public void CanReplaceDocumentObjectUsed() { MockDocument doc = new MockDocument(); editor.SetDocument(doc); Assert.AreSame(doc, editor.Document); }
public ElasticRepositoryTests() { _mockDocumentWithoutId = new MockDocument { Name = "mock #1", Value = "mock #1's value", CreationDate = DateTime.UtcNow, IsActive = true }; _mockDocumentWithId = new MockDocument { Id = "99", Name = "mock #2", Value = "mock #2's value", CreationDate = DateTime.UtcNow, IsActive = false }; ElasticClientManager.Initialize(new List <string> { string.Format(_testEndpoint, _testUsername, _testPassword) }, _testIndex); var client = ElasticClientManager.GetInstance(_testIndex); _mockRepo = new ElasticRepository <MockDocument>(client); }
public void SetUp() { // Set up SearchOptions required by the BruteForceSearchStrategy. SearchOptions.CurrentFindPattern = "foo"; SearchOptions.MatchCase = false; SearchOptions.MatchWholeWord = false; // Create search. search = new Search(); search.TextIteratorBuilder = new ForwardTextIteratorBuilder(); search.SearchStrategy = new BruteForceSearchStrategy(); MockCurrentDocumentIterator currentDocIterator = new MockCurrentDocumentIterator(); search.DocumentIterator = currentDocIterator; // Create the document to be searched. MockDocument doc = new MockDocument(); StringTextBufferStrategy textBufferStrategy = new StringTextBufferStrategy(); textBufferStrategy.SetContent("foo"); doc.TextBufferStrategy = textBufferStrategy; // Create a doc info with an initial end offset right // at the end of the text. ProvidedDocumentInformation docInfo = new ProvidedDocumentInformation(doc, @"C:\Temp\test.txt", doc.TextLength); currentDocIterator.Current = docInfo; currentDocIterator.CurrentFileName = docInfo.FileName; // Search the document. search.SearchStrategy.CompilePattern(null); result = search.FindNext(null); }
public MongoRepositoryTests() { _mockObject = new MockObject { Name = "mock #0" }; _mockDocument99 = new MockDocument { Id = "98", Name = "mock #1", Value = "mock #1's value", CreationDate = DateTime.UtcNow, IsActive = true }; _mockDocument98 = new MockDocument { Id = "99", Name = "mock #2", Value = "mock #2's value", CreationDate = DateTime.UtcNow, IsActive = false }; MongoClientManager.Initialize(_testConnectionString, _testDatabase); var database = MongoClientManager.GetInstance(_testDatabase); _mockObjectRepo = new MongoRepository <MockObject>(database); _mockDocumentRepo = new MongoRepository <MockDocument, string>(database); }
public async Task Simple_Request() { // arrange TestServer server = CreateStarWarsServer(); HttpClient client = server.CreateClient(); client.BaseAddress = new Uri("http://localhost:5000/graphql"); var document = new MockDocument("query Test { __typename }"); var request = new OperationRequest("Test", document); // act var results = new List <JsonDocument>(); var connection = new HttpConnection(() => client); await foreach (var response in connection.ExecuteAsync(request)) { if (response.Body is not null) { results.Add(response.Body); } } // assert Assert.Collection( results, t => t.RootElement.ToString().MatchSnapshot()); }
public void SetUp() { document = new Document(); validator = new DocumentValidator(); results = new ValidationResult(); document = MockDocument.Get(); }
public void TextEditorDocumentGetTextReturnsCorrectSectionOfText() { TextSection expectedSection = new TextSection(0, 5); MockDocument document = new MockDocument(); document.Text = "abcdefghi"; Assert.AreEqual("def", document.GetText(3, 3)); }
public void SetUp() { // Create the document to be iterated through. MockDocument doc = new MockDocument(); ProvidedDocumentInformation docInfo = new ProvidedDocumentInformation(doc, @"C:\Temp\test.txt", 0); // Create the forward iterator. forwardTextIterator = new ForwardTextIterator(docInfo); }
public void CreateTextEditorSnapshot_DocumentHasFakeSnapshot_ReturnsFakeSnapshot() { CreateXmlFoldingManager(); MockDocument expectedSnapshot = new MockDocument(); fakeTextEditor.MockDocument.SetSnapshot(expectedSnapshot); ITextBuffer snapshot = xmlFoldingManager.CreateTextEditorSnapshot(); Assert.AreEqual(expectedSnapshot, snapshot); }
public void UpdateFolds_XmlFoldParserReturnsNullFromGetFolds_FoldingManagerFoldsAreNotUpdated() { CreateXmlFoldingManager(); MockDocument expectedSnapshot = new MockDocument(); fakeTextEditor.MockDocument.SetSnapshot(expectedSnapshot); fakeXmlFoldParser.Folds = null; xmlFoldingManager.UpdateFolds(); bool result = fakeFoldingManager.IsUpdateFoldingsCalled; Assert.IsFalse(result); }
