private Task <bool> OnSearchTextEnteredAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
return(Task.Run(() =>
{
if (key.Key.Value == ConsoleKey.UpArrow || key.Key.Value == ConsoleKey.DownArrow)
{
return false;
}
var text = ci.UserEnteredText.ToString();
var primaryResults = shell.History.Where(x => x.CmdLine.Contains(text));
var secondaryResults = shell.History.Where(x => x.CmdLine.Contains(text.Trim()));
var search = new SearchHistory()
{
SearchResults = primaryResults.Union(secondaryResults).Select(x => x.CmdLine).Distinct().ToList(),
SelectedItem = 0,
Term = text
};
RenderSearchChanges(search);
ci.Tag = search;
return false;
}));
}
private Task <bool> OnChangeSearchEntryAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
return(Task.Run(() =>
{
if (ci.Tag is SearchHistory results)
{
if (key.Key == ConsoleKey.DownArrow)
{
if (results.SelectedItem < results.SearchResults.Count - 1)
{
results.SelectedItem++;
}
}
else
{
if (results.SelectedItem > 0)
{
results.SelectedItem--;
}
}
RenderSearchChanges(results);
ci.Tag = results;
}
return false;
}));
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey)
{
Scancode = aScanCode;
Value = norm;
Shift = shift;
Num = num;
Caps = caps;
ShiftCaps = shiftcaps;
ShiftNum = shiftnum;
Key = aKey;
NumLockKey = aKey;
}
/// <summary>
/// Check if scan code matches key.
/// </summary>
/// <param name="ScanCode">Scan code.</param>
/// <param name="Key">Key.</param>
/// <returns>bool value.</returns>
public bool ScanCodeMatchesKey(byte ScanCode, ConsoleKeyEx Key)
{
for (int i = 0; i < _keys.Count; i++)
{
if (_keys[i].Scancode == ScanCode && _keys[i].Key == Key)
{
return(true);
}
}
return(false);
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey)
{
Scancode = aScanCode;
Value = norm;
Shift = shift;
Num = num;
Caps = caps;
ShiftCaps = shiftcaps;
ShiftNum = shiftnum;
Key = aKey;
NumLockKey = aKey;
}
public void handleKeyUp(ConsoleKeyEx e)
{
byte b = GetKeyBit(e);
if ((b & PAD_MASK) == PAD_MASK)
{
pad = (byte)(pad | (b & 0xF));
}
else if ((b & BUTTON_MASK) == BUTTON_MASK)
{
buttons = (byte)(buttons | (b & 0xF));
}
}
private async Task <bool> OnSearchHistoryAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
int oldPos = implementation.CursorTop;
implementation.CursorLeft = 0;
implementation.CursorTop = implementation.WindowHeight - 2;
// create fake shell object with a custom prompt
var fakeShell = new Dotnet.Shell.API.Shell();
fakeShell.History.AddRange(shell.History);
fakeShell.Prompt = () =>
{
RenderSearchChanges();
// Search) user search text
// [1/3]: matched entry
return("Search) ");
};
ci = new ConsoleImproved(implementation, fakeShell);
ci.KeyOverrides.Where(x => x.Key.Key == ConsoleKey.UpArrow).ToList().ForEach(x => ci.KeyOverrides.Remove(x));
ci.KeyOverrides.Where(x => x.Key.Key == ConsoleKey.DownArrow).ToList().ForEach(x => ci.KeyOverrides.Remove(x));
