public void GetTags()
{
Create("dog", "cat", "fish", "dog");
_asyncTaggerSource.SetBackgroundFunc(span => TestUtils.GetDogTags(span));
_asyncTagger.GetTags(_textBuffer.GetLineRange(0).Extent);
Assert.True(_asyncTagger.AsyncBackgroundRequestData.IsSome());
// Background is done. Because we control the synchronization TestableSynchronizationContext though the foreground
// thread still sees it as active and hence will continue to queue data on it
_asyncTagger.AsyncBackgroundRequestData.Value.Task.Wait();
Assert.True(_asyncTagger.AsyncBackgroundRequestData.IsSome());
_asyncTagger.GetTags(_textBuffer.GetLineRange(3).Extent);
// Clear the queue, the missing work will be seen and immedieatly requeued
TestableSynchronizationContext.RunAll();
WaitForBackgroundToComplete();
var tags = _asyncTagger.GetTags(_textBuffer.GetExtent());
Assert.Equal(
new[] { _textBuffer.GetLineSpan(0, 3), _textBuffer.GetLineSpan(3, 3) },
tags.Select(x => x.Span));
TestableSynchronizationContext.RunAll();
WaitForBackgroundToComplete();
}
public void SimpleMultipleSameLine()
{
using (var context = new TestableSynchronizationContext())
{
Create("cat dog dog", "fish");
var tags = _tagger.GetTags(_textBuffer.GetExtent()).ToList();
var expected = new[] { _textBuffer.GetSpan(4, 3), _textBuffer.GetSpan(8, 3) };
if (tags.Count == 0)
{
// Fine for the result to be delayed but we must see a TagsChanged event occur
// to signal the new tags. The SnapshotSpan values which occur in that list
// must include the expected span
Assert.False(IsComplete());
WaitUntilCompleted(context);
foreach (var value in expected)
{
Assert.Contains(_tagsChangedList, x => x.Span.Contains(value));
}
tags = _tagger.GetTags(_textBuffer.GetExtent()).ToList();
}
else
{
// If the tags returned promptly they shouldn't have raised any tags changed
// events
Assert.Empty(_tagsChangedList);
}
Assert.Equal(expected, tags.Select(x => x.Span));
}
}
public void TextViewClosedImmediatelyAfterInitialLayout()
{
var textBuffer = CreateTextBuffer("");
var vimTextBuffer = _vimBufferFactory.CreateVimTextBuffer(textBuffer, _vim);
var textView = MockObjectFactory.CreateTextView(textBuffer, factory: _factory);
textView.SetupGet(x => x.TextViewLines).Returns((ITextViewLineCollection)null);
textView.SetupGet(x => x.InLayout).Returns(false);
textView.SetupGet(x => x.IsClosed).Returns(false);
var vimBuffer = _vimBufferFactory.CreateVimBuffer(textView.Object, vimTextBuffer);
Assert.Equal(ModeKind.Uninitialized, vimBuffer.ModeKind);
textView.SetupGet(x => x.TextViewLines).Returns(() =>
{
var lines = _factory.Create <ITextViewLineCollection>();
lines.SetupGet(x => x.IsValid).Returns(true);
return(lines.Object);
});
textView.SetupGet(x => x.InLayout).Returns(false);
textView.SetupGet(x => x.IsClosed).Returns(false);
textView.Raise(x => x.LayoutChanged += null, (TextViewLayoutChangedEventArgs)null);
Assert.Equal(ModeKind.Uninitialized, vimBuffer.ModeKind);
Assert.Equal(1, TestableSynchronizationContext.PostedCallbackCount);
textView.SetupGet(x => x.IsClosed).Returns(true);
textView.SetupGet(x => x.TextViewLines).Throws(new Exception());
TestableSynchronizationContext.RunAll();
Assert.Equal(ModeKind.Uninitialized, vimBuffer.ModeKind);
}
public SelectionChangeTrackerTest()
{
_factory = new MockRepository(MockBehavior.Loose);
_selection = _factory.Create<ITextSelection>();
_textView = MockObjectFactory.CreateTextView(
selection: _selection.Object,
factory: _factory);
_vimHost = _factory.Create<IVimHost>();
_vimHost.Setup(x => x.IsFocused(_textView.Object)).Returns(true);
_vimBuffer = MockObjectFactory.CreateVimBuffer(
textView: _textView.Object,
vim: MockObjectFactory.CreateVim(host: _vimHost.Object).Object,
factory: _factory);
