public KeyboardInputSimulation(IWpfTextView wpfTextView)
{
_defaultInputController = new DefaultInputController(wpfTextView);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
_wpfTextView = wpfTextView;
Castle.DynamicProxy.Generators.AttributesToAvoidReplicating.Add(typeof(UIPermissionAttribute));
_presentationSource = new Mock <PresentationSource>(MockBehavior.Strict);
}
public KeyboardInputSimulation(IWpfTextView wpfTextView)
{
_defaultInputController = new DefaultInputController(wpfTextView);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
_wpfTextView = wpfTextView;
Castle.DynamicProxy.Generators.AttributesToAvoidReplicating.Add(typeof(UIPermissionAttribute));
_presentationSource = new Mock<PresentationSource>(MockBehavior.Strict);
}
public KeyProcessorSimulation(IWpfTextView wpfTextView)
{
_defaultInputController = new DefaultInputController(wpfTextView);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
_wpfTextView = wpfTextView;
_virtualKeyboard = new StandardVirtualKeyboard(NativeMethods.GetKeyboardLayout(0));
Castle.DynamicProxy.Generators.AttributesToAvoidReplicating.Add(typeof(UIPermissionAttribute));
_presentationSource = new Mock <PresentationSource>(MockBehavior.Strict);
}
public KeyProcessorSimulation(IWpfTextView wpfTextView)
{
_defaultInputController = new DefaultInputController(wpfTextView);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
_wpfTextView = wpfTextView;
_virtualKeyboard = new StandardVirtualKeyboard(NativeMethods.GetKeyboardLayout(0));
Castle.DynamicProxy.Generators.AttributesToAvoidReplicating.Add(typeof(UIPermissionAttribute));
_presentationSource = new Mock<PresentationSource>(MockBehavior.Strict);
}
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);
}
internal VsSimulation(IVimBufferCoordinator bufferCoordinator, bool simulateResharper)
{
_wpfTextView = (IWpfTextView)bufferCoordinator.VimBuffer.TextView;
_factory = new MockRepository(MockBehavior.Strict);
// 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.Setup(x => x.IsReadOnly(It.IsAny <ITextBuffer>())).Returns(false);
_vsAdapter.Setup(x => x.IsIncrementalSearchActive(_wpfTextView)).Returns(false);
_externalEditorManager = _factory.Create <IExternalEditorManager>();
_externalEditorManager.SetupGet(x => x.IsResharperInstalled).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,
EditorUtil.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,
_externalEditorManager.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);
_defaultKeyboardDevice = new DefaultKeyboardDevice(InputManager.Current);
}
