public void RemovingAllWords_FromMaster_WillDeleteMasterAsWell(bool oneByOne)
{
var master = MasterWordsService.GetAll().First();
var book = master.Books.First();
var before = MasterWordsService.GetAll().Count();
var beforeInBook = book.Words.Count();
if (oneByOne)
{
foreach (var w in master.Words.ToArray())
{
WordsService.Remove(w);
}
}
else
{
WordsService.Remove(master.Words);
}
var secondMaster = MasterWordsService.GetAll().First();
Assert.AreNotEqual(secondMaster, master);
Assert.AreEqual(before - 1, MasterWordsService.GetAll().Count(), "Master count missmatch");
Assert.AreEqual(beforeInBook - 1, book.Words.Count(), "Word in book count missmatch");
}
public ActionResult Index(int gridHeight = 3, int gridWidth = 3)
{
var model = new GridModel(gridHeight, gridWidth)
{
WordLengths = new List <int> {
3
}
};
if (Request.HttpMethod == "POST")
{
model.WordLengths = new List <int> {
Convert.ToInt32(Request["wordLength1"])
};
for (var i = 0; i < gridHeight; i++)
{
var currentRow = model.Rows[i];
for (var n = 0; n < gridWidth; n++)
{
currentRow[n] = new CellModel(model, i, n)
{
Value = Request.Form[$"col{i}_{n}"].ToLower()
};
}
}
var service = new WordsService();
var combos = service.GetAllCandidateWords(model, 0);
model.ValidWords.Add(combos.Children.ToList());
}
return(View(model));
}
public void RemovingLink_BetweenTwoWords_FirstArgWillKeepTheMasterWithAllTranslations()
{
// Arrange
var masterA = new MasterWord();
var wordInFirstArg = new Word(masterA, "Hi", new Language("English"));
var translation = new Word(masterA, "Hola", new Language("Spanish"));
new Word(masterA, "some word", new Language("some lang"));
MasterWordsService.Add(masterA);
// Act
WordsService.RemoveTranslation(wordInFirstArg, translation);
// Assert
var newMaster = MasterWordsService.Get(masterA.ID);
var newWord = WordsService.Get(wordInFirstArg.ID);
var newTranslation = WordsService.Get(translation.ID);
Assert.AreEqual(2, newMaster.Words.Count, "Master should have two words left");
Assert.AreEqual(newMaster, newWord.MasterWord, "Word in first argument should keep the master word");
Assert.AreEqual(1, newTranslation.MasterWord.Words.Count, "Translation master should only have 1 translation");
Assert.AreNotEqual(newTranslation.MasterWord, newWord.MasterWord, "Word in second argument should get new master created");
}
public void CreateDictionary()
{
// Arrange
var fileReader = Substitute.For <IFileReader>();
fileReader.ReadFile("fileName.txt").Returns(new Dictionary <string, int>()
{
{ "блок", 50 },
{ "блоха", 20 },
{ "блокада", 10 },
{ "катерина", 30 },
{ "катер", 20 },
});
var wordsService = new WordsService(GlobalTransactionScopeTestSetUp.Context, fileReader);
// Act
wordsService.CreateDictionary("fileName.txt").GetAwaiter().GetResult();
// Assert
var addedWords = GlobalTransactionScopeTestSetUp.Context.Words.ToList();
Assert.That(addedWords.Count == 5);
Assert.That(addedWords.Any(w => w.Count == 50 && w.Value == "блок"));
Assert.That(addedWords.Any(w => w.Count == 20 && w.Value == "блоха"));
Assert.That(addedWords.Any(w => w.Count == 10 && w.Value == "блокада"));
Assert.That(addedWords.Any(w => w.Count == 30 && w.Value == "катерина"));
Assert.That(addedWords.Any(w => w.Count == 20 && w.Value == "катер"));
}
public async Task GetAllWordsAsync_ReturnsEmptySetIfNone()
{
var service = new WordsService(_context);
var actual = await service.GetAllWordsAsync <Adverb>("en");
Assert.Empty(actual);
}
public Words_ViewModel(WordsModel model, WordType?wtype, int tt, IUnitOfWork uw)
{
_uow = uw;
Contract.Requires(model != null);
WordsInfo = model;
word = new WordsService(_uow);
option = new OptionService(_uow);
language = new LanguageServise(_uow);
listitem = new ListItems();
chatmodel = new MSChartVM();
//chatmodel.BarChart();
charttest = chatmodel.BarSeriesCollection;
TT = tt;
AllLanguages = GetAllLanguages();
allWordTypes = listitem.GetWordType();
app = option.GetAll();