_vimBuffer.SetupGet(x => x.IsClosed).Returns(false);
_mouseDevice = _factory.Create<IMouseDevice>();
_selectionOverride = _factory.Create<IVisualModeSelectionOverride>();
_selectionOverride.Setup(x => x.IsInsertModePreferred(It.IsAny<ITextView>())).Returns(false);
var selectionList = new List<IVisualModeSelectionOverride>();
selectionList.Add(_selectionOverride.Object);
_context = new TestableSynchronizationContext();
_context.Install();
_tracker = new SelectionChangeTracker(_vimBuffer.Object, _factory.Create<ICommonOperations>(MockBehavior.Loose).Object, selectionList.ToFSharpList(), _mouseDevice.Object);
}
private void AssertLastLine(int lineNumber)
{
TestableSynchronizationContext.RunAll();
var actual = _textView.GetLastVisibleLineNumber();
Assert.Equal(lineNumber, actual);
}
public void SelectOfText()
{
Create("cat dog");
_textSelection.Select(0, 3);
TestableSynchronizationContext.RunAll();
Assert.Equal(ModeKind.SelectCharacter, _vimBuffer.ModeKind);
}
public void TextViewInLayoutInsideLayoutEvent()
{
var textBuffer = CreateTextBuffer("");
var vimTextBuffer = _vimBufferFactory.CreateVimTextBuffer(textBuffer, _vim);
var textView = MockObjectFactory.CreateTextView(textBuffer, factory: _factory);
textView.SetupGet(x => x.TextViewLines).Returns((ITextViewLineCollection)null);
textView.SetupGet(x => x.InLayout).Returns(false);
textView.SetupGet(x => x.IsClosed).Returns(false);
var vimBuffer = _vimBufferFactory.CreateVimBuffer(textView.Object, vimTextBuffer);
Assert.Equal(ModeKind.Uninitialized, vimBuffer.ModeKind);
// Still can't initialize here because inside the event we are in another layout
// which prevents a mode change
textView.SetupGet(x => x.TextViewLines).Throws(new Exception());
textView.SetupGet(x => x.InLayout).Returns(true);
textView.Raise(x => x.LayoutChanged += null, (TextViewLayoutChangedEventArgs)null);
Assert.Equal(ModeKind.Uninitialized, vimBuffer.ModeKind);
textView.SetupGet(x => x.Caret.Position).Returns(new CaretPosition());
textView.SetupGet(x => x.TextViewLines).Returns(_factory.Create <ITextViewLineCollection>().Object);
textView.SetupGet(x => x.InLayout).Returns(false);
textView.Raise(x => x.LayoutChanged += null, (TextViewLayoutChangedEventArgs)null);
TestableSynchronizationContext.RunAll();
Dispatcher.CurrentDispatcher.DoEvents();
Assert.Equal(ModeKind.Normal, vimBuffer.ModeKind);
}
public SelectionChangeTrackerTest()
{
_factory = new MockRepository(MockBehavior.Loose);
_selection = _factory.Create <ITextSelection>();
_textView = MockObjectFactory.CreateTextView(
selection: _selection.Object,
factory: _factory);
_vimHost = _factory.Create <IVimHost>();
_vimHost.Setup(x => x.IsFocused(_textView.Object)).Returns(true);
_vimBuffer = MockObjectFactory.CreateVimBuffer(
textView: _textView.Object,
vim: MockObjectFactory.CreateVim(host: _vimHost.Object).Object,
factory: _factory);
_vimBuffer.SetupGet(x => x.IsClosed).Returns(false);
_mouseDevice = _factory.Create <IMouseDevice>();
_selectionOverride = _factory.Create <IVisualModeSelectionOverride>();
_selectionOverride.Setup(x => x.IsInsertModePreferred(It.IsAny <ITextView>())).Returns(false);
var selectionList = new List <IVisualModeSelectionOverride>();
selectionList.Add(_selectionOverride.Object);
_context = new TestableSynchronizationContext();
_context.Install();
_tracker = new SelectionChangeTracker(_vimBuffer.Object, _factory.Create <ICommonOperations>(MockBehavior.Loose).Object, selectionList.ToFSharpList(), _mouseDevice.Object);
}
public void Start_LineShouldSelectWholeLine()
{
Create(VisualKind.Line, "foo", "bar");
TestableSynchronizationContext.RunAll();
Assert.Equal(_textView.TextBuffer.GetLineFromLineNumber(0).Start, _textView.Selection.Start.Position);
