASingleLetter_String()
{
string word = "i";
string sentance = "i";
WordCount testCounter = new WordCount(word, sentance);
string testAnswer = "Your word " + word.ToLower() + " was found " + 1 + " times in the sentance '" + sentance + "'";
Assert.AreEqual(testAnswer, testCounter.wordCount());
}
public void Should_Filter_WordList_With_Supplied_Stopwords(ICollection <string> words, ICollection <string> stopwords, ICollection <string> expectedResult)
{
// Arrange
WordCount wordCount = CreateWordCount();
// Act
ICollection <string> result = wordCount.Filter(words, stopwords);
// Assert
result.Should().BeEquivalentTo(expectedResult);
}
public void Should_Calculate_Average_Word_Length_Of_Supplied_Collection(ICollection <string> stringList, double expectedCount)
{
// Arrange
WordCount wordCount = CreateWordCount();
// Act
double result = wordCount.CalculateAverageWordLength(
stringList);
// Assert
result.Should().Be(expectedCount);
}
public void Should_Sort_Supplied_Collection(ICollection <string> stringList, ICollection <string> expectedList)
{
// Arrange
WordCount wordCount = CreateWordCount();
// Act
ICollection <string> result = wordCount.Sort(
stringList);
// Assert
result.Should().BeEquivalentTo(expectedList);
}
public void Should_Split_Text_Into_Words(string text, IList <string> expectedResult)
{
// Arrange
WordCount wordSplitter = CreateWordCount();
// Act
ICollection <string> result = wordSplitter.SplitWords(
text);
// Assert
result.Should().BeEquivalentTo(expectedResult);
}
public void Should_Count_Words_Of_Supplied_Collection(ICollection <string> stringList, int expectedCount)
{
// Arrange
WordCount wordCount = CreateWordCount();
// Act
int result = wordCount.CountWords(
stringList);
// Assert
result.Should().Be(expectedCount);
}
public void IsSameWord_True()
{
//Arrange
WordCount sameWord = new WordCount("confirm", "confirm");
//Act
bool isSameWord = sameWord.IsSameWord();
//Assert
Assert.AreEqual(true, isSameWord);
Console.WriteLine("Is word same? " + isSameWord);
}
public void CorrectCountWithSpecialCharacters()
{
//Arrange
WordCount count = new WordCount("confirm", "confirm, confirm! confirm");
//Act
int correctCount = 3;
int returnCount = count.GetCount();
//Assert
Assert.AreEqual(correctCount, returnCount);
Console.WriteLine(returnCount);
}
public void CorrectCountWithCaps()
{
//Arrange
WordCount count = new WordCount("confirm", "Confirm confirm Confirm confirm");
//Act
int correctCount = 4;
int returnCount = count.GetCount();
//Assert
Assert.AreEqual(correctCount, returnCount);
Console.WriteLine(returnCount);
}
public void DoesClassInstantiate_InstantitionSuccessful_NewObj()
{
WordCount testCounter = new WordCount();
Assert.AreEqual(typeof(WordCount), testCounter.GetType());
}
public void IsWordCounter_HowManyAre_PleaseReEnter()
{
WordCount newCombination = new WordCount();
Assert.AreEqual(1, newCombination.RepeatCounter("are", "how are you"));
}
public void WordCounting_OnlyCountCompleteWords_Number()
{
WordCount testWord = new WordCount("Jef", "My name Jeffrey but I go by Jef");
Assert.AreEqual(testWord.WordCounting(), 1);
}
public void IsWordCounter_HowManyThe_PleaseReEnter()
{
WordCount newCombination = new WordCount();
Assert.AreEqual(2, newCombination.RepeatCounter("the", "The fox and the hound"));
}
public void wordCountIsRunning_ExecutionOfMethod_String()
{
WordCount testCounter = new WordCount("Cathedral", "Hey, there's a good looking Cathedral");
Assert.AreEqual("Your word cathedral was found 1 times in the sentance 'Hey, there's a good looking Cathedral'", testCounter.wordCount());
}
public void IsWordCounter_SentenceBlank_PleaseReEnter()
{
WordCount newCombination = new WordCount();
Assert.AreEqual("Please enter a word AND sentence", newCombination.FieldCheck("Hello", ""));
}
public void WordCount_AcceptInput_True()
{
WordCount testWord = new WordCount("Jef", "My name Jef");
Assert.AreEqual(typeof(WordCount), testWord.GetType());
}
public void IsWordCounter_WordBlank_PleaseReEnter()
{
WordCount newCombination = new WordCount();
Assert.AreEqual("Please enter a word AND sentence", newCombination.FieldCheck("", "How was your day?"));
}
public void IsWordCounter_HowManyKitten_PleaseReEnter()
{
WordCount newCombination = new WordCount();
Assert.AreEqual(0, newCombination.RepeatCounter("kitten", "Puppies are very energetic and cute"));
}
