public int Verify_Negative_Word_Count_Is_Correct(List <string> negativeWords, string contentToScan)
{
//Arrange
Mock <INegativeWordRepository> wordRepositoryMock = new Mock <INegativeWordRepository>();
NegativeWordScanner wordAnalyzer = new NegativeWordScanner(wordRepositoryMock.Object);
wordRepositoryMock.Setup(x => x.GetNegativeWords()).Returns(negativeWords);
//Act and Assert
return(wordAnalyzer.CountNegativeWords(contentToScan));
}
public void Verify_Negative_Words_Are_Masked_In_Content(List <string> negativeWords, string contentToScan, string maskedContent)
{
//Arrange
Mock <INegativeWordRepository> wordRepositoryMock = new Mock <INegativeWordRepository>();
NegativeWordScanner wordAnalyzer = new NegativeWordScanner(wordRepositoryMock.Object);
wordRepositoryMock.Setup(x => x.GetNegativeWords()).Returns(negativeWords);
//Act
var result = wordAnalyzer.FilterNegativeWordsFromContent(contentToScan);
//Assert
Assert.AreEqual(maskedContent, result);
}
public void Verify_Negative_Words_Are_Masked(List <string> negativeWords, string content, string maskedContent)
{
//Arrange
Mock <INegativeWordRepository> wordRepositoryMock = new Mock <INegativeWordRepository>();
NegativeWordScanner wordAnalyzer = new NegativeWordScanner(wordRepositoryMock.Object);
wordRepositoryMock.Setup(x => x.GetNegativeWords()).Returns(negativeWords);
//Act
var maskedWord = wordAnalyzer.MaskNegativeWord(content);
//Assert
Assert.AreEqual(maskedContent, maskedWord);
}