ci.AddKeyOverride(ConsoleKeyEx.Any, OnSearchTextEnteredAsync);
ci.AddKeyOverride(new ConsoleKeyEx(ConsoleKey.UpArrow), OnChangeSearchEntryAsync);
ci.AddKeyOverride(new ConsoleKeyEx(ConsoleKey.DownArrow), OnChangeSearchEntryAsync);
ci.AddKeyOverride(new ConsoleKeyEx(ConsoleKey.Enter), OnSelectSearchEntryAsync);
ci.DisplayPrompt();
// When the prompt returns, instead of executing the command we just set that
// as what to show on screen
var command = await ci.GetCommandAsync();
implementation.CursorTop = implementation.WindowHeight - 2;
implementation.Write(new string(' ', implementation.WindowWidth));
implementation.CursorTop = implementation.WindowHeight - 1;
implementation.Write(new string(' ', implementation.WindowWidth));
implementation.CursorTop = oldPos;
implementation.Write(new string(' ', implementation.WindowWidth));
prompt.DisplayPrompt(command);
return(false);
}
private Task <bool> OnSelectSearchEntryAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
return(Task.Run(() =>
{
if (ci.Tag is SearchHistory search)
{
if (search.SearchResults.Any())
{
ci.UserEnteredText.Clear();
ci.UserEnteredText.Append(search.SearchResults[search.SelectedItem]);
}
}
return false;
}));
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, char shiftaltgr, char ctrl, char shiftctrl, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
{
Scancode = aScanCode;
Value = norm;
Shift = shift;
Num = num;
Caps = caps;
ShiftCaps = shiftcaps;
ShiftNum = shiftnum;
Key = aKey;
NumLockKey = aKey;
ControlAlt = altgr;
Control = ctrl;
ControlAltShift = shiftaltgr;
ControlShift = shiftctrl;
NumLockKey = numKey;
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, char shiftaltgr, char ctrl, char shiftctrl, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
{
Scancode = aScanCode;
Value = norm;
Shift = shift;
Num = num;
Caps = caps;
ShiftCaps = shiftcaps;
ShiftNum = shiftnum;
Key = aKey;
NumLockKey = aKey;
ControlAlt = altgr;
Control = ctrl;
ControlAltShift = shiftaltgr;
ControlShift = shiftctrl;
NumLockKey = numKey;
}
public KeyEvent(char keyChar, ConsoleKeyEx key, bool shift, bool alt, bool control, KeyEventType type)
{
this.KeyChar = keyChar;
this.Key = key;
this.Modifiers = (ConsoleModifiers)0;
if (shift)
{
this.Modifiers |= ConsoleModifiers.Shift;
}
if (alt)
{
this.Modifiers |= ConsoleModifiers.Alt;
}
if (control)
{
this.Modifiers |= ConsoleModifiers.Control;
}
this.Type = type;
}
public KeyEvent(char keyChar, ConsoleKeyEx key, bool shift, bool alt, bool control, KeyEventType type)
{
this.KeyChar = keyChar;
this.Key = key;
this.Modifiers = (ConsoleModifiers)0;
if (shift)
{
this.Modifiers |= ConsoleModifiers.Shift;
}
if (alt)
{
this.Modifiers |= ConsoleModifiers.Alt;
}
if (control)
{
this.Modifiers |= ConsoleModifiers.Control;
}
this.Type = type;
}
private byte GetKeyBit(ConsoleKeyEx e)
{
switch (e)
{
case ConsoleKeyEx.D:
case ConsoleKeyEx.RightArrow:
