public void RemovingLink_BetweenTwoWords_WillCreateNewMasterWordForIt(bool cleanCache)
{
// Arrange
var masterA = new MasterWord();
var wordA = new Word(masterA, "Hi", new Language("English"));
var wordB = new Word(masterA, "Hola", new Language("Spanish"));
MasterWordsService.Add(masterA);
if (cleanCache)
{
RefreshServicesAndClearCache();
wordA = WordsService.GetAll().First(w => w.ID == wordA.ID);
wordB = WordsService.GetAll().First(w => w.ID == wordB.ID);
}
// Act
WordsService.RemoveTranslation(wordA, wordB);
// Assert
var newA = WordsService.Get(wordA.ID);
var newB = WordsService.Get(wordB.ID);
masterA = MasterWordsService.Get(masterA.ID);
Assert.AreNotEqual(newA.MasterWord, newB.MasterWord, "Master words should differ. New Ref");
Assert.AreNotEqual(wordA.MasterWord, wordB.MasterWord, "Master words should differ. Old Ref");
Assert.AreEqual(1, masterA.Words.Count(), "MasterWord word count should be 1");
}
public void CanAdd_Word_ToDatabase()
{
var beforeWords = WordsService.GetAll().Count();
WordsService.Add(new Word()
{
MasterWord = new MasterWord(), Text = "Something", Language = LanguagesService.GetAll().First()
});
Assert.AreEqual(beforeWords + 1, WordsService.GetWordsWithData().Count());
}
public void RemovingWord_WithExplanationsAndDefinitions_UdpatesDB()
{
var before = WordsService.GetAll().Count();
var word = WordsService.GetWordsWithData().First();
WordsService.Remove(word);
var after = WordsService.GetAll().Count();
Assert.AreEqual(before - 1, after, "Count missmatch");
}
public void RemovingLink_BetweenTwoWords_WillRelinkWordsInBooks(
[Values(true, false)] bool enBookLang,
[Values(true, false)] bool invertRemoval)
{
// Arrange
var langEn = new Language("English");
var langEsp = new Language("Spanish");
var masterA = new MasterWord();
var wordA = new Word(masterA, "Hi", langEn);
var wordB = new Word(masterA, "Hola", langEsp);
new Word(masterA, "some word", new Language("some lang"));
var book = new Book("name", enBookLang ? langEn : langEsp);
book.AddWord(masterA);
MasterWordsService.Add(masterA);
BooksService.Add(book);
// Act
RefreshServicesAndClearCache();
wordA = WordsService.GetAll().First(w => w.ID == wordA.ID);
wordB = WordsService.GetAll().First(w => w.ID == wordB.ID);
if (invertRemoval)
{
WordsService.RemoveTranslation(wordA, wordB);
}
else
{
WordsService.RemoveTranslation(wordB, wordA);
}
// Assert
book = BooksService.Get(book.ID);
Assert.AreEqual(1, book.WordCount, "Book word count should be 1. Old Ref");
Assert.AreEqual(1, book.WordCount, "Book word count should be 1. New Ref");
Assert.IsNotNull(book.Words.First()[book.Language],
"After removing translation between two words, book should keep the master word which aligns with book language. New Ref");
var wordInBook = enBookLang ? wordA : wordB;
var wordWithoutBook = enBookLang ? wordB : wordA;
Assert.AreEqual(book, wordInBook.MasterWord.Books.First(), "word should be in a book");
Assert.AreEqual(book.Language, wordInBook.Language, "book and word languages should be the same");
Assert.AreEqual(book.Words.First(), wordInBook.MasterWord, "master word should be the same of word left of correct language");
Assert.AreEqual(0, wordWithoutBook.MasterWord.Books.Count(), "other word should have no books");
}
public void AddingLink_BetweenTwoWords_WillMergeTheirMasterWords(
[Values(true, false)] bool wordBHasMoreTranslations,
[Values(3, 5)] int amountOfWords,
[Values(true, false)] bool cleanCache)
{
// Arrange
PrepareTwoWords(out MasterWord masterA, out Word wordA, out MasterWord masterB, out Word wordB, (a, b) =>
{
if (amountOfWords == 5)
{
new Word(a, "smh1", new Language("Any1"));
new Word(b, "smh2", new Language("Any2"));
}
if (wordBHasMoreTranslations)
{
new Word(b, "smh", new Language("Any3"));
}
else
{
new Word(a, "smh", new Language("Any3"));
}
});
var mwcount = MasterWordsService.GetAll().Count();
if (cleanCache)
{
RefreshServicesAndClearCache();
wordA = WordsService.GetAll().First(w => w.ID == wordA.ID);
wordB = WordsService.GetAll().First(w => w.ID == wordB.ID);
}
// Act
WordsService.AddTranslation(wordA, wordB);
// Assert
var newA = WordsService.Get(wordA.ID);
var newB = WordsService.Get(wordB.ID);
var masterWordToSurvive = wordBHasMoreTranslations ? masterB : masterA;
masterWordToSurvive = MasterWordsService.Get(masterWordToSurvive.ID);
