internal void fireKeyStateChangeEvent(BrailleIO_DeviceButtonStates states,
BrailleIO_BrailleKeyboardButtonStates keyboardCode,
BrailleIO_AdditionalButtonStates[] additionalKeyCode,
List <string> pressedKeys,
List <string> releasedKeys,
int timeStampTickCount)
{
if (Ctr)
{
//check if pressed or released
if (releasedKeys == null || releasedKeys.Count < 1) //pressed keys
{
if (pressedKeys != null && pressedKeys.Count > 0)
{
foreach (string pk in pressedKeys)
{
if (_pressedButtons.Contains(pk))
{
UnmarkButtons(new List <String> {
pk
});
_pressedButtons.Remove(pk);
_pressedStates.Remove(states);
_pressedKeyboradStates.Remove(keyboardCode);
if (additionalKeyCode != null && additionalKeyCode.Length > 0)
{
_pressedFncStates.Remove(additionalKeyCode[0]);
}
}
else
{
_pressedButtons.Add(pk);
_pressedStates.Add(states);
_pressedKeyboradStates.Add(keyboardCode);
if (additionalKeyCode != null && additionalKeyCode.Length > 0)
{
_pressedFncStates.Add(additionalKeyCode[0]);
}
}
}
}
}
else // released keys
{
if (releasedKeys != null && releasedKeys.Count > 0)
{
foreach (string rk in releasedKeys)
{
if (_releasedButtons.Contains(rk))
{
UnmarkButtons(new List <String> {
rk
});
_releasedButtons.Remove(rk);
_releasedStates.Remove(states);
_releasedKeybordStates.Remove(keyboardCode);
if (additionalKeyCode != null && additionalKeyCode.Length > 0)
{
_releasedFncStates.Remove(additionalKeyCode[0]);
}
}
else
{
_releasedButtons.Add(rk);
_releasedStates.Add(states);
_releasedKeybordStates.Add(keyboardCode);
if (additionalKeyCode != null && additionalKeyCode.Length > 0)
{
_releasedFncStates.Add(additionalKeyCode[0]);
}
}
}
}
}
MarkButtonAsPressed(_pressedButtons);
}
BrailleIO_DeviceButtonStates ps = BrailleIO_DeviceButtonStates.None;
foreach (BrailleIO_DeviceButtonStates s in _pressedStates)
{
ps = ps | s;
}
BrailleIO_BrailleKeyboardButtonStates ks = BrailleIO_BrailleKeyboardButtonStates.None;
foreach (BrailleIO_BrailleKeyboardButtonStates item in _pressedKeyboradStates)
{
ks |= item;
}
BrailleIO_AdditionalButtonStates ads = BrailleIO_AdditionalButtonStates.None;
foreach (BrailleIO_AdditionalButtonStates item in _pressedFncStates)
{
ads |= item;
}
// fire always button pressed but wait for release
if (ShowOffAdapter != null && pressedKeys != null && pressedKeys.Count > 0)
{
ShowOffAdapter.firekeyStateChangedEvent(ps, ks, new BrailleIO_AdditionalButtonStates[1] {
ads
}, _pressedButtons, new List <String>(), timeStampTickCount);
}
// ShowOffAdapter.firekeyStateChangedEvent(ps, _pressedButtons, new List<String>(), timeStampTickCount);
if (Ctr)
{
return; // break the release or reset functions
}
if (states == BrailleIO_DeviceButtonStates.None && pressedKeys == null && releasedKeys == null && timeStampTickCount == 0)
{
//check if this is because the ctr is released
if (ShowOffAdapter != null)
{
BrailleIO_DeviceButtonStates rs = BrailleIO_DeviceButtonStates.None;
foreach (BrailleIO_DeviceButtonStates s in _releasedStates)
{
rs = rs | s;
}
BrailleIO_BrailleKeyboardButtonStates rks = BrailleIO_BrailleKeyboardButtonStates.None;
foreach (BrailleIO_BrailleKeyboardButtonStates item in _releasedKeybordStates)