return(0x11);
case ConsoleKeyEx.A:
case ConsoleKeyEx.LeftArrow:
return(0x12);
case ConsoleKeyEx.W:
case ConsoleKeyEx.UpArrow:
return(0x14);
case ConsoleKeyEx.S:
case ConsoleKeyEx.DownArrow:
return(0x18);
case ConsoleKeyEx.J:
case ConsoleKeyEx.Z:
return(0x21);
case ConsoleKeyEx.K:
case ConsoleKeyEx.X:
return(0x22);
case ConsoleKeyEx.Spacebar:
case ConsoleKeyEx.C:
return(0x24);
case ConsoleKeyEx.Enter:
case ConsoleKeyEx.V:
return(0x28);
}
return(0);
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, char shiftaltgr, char ctrl, char shiftctrl, ConsoleKeyEx aKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, altgr, shiftaltgr, ctrl, shiftctrl, aKey, aKey)
{
}
private async Task <bool> OnSearchHistoryAltModeAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
await console.SaveAsync();
var command = await this.RunInterfaceAsync(prompt.Shell.History);
await console.RestoreAsync();
prompt.DisplayPrompt(command);
return(false);
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, aKey)
{
NumLockKey = numKey;
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, aKey)
{
NumLockKey = numKey;
}
public KeyMapping(byte aScanCode, ConsoleKeyEx aKey)
: this(aScanCode, '\0', '\0', '\0', '\0', '\0', '\0', aKey)
{
}
public KeyMapping(byte aScanCode, char num, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, '\0', '\0', num, '\0', '\0', '\0', aKey, numKey)
{
}
public KeyMapping(byte aScanCode, ConsoleKeyEx aKey)
: this(aScanCode, '\0', '\0', '\0', '\0', '\0', '\0', aKey)
{
}
public static ConsoleKey ToConsoleKey(this ConsoleKeyEx keyEx)
{
switch (keyEx)
{
case ConsoleKeyEx.NoName:
return(ConsoleKey.NoName);
case ConsoleKeyEx.Escape:
return(ConsoleKey.Escape);
case ConsoleKeyEx.F1:
return(ConsoleKey.F1);
case ConsoleKeyEx.F2:
return(ConsoleKey.F2);
case ConsoleKeyEx.F3:
return(ConsoleKey.F3);
case ConsoleKeyEx.F4:
return(ConsoleKey.F4);
case ConsoleKeyEx.F5:
return(ConsoleKey.F5);
case ConsoleKeyEx.F6:
return(ConsoleKey.F6);
case ConsoleKeyEx.F7:
return(ConsoleKey.F7);
case ConsoleKeyEx.F8:
return(ConsoleKey.F8);
case ConsoleKeyEx.F9:
return(ConsoleKey.F9);
case ConsoleKeyEx.F10:
return(ConsoleKey.F10);
case ConsoleKeyEx.F11:
return(ConsoleKey.F11);
case ConsoleKeyEx.F12:
return(ConsoleKey.F12);
case ConsoleKeyEx.PrintScreen:
return(ConsoleKey.PrintScreen);
case ConsoleKeyEx.D1:
return(ConsoleKey.D1);
case ConsoleKeyEx.D2:
return(ConsoleKey.D2);
case ConsoleKeyEx.D3:
return(ConsoleKey.D3);
case ConsoleKeyEx.D4:
return(ConsoleKey.D4);
case ConsoleKeyEx.D5:
return(ConsoleKey.D5);
case ConsoleKeyEx.D6:
return(ConsoleKey.D6);
case ConsoleKeyEx.D7:
return(ConsoleKey.D7);
case ConsoleKeyEx.D8:
return(ConsoleKey.D8);
case ConsoleKeyEx.D9:
return(ConsoleKey.D9);
case ConsoleKeyEx.D0:
return(ConsoleKey.D0);
case ConsoleKeyEx.Backspace:
return(ConsoleKey.Backspace);
case ConsoleKeyEx.Tab:
return(ConsoleKey.Tab);