public void SetUp() { // Create the document to be iterated through. MockDocument doc = new MockDocument(); doc.Text = "bar"; // Create a doc info with an initial end offset right // at the end of the text. ProvidedDocumentInformation docInfo = new ProvidedDocumentInformation(doc, @"C:\Temp\test.txt", doc.TextLength); // Create the forward iterator. forwardTextIterator = new ForwardTextIterator(docInfo); }
public void GetFolds_FakeXmlFoldParserUsed_ReturnsFoldsFromFakeXmlFoldParser() { CreateXmlFoldingManager(); FoldingRegion fold = CreateFoldingRegion(); fakeXmlFoldParser.Folds.Add(fold); MockDocument expectedSnapshot = new MockDocument(); fakeTextEditor.MockDocument.SetSnapshot(expectedSnapshot); ITextBuffer snapshot = xmlFoldingManager.CreateTextEditorSnapshot(); IList <FoldingRegion> folds = xmlFoldingManager.GetFolds(snapshot); Assert.AreEqual(fakeXmlFoldParser.Folds, folds); }
public void UpdateFolds_NoParameterPassedToMethod_SnapshotPassedToXmlFoldParser() { CreateXmlFoldingManager(); AddDocumentPositionToOffsetReturnValue(5); AddDocumentPositionToOffsetReturnValue(10); MockDocument expectedSnapshot = new MockDocument(); fakeTextEditor.MockDocument.SetSnapshot(expectedSnapshot); FoldingRegion fold = CreateTestFoldingRegion(); fakeXmlFoldParser.Folds.Add(fold); xmlFoldingManager.UpdateFolds(); Assert.AreEqual(expectedSnapshot, fakeXmlFoldParser.TextBufferPassedToGetFolds); }
public void SetUp() { // Set up SearchOptions required by the BruteForceSearchStrategy. SearchOptions.CurrentFindPattern = "foo"; SearchOptions.MatchCase = false; SearchOptions.MatchWholeWord = false; // Create the document to be searched. MockDocument doc = new MockDocument(); doc.Text = "foo"; // Create a doc info with an initial end offset right // at the end of the text. ProvidedDocumentInformation docInfo = new ProvidedDocumentInformation(doc, @"C:\Temp\test.txt", doc.TextLength); // Search the document. // result = SearchManager.FindNext(SearchOptions.CurrentFindPattern, !SearchOptions.MatchCase, SearchOptions.MatchWholeWord, SearchMode.Normal, // ); }
public async Task Create_ShouldReturnOk_WhenAddedNewCustomer() { // Arrange var newCustomer = new MockDocument() { Address = "Address", City = "City", Phone = "Phone", CompanyName = "CompanyName", ContactName = "ContactName", Country = "Country", PostalCode = "PostalCode", Region = "Region" }; //Act var savedCustomer = await controller.Post(newCustomer); //Assert Assert.NotNull(savedCustomer.Result); }
public void UpdateFolds_NoParameterPassedToMethod_FakeXmlFoldParserFoldsUsedToUpdateFakeFoldingManager() { CreateXmlFoldingManager(); AddDocumentPositionToOffsetReturnValue(5); AddDocumentPositionToOffsetReturnValue(10); MockDocument expectedSnapshot = new MockDocument(); fakeTextEditor.MockDocument.SetSnapshot(expectedSnapshot); FoldingRegion fold = CreateTestFoldingRegion(); fakeXmlFoldParser.Folds.Add(fold); xmlFoldingManager.UpdateFolds(); IList <NewFolding> newFolds = fakeFoldingManager.NewFoldsPassedToUpdateFoldings; List <NewFolding> expectedFolds = CreateTestNewFoldingList(); NewFoldingHelper.AssertAreEqual(expectedFolds, newFolds); }
public void OneNodeMarked() { string xml = "<root><foo/></root>"; XPathNodeMatch[] nodes = XmlView.SelectNodes(xml, "//root"); IDocument doc = MockDocument.Create(); doc.TextContent = xml; MarkerStrategy markerStrategy = new MarkerStrategy(doc); XPathNodeTextMarker.AddMarkers(markerStrategy, nodes); List <TextMarker> markers = new List <TextMarker>(); foreach (TextMarker marker in markerStrategy.TextMarker) { markers.Add(marker); } // Remove markers. XPathNodeTextMarker.RemoveMarkers(markerStrategy); List <TextMarker> markersAfterRemove = new List <TextMarker>(); foreach (TextMarker markerAfterRemove in markerStrategy.TextMarker) { markers.Add(markerAfterRemove); } XPathNodeTextMarker xpathNodeTextMarker = (XPathNodeTextMarker)markers[0]; Assert.AreEqual(1, markers.Count); Assert.AreEqual(1, xpathNodeTextMarker.Offset); Assert.AreEqual(4, xpathNodeTextMarker.Length); Assert.AreEqual(TextMarkerType.SolidBlock, xpathNodeTextMarker.TextMarkerType); Assert.AreEqual(0, markersAfterRemove.Count); Assert.AreEqual(XPathNodeTextMarker.MarkerBackColor, xpathNodeTextMarker.Color); }