Assert.Equal(_textView.TextBuffer.GetLineFromLineNumber(0).EndIncludingLineBreak, _textView.Selection.End.Position);
}
public void BackgroundCompleted()
{
Create("dog", "cat", "fish", "dog");
_asyncTaggerSource.SetBackgroundFunc(span => TestUtils.GetDogTags(span));
_asyncTagger.GetTags(_textBuffer.GetLineRange(0).Extent);
_asyncTagger.AsyncBackgroundRequestData.Value.Task.Wait();
// The background request is now complete and it's posted to the UI thread. Create a
// new request on a new snapshot. This will supercede the existing request
_textBuffer.Replace(new Span(0, 0), "big ");
_asyncTagger.GetTags(_textBuffer.GetLineRange(0).Extent);
Assert.True(_asyncTagger.AsyncBackgroundRequestData.IsSome());
var tokenSource = _asyncTagger.AsyncBackgroundRequestData.Value.CancellationTokenSource;
// The background will try to post twice (once for progress and the other for complete)
for (var i = 0; i < 2; i++)
{
TestableSynchronizationContext.RunOne();
Assert.True(_asyncTagger.AsyncBackgroundRequestData.IsSome());
Assert.Equal(tokenSource, _asyncTagger.AsyncBackgroundRequestData.Value.CancellationTokenSource);
}
_asyncTagger.AsyncBackgroundRequestData.Value.Task.Wait();
TestableSynchronizationContext.RunAll();
}
protected void EnterSelect(int start, int length)
{
var span = new SnapshotSpan(_textBuffer.CurrentSnapshot, start, length);
_textView.SelectAndMoveCaret(span);
TestableSynchronizationContext.RunAll();
Assert.Equal(ModeKind.SelectCharacter, _vimBuffer.ModeKind);
}
protected override void WaitUntilCompleted(TestableSynchronizationContext context)
{
Assert.NotNull(context);
while (_asyncTagger.AsyncBackgroundRequestData.IsSome())
{
Thread.Yield();
context.RunAll();
}
}
private void ResetState()
{
Vim.MarkMap.Clear();
Vim.VimData.SearchHistory.Reset();
Vim.VimData.CommandHistory.Reset();
Vim.VimData.LastCommand = FSharpOption <StoredCommand> .None;
Vim.VimData.LastCommandLine = "";
Vim.VimData.LastShellCommand = FSharpOption <string> .None;
Vim.VimData.LastTextInsert = FSharpOption <string> .None;
Vim.VimData.AutoCommands = FSharpList <AutoCommand> .Empty;
Vim.VimData.AutoCommandGroups = FSharpList <AutoCommandGroup> .Empty;
Vim.KeyMap.ClearAll();
Vim.KeyMap.IsZeroMappingEnabled = true;
Vim.CloseAllVimBuffers();
Vim.IsDisabled = false;
// The majority of tests run without a VimRc file but a few do customize it for specific
// test reasons. Make sure it's consistent
VimRcState = VimRcState.None;
// Reset all of the global settings back to their default values. Adds quite
// a bit of sanity to the test bed
foreach (var setting in Vim.GlobalSettings.Settings)
{
if (!setting.IsValueDefault && !setting.IsValueCalculated)
{
Vim.GlobalSettings.TrySetValue(setting.Name, setting.DefaultValue);
}
}
// Reset all of the register values to empty
foreach (var name in Vim.RegisterMap.RegisterNames)
{
Vim.RegisterMap.GetRegister(name).UpdateValue("");
}
// Don't let recording persist across tests
if (Vim.MacroRecorder.IsRecording)
{
Vim.MacroRecorder.StopRecording();
}
if (Vim.VimHost is MockVimHost vimHost)
{
vimHost.ShouldCreateVimBufferImpl = false;
vimHost.Clear();
}
VariableMap.Clear();
VimErrorDetector.Clear();
TestableSynchronizationContext?.Dispose();
TestableSynchronizationContext = null;
}
public void CreateBuffer(params string[] lines)
{
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
var tuple = EditorUtil.CreateViewAndOperations(lines);
_textView = tuple.Item1;
var service = EditorUtil.FactoryService;
_buffer = service.vim.CreateBuffer(_textView);
Assert.IsTrue(_context.IsEmpty);
}
public void Simple()
{
Create("big dog", "big cat", "big tree", "big fish");
var blockSpan = _vimBuffer.GetBlockSpan(1, 2, 0, 2);