case ConsoleKeyEx.Q:
return(ConsoleKey.Q);
case ConsoleKeyEx.W:
return(ConsoleKey.W);
case ConsoleKeyEx.E:
return(ConsoleKey.E);
case ConsoleKeyEx.R:
return(ConsoleKey.R);
case ConsoleKeyEx.T:
return(ConsoleKey.T);
case ConsoleKeyEx.Y:
return(ConsoleKey.Y);
case ConsoleKeyEx.U:
return(ConsoleKey.U);
case ConsoleKeyEx.I:
return(ConsoleKey.I);
case ConsoleKeyEx.O:
return(ConsoleKey.O);
case ConsoleKeyEx.P:
return(ConsoleKey.P);
case ConsoleKeyEx.Enter:
return(ConsoleKey.Enter);
case ConsoleKeyEx.A:
return(ConsoleKey.A);
case ConsoleKeyEx.S:
return(ConsoleKey.S);
case ConsoleKeyEx.D:
return(ConsoleKey.D);
case ConsoleKeyEx.F:
return(ConsoleKey.F);
case ConsoleKeyEx.G:
return(ConsoleKey.G);
case ConsoleKeyEx.H:
return(ConsoleKey.H);
case ConsoleKeyEx.J:
return(ConsoleKey.J);
case ConsoleKeyEx.K:
return(ConsoleKey.K);
case ConsoleKeyEx.L:
return(ConsoleKey.L);
case ConsoleKeyEx.Z:
return(ConsoleKey.Z);
case ConsoleKeyEx.X:
return(ConsoleKey.X);
case ConsoleKeyEx.C:
return(ConsoleKey.C);
case ConsoleKeyEx.V:
return(ConsoleKey.V);
case ConsoleKeyEx.B:
return(ConsoleKey.B);
case ConsoleKeyEx.N:
return(ConsoleKey.N);
case ConsoleKeyEx.M:
return(ConsoleKey.M);
case ConsoleKeyEx.Spacebar:
return(ConsoleKey.Spacebar);
case ConsoleKeyEx.Insert:
return(ConsoleKey.Insert);
case ConsoleKeyEx.Home:
return(ConsoleKey.Home);
case ConsoleKeyEx.PageUp:
return(ConsoleKey.PageUp);
case ConsoleKeyEx.Delete:
return(ConsoleKey.Delete);
case ConsoleKeyEx.End:
return(ConsoleKey.End);
case ConsoleKeyEx.PageDown:
return(ConsoleKey.PageDown);
case ConsoleKeyEx.UpArrow:
return(ConsoleKey.UpArrow);
case ConsoleKeyEx.DownArrow:
return(ConsoleKey.DownArrow);
case ConsoleKeyEx.LeftArrow:
return(ConsoleKey.LeftArrow);
case ConsoleKeyEx.RightArrow:
return(ConsoleKey.RightArrow);
case ConsoleKeyEx.Sleep:
return(ConsoleKey.Sleep);
default:
throw new Exception("KeyEx not implemented!");
}
}
public KeyMapping(byte aScanCode, char num, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, '\0', '\0', num, '\0', '\0', '\0', aKey, numKey)
{
}
public KeyMapping(byte aScanCode, int norm, int shift, int num, int caps, int shiftcaps, int shiftnum, ConsoleKeyEx aKey)
: this(aScanCode, (char)norm, (char)shift, (char)num, (char)caps, (char)shiftcaps, (char)shiftnum, aKey)
{
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, '\0', aKey, numKey)
{
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, char shiftaltgr, char ctrl, char shiftctrl, ConsoleKeyEx aKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, altgr, shiftaltgr, ctrl, shiftctrl, aKey, aKey)
{
}
public KeyMapping(byte aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, ConsoleKeyEx aKey, ConsoleKeyEx numKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, '\0', aKey, numKey)
{
}
public KeyMapping(byte aScanCode, int norm, int shift, int num, int caps, int shiftcaps, int shiftnum, ConsoleKeyEx aKey)
