/// <summary>
/// This handler is necessary to intercept keyboard input which maps to Vim
/// commands but doesn't map to text input. Any combination which can be
/// translated into actual text input will be done so much more accurately by
/// WPF and will end up in the TextInput event.
///
/// An example of why this handler is needed is for key combinations like
/// Shift+Escape. This combination won't translate to an actual character in most
/// (possibly all) keyboard layouts. This means it won't ever make it to the
/// TextInput event. But it can translate to a Vim command or mapped keyboard
/// combination that we do want to handle. Hence we override here specifically
/// to capture those circumstances
/// </summary>
public override void KeyDown(KeyEventArgs e)
{
VimTrace.TraceInfo("VimKeyProcessor::KeyDown {0} {1}", e.Characters, e.CharactersIgnoringModifiers);
bool handled = false;
// Attempt to map the key information into a KeyInput value which can be processed
// by Vim. If this works and the key is processed then the input is considered
// to be handled
bool canConvert = _keyUtil.TryConvertSpecialToKeyInput(e.Event, out KeyInput keyInput);
if (canConvert)
{
handled = TryProcess(e, keyInput);
}
VimTrace.TraceInfo("VimKeyProcessor::KeyDown Handled = {0}", handled);
var status = Mac.StatusBar.GetStatus(_vimBuffer);
var text = status.Text;
if (_vimBuffer.ModeKind == ModeKind.Command)
{
// Add a fake 'caret'
text = text.Insert(status.CaretPosition, "|");
}
IdeApp.Workbench.StatusBar.ShowMessage(text);
e.Handled = handled;
}
/// <summary>
/// This handler is necessary to intercept keyboard input which maps to Vim
/// commands but doesn't map to text input. Any combination which can be
/// translated into actual text input will be done so much more accurately by
/// WPF and will end up in the TextInput event.
///
/// An example of why this handler is needed is for key combinations like
/// Shift+Escape. This combination won't translate to an actual character in most
/// (possibly all) keyboard layouts. This means it won't ever make it to the
/// TextInput event. But it can translate to a Vim command or mapped keyboard
/// combination that we do want to handle. Hence we override here specifically
/// to capture those circumstances
/// </summary>
public override void KeyDown(KeyEventArgs e)
{
VimTrace.TraceInfo("VimKeyProcessor::KeyDown {0} {1}", e.Characters, e.CharactersIgnoringModifiers);
bool handled = false;
if (ShouldBeProcessedByVim(e))
{
var oldMode = VimBuffer.Mode.ModeKind;
VimTrace.TraceDebug(oldMode.ToString());
// Attempt to map the key information into a KeyInput value which can be processed
// by Vim. If this works and the key is processed then the input is considered
// to be handled
if (_keyUtil.TryConvertSpecialToKeyInput(e.Event, out KeyInput keyInput))
{
var bufferedKeyInputsWasEmpty = VimBuffer.BufferedKeyInputs.IsEmpty;
handled = TryProcess(keyInput);
if (handled &&
BufferedKeysWasEmptyAndIsEmpty() &&
oldMode == ModeKind.Insert &&
CharTriggersCompletion(keyInput.Char) &&
!_completionBroker.IsCompletionActive(VimBuffer.TextView))
{
// Because VsVim handled the key press for us in insert mode,
// we need to trigger the completion window to open.
_completionBroker.TriggerCompletion(VimBuffer.TextView);
}
bool BufferedKeysWasEmptyAndIsEmpty()
{
// We don't want the completion window to appear if we
// have something like `inoremap fd <esc>`
// and we just typed the first 'f' or the 'd'
return(bufferedKeyInputsWasEmpty &&
VimBuffer.BufferedKeyInputs.IsEmpty);
}
}
}
VimTrace.TraceInfo("VimKeyProcessor::KeyDown Handled = {0}", handled);
var status = Mac.StatusBar.GetStatus(VimBuffer);
var text = status.Text;
if (VimBuffer.ModeKind == ModeKind.Command)
{
// Add a fake 'caret'
text = text.Insert(status.CaretPosition, "|");
}
IdeApp.Workbench.StatusBar.ShowMessage(text);
e.Handled = handled;
}
/// <summary>
/// Convert this key processors's keyboard events into KeyInput and
/// forward it to TryProcess
/// </summary>
public override void KeyDown(KeyEventArgs args)
{
if (_keyUtil.TryConvertSpecialToKeyInput(args.Key, args.KeyboardDevice.Modifiers, out KeyInput keyInput))
{
args.Handled = TryProcess(keyInput);
}
else if (TryConvertLetterToKeyInput(args, out keyInput))
{
args.Handled = TryProcess(keyInput);
}
else
{
_firstChord = null;
base.KeyDown(args);
}
}
/// <summary>
/// This handler is necessary to intercept keyboard input which maps to Vim
/// commands but doesn't map to text input. Any combination which can be
/// translated into actual text input will be done so much more accurately by
/// WPF and will end up in the TextInput event.
///
/// An example of why this handler is needed is for key combinations like
/// Shift+Escape. This combination won't translate to an actual character in most
/// (possibly all) keyboard layouts. This means it won't ever make it to the
/// TextInput event. But it can translate to a Vim command or mapped keyboard
/// combination that we do want to handle. Hence we override here specifically
/// to capture those circumstances
/// </summary>
public override void KeyDown(KeyEventArgs args)
{
VimTrace.TraceInfo("VimKeyProcessor::KeyDown {0} {1}", args.Key, args.KeyboardDevice.Modifiers);
bool handled;
if (args.Key == Key.DeadCharProcessed)
{
// When a dead key combination is pressed we will get the key down events in
// sequence after the combination is complete. The dead keys will come first
// and be followed by the final key which produces the char. That final key
// is marked as DeadCharProcessed.