var visualSpan = VisualSpan.NewBlock(blockSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.Equal(blockSpan, _vimBuffer.GetSelectionBlockSpan());
Assert.Equal(TextSelectionMode.Box, _textView.Selection.Mode);
}
public void ForwardIntoLineBreak()
{
Create("cat", "dog");
var characterSpan = new CharacterSpan(_textBuffer.GetSpan(0, 4));
var visualSpan = VisualSpan.NewCharacter(characterSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.Equal(4, _textView.Selection.StreamSelectionSpan.Length);
Assert.False(_textView.Selection.IsReversed);
}
public void Forward()
{
Create("big dog", "big cat", "big tree", "big fish");
var characterSpan = new CharacterSpan(_textBuffer.GetSpan(1, 3));
var visualSpan = VisualSpan.NewCharacter(characterSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.False(_textView.Selection.IsReversed);
Assert.Equal(characterSpan.Span, _textView.GetSelectionSpan());
}
public void IncludeLineBreak()
{
Create("cat", "dog");
_textView.Selection.Select(_textBuffer.GetPoint(0), _textBuffer.GetPoint(5));
TestableSynchronizationContext.RunAll();
var visualSpan = VisualSpan.CreateForSelection(_textView, VisualKind.Character, tabStop: 4);
var characterSpan = visualSpan.AsCharacter().Item;
Assert.True(characterSpan.IncludeLastLineLineBreak);
Assert.Equal(1, characterSpan.LineCount);
}
public void Forward()
{
Create("big dog", "big cat", "big tree", "big fish");
var lineRange = _textBuffer.GetLineRange(1);
var visualSpan = VisualSpan.NewLine(lineRange);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.False(_textView.Selection.IsReversed);
Assert.Equal(lineRange.ExtentIncludingLineBreak, _textView.GetSelectionSpan());
}
protected virtual void Create(params string[] lines)
{
_vimBuffer = CreateVimBuffer(lines);
_textView = _vimBuffer.TextView;
_textBuffer = _vimBuffer.TextBuffer;
_globalSettings = _vimBuffer.GlobalSettings;
_globalSettings.SelectModeOptions = SelectModeOptions.Mouse | SelectModeOptions.Keyboard;
_textSelection = _textView.Selection;
_context = new TestableSynchronizationContext();
_context.Install();
}
public void ExtendSelection()
{
Create("cat dog");
_textSelection.Select(0, 3);
TestableSynchronizationContext.RunAll();
Assert.Equal(ModeKind.SelectCharacter, _vimBuffer.ModeKind);
_textSelection.Select(0, 5);
Assert.False(TestableSynchronizationContext.IsEmpty);
TestableSynchronizationContext.RunAll();
Assert.Equal(ModeKind.SelectCharacter, _vimBuffer.ModeKind);
}
protected void Create(params string[] lines)
{
_vimBuffer = CreateVimBuffer(lines);
_textView = _vimBuffer.TextView;
_textBuffer = _vimBuffer.TextBuffer;
_globalSettings = _vimBuffer.GlobalSettings;
_globalSettings.SelectModeOptions = SelectModeOptions.Mouse | SelectModeOptions.Keyboard;
_textSelection = _textView.Selection;
_context = new TestableSynchronizationContext();
_context.Install();
}
public void EndsInEmptyLineCase()
{
Create("cat", "", "dog");
_textView.Selection.Select(_textBuffer.GetPoint(0), _textBuffer.GetPoint(6));
TestableSynchronizationContext.RunAll();
Assert.Equal(1, _textView.Selection.StreamSelectionSpan.End.Position.GetContainingLine().LineNumber);
var visualSpan = VisualSpan.CreateForSelection(_textView, VisualKind.Character, tabStop: 4);
var characterSpan = visualSpan.AsCharacter().Item;
Assert.Equal(2, characterSpan.LineCount);
Assert.True(characterSpan.IncludeLastLineLineBreak);
}
protected virtual void Create(params string[] lines)
{
_vimBuffer = CreateVimBuffer(lines);
_textView = _vimBuffer.TextView;
_textBuffer = _vimBuffer.TextBuffer;
_globalSettings = _vimBuffer.GlobalSettings;
_globalSettings.SelectModeOptions = SelectModeOptions.Mouse | SelectModeOptions.Keyboard;
_textSelection = _textView.Selection;
_context = new TestableSynchronizationContext();
_context.Install();