public void NamespaceQuery() { string xml = "<?xml version='1.0'?>\r\n" + "<Xml1></Xml1>"; XPathNodeMatch[] nodes = XmlView.SelectNodes(xml, "//namespace::*"); IDocument doc = MockDocument.Create(); doc.TextContent = xml; MarkerStrategy markerStrategy = new MarkerStrategy(doc); XPathNodeTextMarker.AddMarkers(markerStrategy, nodes); List <TextMarker> markers = new List <TextMarker>(); foreach (TextMarker marker in markerStrategy.TextMarker) { markers.Add(marker); } Assert.AreEqual(0, markers.Count); Assert.AreEqual(1, nodes.Length); }
public void EmptyCommentNode() { string xml = "<!----><root/>"; XPathNodeMatch[] nodes = XmlView.SelectNodes(xml, "//comment()"); IDocument doc = MockDocument.Create(); doc.TextContent = xml; MarkerStrategy markerStrategy = new MarkerStrategy(doc); XPathNodeTextMarker.AddMarkers(markerStrategy, nodes); List <TextMarker> markers = new List <TextMarker>(); foreach (TextMarker marker in markerStrategy.TextMarker) { markers.Add(marker); } Assert.AreEqual(0, markers.Count); Assert.AreEqual(1, nodes.Length); }
public async Task LoadTest_MessagesReceivedInCorrectOrder() { // arrange CancellationToken ct = new CancellationTokenSource(20_000).Token; using IWebHost host = TestServerHelper .CreateServer( x => x.AddTypeExtension <StringSubscriptionExtensions>(), out var port); ServiceCollection serviceCollection = new(); serviceCollection .AddProtocol <GraphQLWebSocketProtocolFactory>(); for (var i = 0; i < 10; i++) { serviceCollection.AddWebSocketClient( "Foo" + i, c => c.Uri = new Uri("ws://localhost:" + port + "/graphql")); } IServiceProvider services = serviceCollection.BuildServiceProvider(); ISessionPool sessionPool = services.GetRequiredService <ISessionPool>(); var globalCounter = 0; async Task?CreateSubscription(int client, int id) { var connection = new WebSocketConnection(async ct => await sessionPool.CreateAsync("Foo" + client, ct)); var document = new MockDocument($"subscription Test {{ countUp }}"); var request = new OperationRequest("Test", document); var counter = 0; await foreach (var response in connection.ExecuteAsync(request, ct)) { if (response.Body is not null) { Interlocked.Increment(ref globalCounter); var received = response.Body.RootElement .GetProperty("data") .GetProperty("countUp") .GetInt32(); if (counter != received) { throw new InvalidOperationException(); } counter++; } } } // act var list = new List <Task>(); for (var i = 0; i < 10; i++) { for (var j = 0; j < 10; j++) { list.Add(CreateSubscription(i, j)); } } await Task.WhenAll(list); // assert Assert.Equal(10000, globalCounter); }
public async Task Parallel_Request_SameSocket() { Snapshot.FullName(); await TryTest(async ct => { // arrange using IWebHost host = TestServerHelper .CreateServer( x => x.AddTypeExtension <StringSubscriptionExtensions>(), out var port); ServiceCollection serviceCollection = new(); serviceCollection .AddProtocol <GraphQLWebSocketProtocolFactory>() .AddWebSocketClient( "Foo", c => c.Uri = new Uri("ws://localhost:" + port + "/graphql")); IServiceProvider services = serviceCollection.BuildServiceProvider(); ISessionPool sessionPool = services.GetRequiredService <ISessionPool>(); ConcurrentDictionary <int, List <JsonDocument> > results = new(); async Task CreateSubscription(int id) { var connection = new WebSocketConnection( async cancellationToken => await sessionPool.CreateAsync("Foo", cancellationToken)); var document = new MockDocument( $"subscription Test {{ onTest(id:{id.ToString()}) }}"); var request = new OperationRequest("Test", document); await foreach (var response in connection.ExecuteAsync(request, ct)) { if (response.Body is not null) { results.AddOrUpdate(id, _ => new List <JsonDocument> { response.Body }, (_, l) => { l.Add(response.Body); return(l); }); } } } // act var list = new List <Task>(); for (var i = 0; i < 15; i++) { list.Add(CreateSubscription(i)); } await Task.WhenAll(list); // assert var str = ""; foreach (KeyValuePair <int, List <JsonDocument> > sub in results.OrderBy(x => x.Key)) { JsonDocument[] jsonDocuments = sub.Value.ToArray(); str += "Operation " + sub.Key + "\n"; for (var index = 0; index < jsonDocuments.Length; index++) { str += "Operation " + jsonDocuments[index].RootElement + "\n"; } } str.MatchSnapshot(); }); }
public void Init() { document = new MockDocument(); }