wt = wtype;
RefreshProducts();
ConfigureValidationRules();
Validator.ResultChanged += OnValidationResultChanged;
}
public async Task GetRandomWordAsync_ReturnsNullIfNone()
{
var service = new WordsService(_context);
var actual = await service.GetRandomWordAsync <Adverb>("en");
Assert.Null(actual);
}
public async Task GetWordByIdAsync_ReturnsNullIfNotFound()
{
var service = new WordsService(_context);
var actual = await service.GetWordByIdAsync <Adjective>(12);
Assert.Null(actual);
}
public async Task UpdateWordsAsync_ReturnsPartialSetWhenSomeExist()
{
const int expectedCount = 3;
var expected = (await FeedTestData(_context, expectedCount)).OfType <Adjective>().ToList();
expected.ForEach(word =>
{
word.Value = "Changed";
word.IsDeleted = !word.IsDeleted;
word.IsVulgar = !word.IsVulgar;
word.LanguageCode = "pl";
});
var nonExistent = new List <Adjective>
{
GenerateWord <Adjective>(false, false),
GenerateWord <Adjective>(false, false),
GenerateWord <Adjective>(false, false)
};
var service = new WordsService(_context);
var actual = await service.UpdateWordsAsync(expected.Concat(nonExistent).ToList());
Assert.Equal(expectedCount, actual.Count);
actual.Select(w => w.Id).Should().Equal(expected.Select(w => w.Id));
actual.Select(w => w.Value).Should().Equal(expected.Select(w => w.Value));
actual.Select(w => w.IsDeleted).Should().Equal(expected.Select(w => w.IsDeleted));
actual.Select(w => w.IsVulgar).Should().Equal(expected.Select(w => w.IsVulgar));
actual.Select(w => w.LanguageCode).Should().Equal(expected.Select(w => w.LanguageCode));
}
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 GettingWords_ContainsALanguageAndListOfTranslation()
{
var word = WordsService.GetWordsWithData().First();
Assert.IsNotNull(word.Language);
Assert.IsNotNull(word.Translations);
Assert.AreEqual(2, word.Translations.Count());
}
public void AddSingleBook_CheckIfDataCountIsCorrect()
{
Assert.AreEqual(1, BooksService.GetAllWithData().Count(), "Books");
Assert.AreEqual(3, LanguagesService.GetAll().Count(), "Langs");
Assert.AreEqual(9, WordsService.GetWordsWithData().Count(), "Words");
Assert.AreEqual(3, MasterWordsService.GetAll().Count(), "MasterWords");
Assert.AreEqual(1, AccountService.GetAll().Count(), "Accounts");
}
public async Task GetRandomWordAsync_WithVulgarFilter_ReturnsNullIfNone()
{
await FeedTestData(_context, 1);
var service = new WordsService(_context);
var actual = await service.GetRandomWordAsync <Adverb>("en", useVulgar : true);
Assert.Null(actual);
}
public async Task UpdateWordAsync_ReturnsNullWhenDoesNotExist()
{
var expected = GenerateWord <Noun>(false, false);
var service = new WordsService(_context);
var actual = await service.UpdateWordAsync(expected);
Assert.Null(actual);
}
public async Task GetRandomWordAsync_WithVulgarFilter_ReturnsNullWhenNoneInLanguage()
{
await FeedTestData(_context, 3);
var service = new WordsService(_context);
var actual = await service.GetRandomWordAsync <Adjective>("pl", useVulgar : true);
Assert.Null(actual);
}
public MainWindow()
{
InitializeComponent();
_wordsService = new WordsService();
_yandexServices = new YandexServices();
_textBox.PreviewMouseDoubleClick += TextBox_PreviewMouseDoubleClick;
}
public async Task GetRandomWordAsync_ReturnsWordIfAny()
{
await FeedTestData(_context, 3);
var service = new WordsService(_context);
var actual = await service.GetRandomWordAsync <Noun>("en");
Assert.NotNull(actual);
Assert.IsType <Noun>(actual);
}
public void RemovingDefinition_FromWord_WillUpdateDB()
{
var word = WordsService.GetWordsWithData().First();
word.Definition = null;
WordsService.Update(word);
var newWord = WordsService.GetWordsWithData().First();
Assert.AreEqual(null, newWord.Definition, "Definition should be empty");
}
public async Task CreateWordAsync_AddsNewWord()
{
var expected = GenerateWord <Adverb>(false, false);
var service = new WordsService(_context);