_testableMouseDevice = (TestableMouseDevice)MouseDevice;
_testableMouseDevice.IsLeftButtonPressed = true;
}
public void UsePrompt()
{
using (var TestableSynchronizationContext = new TestableSynchronizationContext())
{
Create("hello world");
_asyncTaggerSource.SetPromptTags(_textBuffer.GetSpan(0, 1));
var tags = _asyncTagger.GetTags(EntireBufferSpan).ToList();
Assert.Single(tags);
Assert.Equal(_textBuffer.GetSpan(0, 1), tags[0].Span);
Assert.True(TestableSynchronizationContext.IsEmpty);
Assert.True(_asyncTagger.TagCacheData.IsEmpty);
}
}
public void SimpleGet()
{
using (var context = new TestableSynchronizationContext())
{
_source.Text = "cat";
_textBuffer.SetText("cat a cat");
var list = GetClassificationSpansFull(_textBuffer.GetExtent(), context);
Assert.Equal(2, list.Count);
Assert.Equal(
new[] { new Span(0, 3), new Span(6, 3) },
list.Select(x => x.Span.Span));
}
}
public void ChangeFromComplete()
{
using (var context = new TestableSynchronizationContext())
{
_source.Text = "cat";
_textBuffer.SetText("cat a cat");
_classifier.GetClassificationSpans(_textBuffer.GetExtent());
var count = 0;
_classifier.ClassificationChanged += delegate { count++; };
_asyncTagger.WaitForBackgroundToComplete(context);
Assert.Equal(1, count);
}
}
public void Virtual(string line1)
{
Create(line1, "");
var point1 = _textBuffer.GetVirtualPointInLine(0, 0);
var point2 = _textBuffer.GetVirtualPointInLine(0, 4);
var span = new VirtualSnapshotSpan(point1, point2);
var characterSpan = new CharacterSpan(span, true);
var visualSpan = VisualSpan.NewCharacter(characterSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.Equal(point1, _textView.Selection.Start);
Assert.Equal(point2, _textView.Selection.End);
}
public void EndOfLineSelection()
{
var vimBuffer = CreateVimBuffer("cat", "dog", "tree");
vimBuffer.GlobalSettings.VirtualEdit = "";
var textBuffer = vimBuffer.TextBuffer;
var textSnapshot = textBuffer.CurrentSnapshot;
var selection = vimBuffer.TextView.Selection;
var span = textBuffer.GetLineRange(0);
selection.Select(span.ExtentIncludingLineBreak);
TestableSynchronizationContext.RunAll();
Assert.Equal(span.ExtentIncludingLineBreak, selection.StreamSelectionSpan.SnapshotSpan);
Assert.Equal(textSnapshot.Version.VersionNumber, textBuffer.CurrentSnapshot.Version.VersionNumber);
}
public void Virtual(string line1)
{
Create(line1, "");
var point1 = _textBuffer.GetVirtualPointInLine(0, 0);
var point2 = _textBuffer.GetVirtualPointInLine(0, 4);
var span = new VirtualSnapshotSpan(point1, point2);
_textView.Selection.Select(point1, point2);
TestableSynchronizationContext.RunAll();
var visualSpan = VisualSpan.CreateForVirtualSelection(_textView, VisualKind.Character, tabStop: 4, useVirtualSpace: true);
Assert.Equal(point1, visualSpan.AsCharacter().Item.VirtualStart);
Assert.Equal(point2, visualSpan.AsCharacter().Item.VirtualEnd);
Assert.Equal(span.Length, visualSpan.AsCharacter().Item.VirtualLength);
}
public void SimpleCaretPastTab2()
{
Create("trucker", "\tcat");
var blockSpan = new BlockSpan(_textBuffer.GetPoint(1), tabStop: 2, spaces: 3, height: 2);
var visualSpan = VisualSpan.NewBlock(blockSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.Equal(
new[]
{
_textBuffer.GetLineSpan(0, 1, 3),
_textBuffer.GetLineSpan(1, 1, 2)
},
_textView.Selection.SelectedSpans);
}
public void CaretInTabAnchorAboveTab()
{
Create(4, "trucker", "\tcat");
var blockSpan = new BlockSpan(_textBuffer.GetPoint(1), tabStop: 4, spaces: 1, height: 2);
var visualSpan = VisualSpan.NewBlock(blockSpan);
visualSpan.Select(_textView, SearchPath.Forward);
TestableSynchronizationContext.RunAll();
Assert.Equal(
new[]
{
_textBuffer.GetLineSpan(0, 0, 4),
_textBuffer.GetLineSpan(1, 0, 1)
},
_textView.Selection.SelectedSpans);
}
