void EndMapping()
{
// Create the keybind for the currently pressed keys
var binding = new CompoundKeyBind(ActiveKeyboardKeys, ActiveMouseButtons);
Configuration.KeyBinds.Add(binding);
if (MappingCompleted != null)
{
MappingCompleted(this, Configuration.KeyBinds);
}
ActiveMouseButtons.Clear();
ActiveKeyboardKeys.Clear();
IsMapping = false;
}
void OnKeysPressed(object sender, CompoundKeyBind e)
{
if (Logic.Configuration.Mode == Articulate.ListenMode.Continuous)
{
return;
}
PushToTalkRelease.Set();
if (Enabled && Logic.Configuration.Mode == Articulate.ListenMode.PushToArm)
{
Enabled = false;
}
else
{
Enabled = Logic.Configuration.Mode == Articulate.ListenMode.PushToTalk || Logic.Configuration.Mode == Articulate.ListenMode.PushToArm;
}
}
void TestKeys()
{
var newActiveKeyBind = Configuration.KeyBinds.FirstOrDefault(x => x.IsActive(ActiveKeyboardKeys, ActiveMouseButtons));
if (newActiveKeyBind != ActiveKeyBind)
{
if (newActiveKeyBind != null && KeysPressed != null)
{
KeysPressed(this, newActiveKeyBind);
}
else if (newActiveKeyBind == null && KeysReleased != null)
{
KeysReleased(this, ActiveKeyBind);
}
ActiveKeyBind = newActiveKeyBind;
}
}
void OnKeysReleased(object sender, CompoundKeyBind e)
{
if (Logic.Configuration.Mode == Articulate.ListenMode.PushToArm)
{
return; // Don't disable if we're armed
}
if (Logic.Configuration.Mode == Articulate.ListenMode.Continuous)
{
return;
}
PushToTalkRelease.Reset();
ThreadPool.RegisterWaitForSingleObject(PushToTalkRelease, (state, completed) =>
{
if (completed)
{
Dispatcher.Invoke(() =>
{
Enabled = Logic.Configuration.Mode == Articulate.ListenMode.Continuous || Logic.Configuration.Mode == Articulate.ListenMode.PushToIgnore;
});
}
}, null, 500, true);
}