var actual = await service.CreateWordAsync(expected);
Assert.Equal(expected.Id, actual);
Assert.Equal(1, _context.Set <Adverb>().Count());
}
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 async Task GetRandomWordAsync_WithVulgarFilter_ReturnsWordIfAny()
{
await FeedTestData(_context, 3);
var service = new WordsService(_context);
var actual = await service.GetRandomWordAsync <Noun>("en", useVulgar : true);
Assert.NotNull(actual);
Assert.IsType <Noun>(actual);
Assert.True(actual.IsVulgar);
}
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 async Task DeleteWordAsync_ReturnsIdWhenExists()
{
const int count = 3;
var expected = (await FeedTestData(_context, count)).OfType <Adverb>().First();
var service = new WordsService(_context);
var actual = await service.DeleteWordAsync(expected);
Assert.Equal(expected.Id, actual);
Assert.Equal(count - 1, _context.Set <Adverb>().Count());
}
public void RemovingExplanation_FromWord_WillUpdateDB()
{
var word = WordsService.GetWordsWithData().First();
var before = word.Explanations.Count();
word.Explanations = null;
WordsService.Update(word);
var newWord = WordsService.GetWordsWithData().First();
Assert.IsTrue(newWord.Explanations == null || newWord.Explanations.Count == 0, "Explanations should be empty");
}
public async Task GetAllWordsAsync_ReturnsAllFromSet()
{
const int expectedCount = 3;
var ids = (await FeedTestData(_context, expectedCount)).OfType <Noun>().Select(w => w.Id).ToList();
var service = new WordsService(_context);
var actual = await service.GetAllWordsAsync <Noun>("en");
Assert.Equal(expectedCount, actual.Count);
actual.Select(w => w.Id).Should().Equal(ids);
}
//TODO: use nhibernate join
private async void LoadWordsCollection(NHibernate.Criterion.ICriterion expression = null)
{
var allWords = new List <Word>();
WordsCollection.Clear();
var collection = await WordsService.GetDataAsync <Word>(expression);
if (collection != null)
{
foreach (var item in collection)
{
if (!allWords.Exists(x => x.Id == item.Id))
{
allWords.Add(item);
}
}
}
foreach (var item in allWords)
{
WordsCollection.Add(new WordViewModel {
WordToDisplay = item
});
}
var alreadyAdded = allWords.Count;
//only in case of searching it does matter
if (expression != null)
{
var collection2 = await WordsService.GetDataAsync <Translation>(expression);
if (collection2 != null)
{
foreach (var item in collection2)
{
foreach (var w in item.WordsStoredIn)
{
if (!allWords.Exists(x => x.Id == w.Id))
{
allWords.Add(w);
}
}
}
}
}
foreach (var item in allWords.Skip(alreadyAdded))
{
WordsCollection.Add(new WordViewModel {
WordToDisplay = item
});
}
allWords = null;
}
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 async Task GetWordByIdAsync_ReturnsWordIfFound()
{
var expected = (await FeedTestData(_context, 3)).OfType <Adverb>().First();
var service = new WordsService(_context);
var actual = await service.GetWordByIdAsync <Adverb>(expected.Id);
Assert.NotNull(actual);
Assert.IsType <Adverb>(actual);
Assert.Equal(expected.Id, actual.Id);
Assert.Equal(expected.Value, actual.Value);
}
public async Task DeleteWordsAsync_ReturnsIdSetOfDeletedWhenExist()
{
const int count = 5;
const int deletedCount = 3;
var expected = (await FeedTestData(_context, count)).OfType <Noun>().Skip(count - deletedCount).ToList();
var service = new WordsService(_context);
var actual = await service.DeleteWordsAsync(expected);
Assert.Equal(deletedCount, actual.Count);
Assert.Equal(count - deletedCount, _context.Set <Noun>().Count());
actual.Should().Equal(expected.Select(w => w.Id));
}
public async Task DeleteWordAsync_ReturnsZeroWhenDoesNotExist()
{
const int count = 3;
var nonExistent = (await FeedTestData(_context, count)).OfType <Adjective>().First();
nonExistent.Id = int.MaxValue;
var service = new WordsService(_context);
var actual = await service.DeleteWordAsync(nonExistent);
Assert.Equal(0, actual);
Assert.Equal(count, _context.Set <Adjective>().Count());
}