public void PrioritizeVisibleLines()
{
CreateWithView("dog", "cat", "dog", "bear");
_mockFactory.SetVisibleLineRange(_mockTextView, _textBuffer.GetLineRange(2));
_asyncTagger.GetTags(_textBuffer.GetLineRange(0).Extent);
_asyncTagger.AsyncBackgroundRequestData.Value.Task.Wait();
// The visible lines will finish first and post. Let only this one go through
TestableSynchronizationContext.RunOne();
var tags = _asyncTagger.GetTags(_textBuffer.GetExtent());
Assert.Equal(
new[] { _textBuffer.GetLineSpan(2, 3) },
tags.Select(x => x.Span));
WaitForBackgroundToComplete();
}
protected virtual void Create(params string[] lines)
{
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
_textView = CreateTextView(lines);
_textBuffer = _textView.TextBuffer;
_vimBuffer = Vim.CreateVimBuffer(_textView);
_vimBuffer.SwitchMode(ModeKind.Normal, ModeArgument.None);
_vimBufferData = _vimBuffer.VimBufferData;
_vimTextBuffer = _vimBuffer.VimTextBuffer;
_registerMap = _vimBuffer.RegisterMap;
_globalSettings = _vimBuffer.LocalSettings.GlobalSettings;
Assert.True(_context.IsEmpty);
// Need to make sure it's focused so macro recording will work
((MockVimHost)_vimBuffer.Vim.VimHost).FocusedTextView = _textView;
}
protected VimTestBase()
{
// Parts of the core editor in Vs2012 depend on there being an Application.Current value else
// they will throw a NullReferenceException. Create one here to ensure the unit tests successfully
// pass
if (Application.Current == null)
{
new Application();
}
if (!StaTaskScheduler.DefaultSta.IsRunningInScheduler)
{
throw new Exception($"Need to apply {nameof(WpfFactAttribute)} to this test case");
}
if (SynchronizationContext.Current?.GetType() != typeof(DispatcherSynchronizationContext))
{
throw new Exception("Invalid synchronization context on test start");
}
_vimEditorHost = GetOrCreateVimEditorHost();
ClipboardDevice.Text = string.Empty;
// One setting we do differ on for a default is 'timeout'. We don't want them interfering
// with the reliability of tests. The default is on but turn it off here to prevent any
// problems
Vim.GlobalSettings.Timeout = false;
// Turn off autoloading of digraphs for the vast majority of tests.
Vim.AutoLoadDigraphs = false;
// Don't let the personal VimRc of the user interfere with the unit tests
Vim.AutoLoadVimRc = false;
Vim.AutoLoadSessionData = false;
// Don't let the current directory leak into the tests
Vim.VimData.CurrentDirectory = "";
// Don't show trace information in the unit tests. It really clutters the output in an
// xUnit run
VimTrace.TraceSwitch.Level = TraceLevel.Off;
TestableSynchronizationContext = new TestableSynchronizationContext();
}
public SelectionChangeTrackerTest()
{
_factory = new MockRepository(MockBehavior.Loose);
_selection = _factory.Create<ITextSelection>();
_textView = MockObjectFactory.CreateTextView(
selection: _selection.Object,
factory: _factory);
_vimBuffer = MockObjectFactory.CreateVimBuffer(
textView: _textView.Object,
factory: _factory);
_selectionOverride = _factory.Create<IVisualModeSelectionOverride>();
_selectionOverride.Setup(x => x.IsInsertModePreferred(It.IsAny<ITextView>())).Returns(false);
var selectionList = new List<IVisualModeSelectionOverride>();
selectionList.Add(_selectionOverride.Object);
_context = new TestableSynchronizationContext();
_context.Install();
_tracker = new SelectionChangeTracker(_vimBuffer.Object, selectionList.ToFSharpList());
}
public void Setup()
{
_factory = new MockRepository(MockBehavior.Loose);
_selection = _factory.Create<ITextSelection>();
_textView = MockObjectFactory.CreateTextView(
selection: _selection.Object,
factory: _factory);
_buffer = MockObjectFactory.CreateVimBuffer(
view: _textView.Object,
factory: _factory);