Assert.AreEqual(wordA.MasterWord, wordB.MasterWord, "Master words should be the same. Old ref");
Assert.AreEqual(newA.MasterWord, newB.MasterWord, "Master words should be the same. New ref");
Assert.AreEqual(amountOfWords, masterWordToSurvive.Words.Count, "all words should be on same master now");
Assert.AreEqual(masterWordToSurvive, newB.MasterWord, "Master word was taken from incorrect word");
Assert.AreEqual(mwcount - 1, MasterWordsService.GetAll().Count(), "Master word count should go down");
}
public void RemovingWord_WithNotLoadedMaster_StillWorksFine()
{
// Arrange
var masterA = new MasterWord();
var wordA = new Word(masterA, "Hi", new Language("English"));
MasterWordsService.Add(masterA);
RefreshServicesAndClearCache();
// Act
WordsService.Remove(WordsService.GetAll().WithID(wordA));
// Assert
Assert.IsNull(MasterWordsService.Get(masterA.ID), "Master should be destroyed");
Assert.IsNull(WordsService.Get(wordA.ID), "Word should be destroyed");
}
public void AddingLink_BetweenTwoWords_WillRefuseToMergeIfItsAlreadyTranslatedToThatLanguage(
[Values(true, false)] bool inverseAddition,
[Values(true, false)] bool cleanCache)
{
// Arrange
var langEn = new Language("English");
var langEsp = new Language("Spanish");
var langJp = new Language("Japanese");
var masterA = new MasterWord();
var masterB = new MasterWord();
var wordA1 = new Word(masterA, "Hi orig", langEn);
var wordA2 = new Word(masterA, "Hola", langEsp);
var wordB1 = new Word(masterA, "Hi duplicate", langEn);
var wordB2 = new Word(masterA, "おはよう", langJp);
MasterWordsService.Add(masterA);
MasterWordsService.Add(masterB);
if (cleanCache)
{
RefreshServicesAndClearCache();
wordA2 = WordsService.GetAll().First(w => w.ID == wordA2.ID);
wordB2 = WordsService.GetAll().First(w => w.ID == wordB2.ID);
}
// Act
Assert.Throws <InvalidOperationException>(() =>
{
if (inverseAddition)
{
WordsService.AddTranslation(wordA2, wordB2);
}
else
{
WordsService.AddTranslation(wordB2, wordA2);
}
});
}
public void Adding_WordWithSameLanguage_WillNotIncrementLanguages()
{
var beforeWords = WordsService.GetAll().Count();
var beforeLangs = LanguagesService.GetAll().Count();
var lang = new Language()
{
Name = "Another"
};
WordsService.Add(new Word()
{
MasterWord = new MasterWord(), Text = "Something", Language = lang
});
WordsService.Add(new Word()
{
MasterWord = new MasterWord(), Text = "anything", Language = lang
});
Assert.AreEqual(beforeWords + 2, WordsService.GetWordsWithData().Count(), "Words count missmatch");
Assert.AreEqual(beforeLangs + 1, LanguagesService.GetAll().Count(), "Language count missmatch");
}
public void RemovingAllWords_DestroysMasterWordAsWell_UsingRemoveRange([Values(true, false)] bool cleanCache)
{
// Arrange
var masterA = new MasterWord();
new Word(masterA, "Hi", new Language("English"));
new Word(masterA, "Hola", new Language("Spanish"));
MasterWordsService.Add(masterA);
if (cleanCache)
{
RefreshServicesAndClearCache();
}
// Act
WordsService.Remove(WordsService.GetAll().ToArray());
// Assert
masterA = MasterWordsService.Get(masterA.ID);
Assert.IsNull(masterA, "Master should be destroyed");
}
public void AddingLink_BetweenTwoWords_WillUpdateRefsInBooksToCorrectMasterWord(
[Values(true, false)] bool bookLinksToBoth,
[Values(true, false)] bool cleanCache)
{
// Arrange
PrepareTwoWords(out MasterWord masterA, out Word wordA, out MasterWord masterB, out Word wordB);
var book = new Book("name", wordA.Language);
book.AddWord(masterB); // masterB is the one being destroyed
if (bookLinksToBoth)
{
book.AddWord(masterA);
}
BooksService.Add(book);
if (cleanCache)
{
RefreshServicesAndClearCache();
wordA = WordsService.GetAll().First(w => w.ID == wordA.ID);
wordB = WordsService.GetAll().First(w => w.ID == wordB.ID);
}
// Act
WordsService.AddTranslation(wordA, wordB);
// Assert
book = BooksService.Get(book.ID);
masterA = MasterWordsService.Get(masterA.ID);
masterB = MasterWordsService.Get(masterB.ID);
Assert.AreEqual(masterA.ID, book.Words.First().ID, "Master words should be the same");
Assert.AreEqual(1, book.Words.Count(), "Master words should be the same");
Assert.AreEqual(book, masterA.Books.First(), "MasterA should link to correct book");
Assert.IsNull(masterB, "MasterB should have been destroyed");
}