: this(aScanCode, (char)norm, (char)shift, (char)num, (char)caps, (char)shiftcaps, (char)shiftnum, aKey)
{
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, ConsoleKeyEx aKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, altgr, '\0', '\0', '\0', aKey)
{
}
public KeyMapping(byte aScanCode, char n, ConsoleKeyEx aKey)
: this(aScanCode, n, n, n, n, n, n, aKey)
{
}
public static ConsoleKey ToConsoleKey(this ConsoleKeyEx keyEx)
{
switch (keyEx)
{
case ConsoleKeyEx.NoName:
return(ConsoleKey.NoName);
case ConsoleKeyEx.Escape:
return(ConsoleKey.Escape);
case ConsoleKeyEx.F1:
return(ConsoleKey.F1);
case ConsoleKeyEx.F2:
return(ConsoleKey.F2);
case ConsoleKeyEx.F3:
return(ConsoleKey.F3);
case ConsoleKeyEx.F4:
return(ConsoleKey.F4);
case ConsoleKeyEx.F5:
return(ConsoleKey.F5);
case ConsoleKeyEx.F6:
return(ConsoleKey.F6);
case ConsoleKeyEx.F7:
return(ConsoleKey.F7);
case ConsoleKeyEx.F8:
return(ConsoleKey.F8);
case ConsoleKeyEx.F9:
return(ConsoleKey.F9);
case ConsoleKeyEx.F10:
return(ConsoleKey.F10);
case ConsoleKeyEx.F11:
return(ConsoleKey.F11);
case ConsoleKeyEx.F12:
return(ConsoleKey.F12);
case ConsoleKeyEx.PrintScreen:
return(ConsoleKey.PrintScreen);
case ConsoleKeyEx.D1:
return(ConsoleKey.D1);
case ConsoleKeyEx.D2:
return(ConsoleKey.D2);
case ConsoleKeyEx.D3:
return(ConsoleKey.D3);
case ConsoleKeyEx.D4:
return(ConsoleKey.D4);
case ConsoleKeyEx.D5:
return(ConsoleKey.D5);
case ConsoleKeyEx.D6:
return(ConsoleKey.D6);
case ConsoleKeyEx.D7:
return(ConsoleKey.D7);
case ConsoleKeyEx.D8:
return(ConsoleKey.D8);
case ConsoleKeyEx.D9:
return(ConsoleKey.D9);
case ConsoleKeyEx.D0:
return(ConsoleKey.D0);
case ConsoleKeyEx.Backspace:
return(ConsoleKey.Backspace);
case ConsoleKeyEx.Tab:
return(ConsoleKey.Tab);
case ConsoleKeyEx.Q:
return(ConsoleKey.Q);
case ConsoleKeyEx.W:
return(ConsoleKey.W);
case ConsoleKeyEx.E:
return(ConsoleKey.E);
case ConsoleKeyEx.R:
return(ConsoleKey.R);
case ConsoleKeyEx.T:
return(ConsoleKey.T);
case ConsoleKeyEx.Y:
return(ConsoleKey.Y);
case ConsoleKeyEx.U:
return(ConsoleKey.U);
case ConsoleKeyEx.I:
return(ConsoleKey.I);
case ConsoleKeyEx.O:
return(ConsoleKey.O);
case ConsoleKeyEx.P:
return(ConsoleKey.P);
case ConsoleKeyEx.Enter:
return(ConsoleKey.Enter);
case ConsoleKeyEx.A:
return(ConsoleKey.A);
case ConsoleKeyEx.S:
return(ConsoleKey.S);
case ConsoleKeyEx.D:
return(ConsoleKey.D);
case ConsoleKeyEx.F:
return(ConsoleKey.F);
case ConsoleKeyEx.G:
return(ConsoleKey.G);
case ConsoleKeyEx.H:
return(ConsoleKey.H);
case ConsoleKeyEx.J:
return(ConsoleKey.J);
case ConsoleKeyEx.K:
return(ConsoleKey.K);
case ConsoleKeyEx.L:
return(ConsoleKey.L);
case ConsoleKeyEx.Z:
return(ConsoleKey.Z);
case ConsoleKeyEx.X:
return(ConsoleKey.X);
case ConsoleKeyEx.C:
return(ConsoleKey.C);
case ConsoleKeyEx.V:
return(ConsoleKey.V);
case ConsoleKeyEx.B:
return(ConsoleKey.B);
case ConsoleKeyEx.N:
return(ConsoleKey.N);