{
rks |= item;
}
// TODO: do for additional buttons
BrailleIO_AdditionalButtonStates rads = BrailleIO_AdditionalButtonStates.None;
foreach (BrailleIO_AdditionalButtonStates item in _releasedFncStates)
{
rads |= item;
}
ShowOffAdapter.firekeyStateChangedEvent(rs, rks, new BrailleIO_AdditionalButtonStates[1] {
rads
}, new List <String>(), _releasedButtons, timeStampTickCount);
//ShowOffAdapter.firekeyStateChangedEvent(rs, new List<String>(), _releasedButtons, timeStampTickCount);
UnmarkButtons(_releasedButtons);
_pressedButtons.Clear();
_releasedButtons.Clear();
_pressedStates.Clear();
_pressedKeyboradStates.Clear();
_pressedFncStates.Clear();
_releasedStates.Clear();
_releasedKeybordStates.Clear();
_releasedFncStates.Clear();
}
}
else
{
if (ShowOffAdapter != null)
{
ShowOffAdapter.firekeyStateChangedEvent(states, keyboardCode, additionalKeyCode, pressedKeys, releasedKeys, timeStampTickCount);
//ShowOffAdapter.firekeyStateChangedEvent(states, pressedKeys, releasedKeys, timeStampTickCount);
}
}
}
internal void fireKeyStateChangeEvent(BrailleIO_DeviceButtonStates states,
List <string> pressedKeys,
List <string> releasedKeys,
int timeStampTickCount)
{
if (Ctr)
{
//check if pressed or released
if (releasedKeys == null || releasedKeys.Count < 1) //pressed keys
{
if (pressedKeys != null && pressedKeys.Count > 0)
{
foreach (string pk in pressedKeys)
{
if (_pressedButtons.Contains(pk))
{
UnmarkButtons(new List <String> {
pk
});
_pressedButtons.Remove(pk);
_pressedStates.Remove(states);
}
else
{
_pressedButtons.Add(pk);
_pressedStates.Add(states);
}
}
}
}
else // released keys
{
if (releasedKeys != null && releasedKeys.Count > 0)
{
foreach (string rk in releasedKeys)
{
if (_releasedButtons.Contains(rk))
{
UnmarkButtons(new List <String> {
rk
});
_releasedButtons.Remove(rk);
_releasedStates.Remove(states);
}
else
{
_releasedButtons.Add(rk);
_releasedStates.Add(states);
}
}
}
}
MarkButtonAsPressed(_pressedButtons);
}
BrailleIO_DeviceButtonStates ps = BrailleIO_DeviceButtonStates.None;
foreach (BrailleIO_DeviceButtonStates s in _pressedStates)
{
ps = ps | s;
}
// fire always button pressed but wait for release
if (ShowOffAdapter != null && pressedKeys != null && pressedKeys.Count > 0)
{
ShowOffAdapter.firekeyStateChangedEvent(ps, _pressedButtons, new List <String>(), timeStampTickCount);
}
if (Ctr)
{
return; // break the release or reset functions
}
if (states == BrailleIO_DeviceButtonStates.None && pressedKeys == null && releasedKeys == null && timeStampTickCount == 0)
{
//check if this is because the ctr is released
if (ShowOffAdapter != null)
{
BrailleIO_DeviceButtonStates rs = BrailleIO_DeviceButtonStates.None;
foreach (BrailleIO_DeviceButtonStates s in _releasedStates)
{
rs = rs | s;
}
ShowOffAdapter.firekeyStateChangedEvent(rs, new List <String>(), _releasedButtons, timeStampTickCount);
UnmarkButtons(_releasedButtons);
_pressedButtons.Clear();
_releasedButtons.Clear();
_pressedStates.Clear();
_releasedStates.Clear();
}
}
else
{
if (ShowOffAdapter != null)
{
ShowOffAdapter.firekeyStateChangedEvent(states, pressedKeys, releasedKeys, timeStampTickCount);
}
}
}