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
_tracker = new SelectionChangeTracker(_buffer.Object);
}
public void SetUp()
{
_before = SynchronizationContext.Current;
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
}
public SelectionTrackerTest()
{
_before = SynchronizationContext.Current;
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
}
internal VsSimulation(IVimBufferCoordinator bufferCoordinator, bool simulateResharper, bool simulateStandardKeyMappings, IEditorOperationsFactoryService editorOperationsFactoryService, IKeyUtil keyUtil)
{
_keyUtil = keyUtil;
_wpfTextView = (IWpfTextView)bufferCoordinator.VimBuffer.TextView;
_factory = new MockRepository(MockBehavior.Strict);
_vsKeyboardInputSimulation = new VsKeyboardInputSimulation(this, _wpfTextView);
_testableSynchronizationContext = new TestableSynchronizationContext();
_simulateStandardKeyMappings = simulateStandardKeyMappings;
// Create the IVsAdapter and pick reasonable defaults here. Consumers can modify
// this via an exposed property
_vsAdapter = _factory.Create<IVsAdapter>();
_vsAdapter.SetupGet(x => x.InAutomationFunction).Returns(false);
_vsAdapter.SetupGet(x => x.KeyboardDevice).Returns(_vsKeyboardInputSimulation.KeyBoardDevice);
_vsAdapter.Setup(x => x.IsReadOnly(It.IsAny<ITextBuffer>())).Returns(false);
_vsAdapter.Setup(x => x.IsReadOnly(It.IsAny<ITextView>())).Returns(false);
_vsAdapter.Setup(x => x.IsIncrementalSearchActive(_wpfTextView)).Returns(false);
_reportDesignerUtil = _factory.Create<IReportDesignerUtil>();
_reportDesignerUtil.Setup(x => x.IsExpressionView(_wpfTextView)).Returns(false);
_displayWindowBroker = _factory.Create<IDisplayWindowBroker>();
_displayWindowBroker.SetupGet(x => x.IsCompletionActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsQuickInfoActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsSignatureHelpActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsSmartTagSessionActive).Returns(false);
_vimApplicationSettings = _factory.Create<IVimApplicationSettings>();
_vimApplicationSettings.SetupGet(x => x.UseEditorDefaults).Returns(true);
_vimApplicationSettings.SetupGet(x => x.UseEditorIndent).Returns(true);
_vimApplicationSettings.SetupGet(x => x.UseEditorTabAndBackspace).Returns(true);
_vsSimulationCommandTarget = new SimulationCommandTarget(
bufferCoordinator.VimBuffer.TextView,
editorOperationsFactoryService.GetEditorOperations(bufferCoordinator.VimBuffer.TextView));
var textManager = _factory.Create<ITextManager>();
var commandTargets = new List<ICommandTarget>();
if (simulateResharper)
{
commandTargets.Add(ReSharperKeyUtil.GetOrCreate(bufferCoordinator));
}
commandTargets.Add(new StandardCommandTarget(bufferCoordinator, textManager.Object, _displayWindowBroker.Object, _vsSimulationCommandTarget));
// Create the VsCommandTarget. It's next is the final and default Visual Studio
// command target
_vsCommandTarget = new VsCommandTarget(
bufferCoordinator,
textManager.Object,
_vsAdapter.Object,
_displayWindowBroker.Object,
_keyUtil,
_vimApplicationSettings.Object,
_vsSimulationCommandTarget,
commandTargets.ToReadOnlyCollectionShallow());
// Time to setup the start command target. If we are simulating R# then put them ahead of VsVim
// on the IOleCommandTarget chain. VsVim doesn't try to fight R# and prefers instead to be
// behind them
if (simulateResharper)
{
_reSharperCommandTarget = new ReSharperCommandTargetSimulation(_wpfTextView, _vsCommandTarget);
_commandTarget = _reSharperCommandTarget;
}
else
{
_commandTarget = _vsCommandTarget;
}
// Visual Studio hides the default IOleCommandTarget inside of the IWpfTextView property
// bag. The default KeyProcessor implementation looks here for IOleCommandTarget to
// process text input.