//
// All of these should be ignored. They will produce a TextInput value which
// we can process in the TextInput event
handled = false;
}
else if (_keyUtil.IsAltGr(args.KeyboardDevice.Modifiers))
{
// AltGr greatly confuses things becuase it's realized in WPF as Control | Alt. So
// while it's possible to use Control to further modify a key which used AltGr
// originally the result is indistinguishable here (and in gVim). Don't attempt
// to process it
handled = false;
}
else
{
// Attempt to map the key information into a KeyInput value which can be processed
// by Vim. If this worksa nd the key is processed then the input is considered
// to be handled
KeyInput keyInput;
if (_keyUtil.TryConvertSpecialToKeyInput(args.Key, args.KeyboardDevice.Modifiers, out keyInput))
{
handled = TryProcess(keyInput);
}
else
{
handled = false;
}
}
VimTrace.TraceInfo("VimKeyProcessor::KeyDown Handled = {0}", handled);
args.Handled = handled;
base.KeyDown(args);
}
/// <summary>
/// This handler is necessary to intercept keyboard input which maps to Vim
/// commands but doesn't map to text input. Any combination which can be
/// translated into actual text input will be done so much more accurately by
/// WPF and will end up in the TextInput event.
///
/// An example of why this handler is needed is for key combinations like
/// Shift+Escape. This combination won't translate to an actual character in most
/// (possibly all) keyboard layouts. This means it won't ever make it to the
/// TextInput event. But it can translate to a Vim command or mapped keyboard
/// combination that we do want to handle. Hence we override here specifically
/// to capture those circumstances
/// </summary>
public override void KeyDown(KeyEventArgs args)
{
VimTrace.TraceInfo("VimKeyProcessor::KeyDown {0} {1} {2}", args.Key, args.SystemKey, args.KeyboardDevice.Modifiers);
var key = args.Key == Key.System ? args.SystemKey : args.Key;
bool handled;
if (key == Key.DeadCharProcessed)
{
// When a dead key combination is pressed we will get the key down events in
// sequence after the combination is complete. The dead keys will come first
// and be followed by the final key which produces the char. That final key
// is marked as DeadCharProcessed.
//
// All of these should be ignored. They will produce a TextInput value which
// we can process in the TextInput event
handled = false;
}
else
{
// Attempt to map the key information into a KeyInput value which can be processed
// by Vim. If this worksa nd the key is processed then the input is considered
// to be handled
if (_keyUtil.TryConvertSpecialToKeyInput(key, args.KeyboardDevice.Modifiers, out KeyInput keyInput))
{
handled = TryProcess(keyInput);
}
else
{
handled = false;
}
}
VimTrace.TraceInfo("VimKeyProcessor::KeyDown Handled = {0}", handled);
args.Handled = handled;
base.KeyDown(args);
}
/// <summary>
/// This handler is necessary to intercept keyboard input which maps to Vim
/// commands but doesn't map to text input. Any combination which can be
/// translated into actual text input will be done so much more accurately by
/// WPF and will end up in the TextInput event.
///
/// An example of why this handler is needed is for key combinations like
/// Shift+Escape. This combination won't translate to an actual character in most
/// (possibly all) keyboard layouts. This means it won't ever make it to the
/// TextInput event. But it can translate to a Vim command or mapped keyboard
/// combination that we do want to handle. Hence we override here specifically
/// to capture those circumstances
/// </summary>
public override void KeyDown(KeyEventArgs e)
{
VimTrace.TraceInfo("VimKeyProcessor::KeyDown {0} {1}", e.Characters, e.CharactersIgnoringModifiers);
bool handled;
if (KeyEventIsDeadChar(e))
{
// When a dead key combination is pressed we will get the key down events in
// sequence after the combination is complete. The dead keys will come first
// and be followed the final key which produces the char. That final key
// is marked as DeadCharProcessed.
//
// All of these should be ignored. They will produce a TextInput value which
// we can process in the TextInput event
handled = false;
}
else if (_completionBroker.IsCompletionActive(TextView) && !IsEscapeKey(e))
{
handled = false;
}
else if (_signatureHelpBroker.IsSignatureHelpActive(TextView))
{
handled = false;
}
else if (_inlineRenameListenerFactory.InRename)
{
handled = false;
}
else
{
var oldMode = VimBuffer.Mode.ModeKind;
VimTrace.TraceDebug(oldMode.ToString());
// Attempt to map the key information into a KeyInput value which can be processed
// by Vim. If this works and the key is processed then the input is considered
// to be handled
if (_keyUtil.TryConvertSpecialToKeyInput(e.Event, out KeyInput keyInput))
{
handled = TryProcess(keyInput);
}
else
{
handled = false;
}
if (oldMode != ModeKind.Insert)
{
handled = true;
}
}
VimTrace.TraceInfo("VimKeyProcessor::KeyDown Handled = {0}", handled);
var status = Mac.StatusBar.GetStatus(VimBuffer);
var text = status.Text;
if (VimBuffer.ModeKind == ModeKind.Command)
{
// Add a fake 'caret'
text = text.Insert(status.CaretPosition, "|");
}
IdeApp.Workbench.StatusBar.ShowMessage(text);
e.Handled = handled;
}