case ConsoleKeyEx.M:
return(ConsoleKey.M);
case ConsoleKeyEx.Spacebar:
return(ConsoleKey.Spacebar);
case ConsoleKeyEx.Insert:
return(ConsoleKey.Insert);
case ConsoleKeyEx.Home:
return(ConsoleKey.Home);
case ConsoleKeyEx.PageUp:
return(ConsoleKey.PageUp);
case ConsoleKeyEx.Delete:
return(ConsoleKey.Delete);
case ConsoleKeyEx.End:
return(ConsoleKey.End);
case ConsoleKeyEx.PageDown:
return(ConsoleKey.PageDown);
case ConsoleKeyEx.UpArrow:
return(ConsoleKey.UpArrow);
case ConsoleKeyEx.DownArrow:
return(ConsoleKey.DownArrow);
case ConsoleKeyEx.LeftArrow:
return(ConsoleKey.LeftArrow);
case ConsoleKeyEx.RightArrow:
return(ConsoleKey.RightArrow);
case ConsoleKeyEx.Sleep:
return(ConsoleKey.Sleep);
case ConsoleKeyEx.BiggerThan:
case ConsoleKeyEx.Period:
return(ConsoleKey.OemPeriod);
case ConsoleKeyEx.LowerThan:
case ConsoleKeyEx.Comma:
return(ConsoleKey.OemComma);
case ConsoleKeyEx.NumPeriod:
return(ConsoleKey.Decimal);
case ConsoleKeyEx.NumPlus:
return(ConsoleKey.Add);
case ConsoleKeyEx.NumEnter:
return(ConsoleKey.Enter);
case ConsoleKeyEx.Backslash:
return(ConsoleKey.Oem5);
case ConsoleKeyEx.LBracket:
return(ConsoleKey.Oem4);
case ConsoleKeyEx.RBracket:
return(ConsoleKey.Oem6);
case ConsoleKeyEx.Minus:
return(ConsoleKey.OemMinus);
case ConsoleKeyEx.Apostrophe:
return(ConsoleKey.Oem7);
case ConsoleKeyEx.Slash:
return(ConsoleKey.Oem2);
case ConsoleKeyEx.Equal:
return(ConsoleKey.OemPlus);
case ConsoleKeyEx.Backquote:
return(ConsoleKey.Oem3);
case ConsoleKeyEx.Semicolon:
case ConsoleKeyEx.Colon:
return(ConsoleKey.Oem1);
case ConsoleKeyEx.OEM102:
return(ConsoleKey.Oem102);
default:
throw new Exception("KeyEx not implemented!");
}
}
public bool ScanCodeMatchesKey(byte ScanCode, ConsoleKeyEx Key)
{
for (int i = 0; i < _keys.Count; i++)
{
if (_keys[i].Scancode == ScanCode && _keys[i].Key == Key)
{
return true;
}
}
return false;
}
private static async Task <bool> OnSearchHistoryTmuxModeAsync(ConsoleImproved prompt, ConsoleKeyEx key)
{
ProcessEx tmuxPopup = null;
var result = HistoryAPI.ListenForSearchResultAsync((port, token) => {
var cssCommand = string.Format(Settings.Default.HistoryPopupCommand, API.Shell.AssemblyLocation, port, token);
var tmuxCommand = string.Format(Settings.Default.PopupCommand, cssCommand);
// start tmux prompt
tmuxPopup = OS.Exec(tmuxCommand);
});
await tmuxPopup.WaitForExitAsync();
tmuxPopup.Dispose();
await Task.WhenAny(result, Task.Delay(1000));
if (result.IsCompletedSuccessfully)
{
prompt.DisplayPrompt(await result);
}
else
{
prompt.DisplayPrompt("Error");
}
return(false);
}
public KeyMapping(byte aScanCode, char n, ConsoleKeyEx aKey)
: this(aScanCode, n, n, n, n, n, n, aKey)
{
}
public KeyMapping(uint aScanCode, char norm, char shift, char num, char caps, char shiftcaps, char shiftnum, char altgr, ConsoleKeyEx aKey)
: this(aScanCode, norm, shift, num, caps, shiftcaps, shiftnum, altgr, '\0', '\0', '\0', aKey)
{
}