//
// This should always point to the head of the IOleCommandTarget chain. In the implementation
// it actually points to the IVsTextView implementation which then immediately routes to the
// IOleCommandTarget head
_wpfTextView.Properties[typeof(IOleCommandTarget)] = _commandTarget;
// Create the input controller. Make sure that the VsVim one is ahead in the list
// from the default Visual Studio one. We can guarantee this is true due to MEF
// ordering of the components
if (simulateResharper)
{
_vsKeyboardInputSimulation.KeyProcessors.Add(ReSharperKeyUtil.GetOrCreate(bufferCoordinator));
}
_vsKeyboardInputSimulation.KeyProcessors.Add(new VsVimKeyProcessor(_vsAdapter.Object, bufferCoordinator, _keyUtil, _reportDesignerUtil.Object));
_vsKeyboardInputSimulation.KeyProcessors.Add((KeyProcessor)bufferCoordinator);
_vsKeyboardInputSimulation.KeyProcessors.Add(new SimulationKeyProcessor(bufferCoordinator.VimBuffer.TextView));
}
public void Create(params string[] lines)
{
_context = new TestableSynchronizationContext();
SynchronizationContext.SetSynchronizationContext(_context);
var tuple = EditorUtil.CreateTextViewAndEditorOperations(lines);
_textView = tuple.Item1;
_textBuffer = _textView.TextBuffer;
var service = EditorUtil.FactoryService;
_buffer = service.Vim.CreateVimBuffer(_textView);
_buffer.SwitchMode(ModeKind.Normal, ModeArgument.None);
_vimTextBuffer = _buffer.VimTextBuffer;
_registerMap = _buffer.RegisterMap;
_globalSettings = _buffer.LocalSettings.GlobalSettings;
Assert.IsTrue(_context.IsEmpty);
// Need to make sure it's focused so macro recording will work
((MockVimHost)_buffer.Vim.VimHost).FocusedTextView = _textView;
}
internal VsSimulation(IVimBufferCoordinator bufferCoordinator, bool simulateResharper, bool simulateStandardKeyMappings, IEditorOperationsFactoryService editorOperationsFactoryService)
{
_wpfTextView = (IWpfTextView)bufferCoordinator.VimBuffer.TextView;
_factory = new MockRepository(MockBehavior.Strict);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
_testableSynchronizationContext = new TestableSynchronizationContext();
// Create the IVsAdapter and pick reasonable defaults here. Consumers can modify
// this via an exposed property
_vsAdapter = _factory.Create<IVsAdapter>();
_vsAdapter.SetupGet(x => x.InAutomationFunction).Returns(false);
_vsAdapter.SetupGet(x => x.KeyboardDevice).Returns(_defaultKeyboardDevice);
_vsAdapter.Setup(x => x.IsReadOnly(It.IsAny<ITextBuffer>())).Returns(false);
_vsAdapter.Setup(x => x.IsIncrementalSearchActive(_wpfTextView)).Returns(false);
_resharperUtil = _factory.Create<IResharperUtil>();
_resharperUtil.SetupGet(x => x.IsInstalled).Returns(simulateResharper);
_displayWindowBroker = _factory.Create<IDisplayWindowBroker>();
_displayWindowBroker.SetupGet(x => x.IsCompletionActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsQuickInfoActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsSignatureHelpActive).Returns(false);
_displayWindowBroker.SetupGet(x => x.IsSmartTagSessionActive).Returns(false);
_defaultCommandTarget = new DefaultCommandTarget(
bufferCoordinator.VimBuffer.TextView,
editorOperationsFactoryService.GetEditorOperations(bufferCoordinator.VimBuffer.TextView));
// Visual Studio hides the default IOleCommandTarget inside of the IWpfTextView property
// bag. The default KeyProcessor implementation looks here for IOleCommandTarget to
// process text input
_wpfTextView.Properties[typeof(IOleCommandTarget)] = _defaultCommandTarget;
// Create the VsCommandTarget. It's next is the final and default Visual Studio
// command target
var vsTextView = _factory.Create<IVsTextView>();
IOleCommandTarget nextCommandTarget = _defaultCommandTarget;
vsTextView.Setup(x => x.AddCommandFilter(It.IsAny<IOleCommandTarget>(), out nextCommandTarget)).Returns(VSConstants.S_OK);
var vsCommandTarget = VsCommandTarget.Create(
bufferCoordinator,
vsTextView.Object,
_vsAdapter.Object,
_displayWindowBroker.Object,
_resharperUtil.Object).Value;
// Time to setup the start command target. If we are simulating R# then put them ahead of VsVim
// on the IOleCommandTarget chain. VsVim doesn't try to fight R# and prefers instead to be
// behind them
if (simulateResharper)
{
var resharperCommandTarget = new ResharperCommandTarget(_wpfTextView, vsCommandTarget);
_commandTarget = resharperCommandTarget;
}
else
{
_commandTarget = vsCommandTarget;
}
// Create the input controller. Make sure that the VsVim one is ahead in the list
// from the default Visual Studio one. We can guarantee this is true due to MEF
// ordering of the components
var keyProcessors = new List<Microsoft.VisualStudio.Text.Editor.KeyProcessor>();
keyProcessors.Add(new VsKeyProcessor(_vsAdapter.Object, bufferCoordinator));
keyProcessors.Add(new SimulationKeyProcessor(bufferCoordinator.VimBuffer.TextView));
_defaultInputController = new DefaultInputController(bufferCoordinator.VimBuffer.TextView, keyProcessors);
}
