void AMCPDevice::parseHeader(const QString& line)
{
if (line.length() == 0)
return;
QStringList tokens = line.split(QRegExp("\\s"));
this->code = tokens.at(0).toInt();
switch (this->code)
{
case 200: // The command has been executed and several lines of data are being returned.
this->state = AMCPDevice::ExpectingMultiline;
break;
case 201: // The command has been executed and a line of data is being returned.
case 400: // Command not understood.
this->state = AMCPDevice::ExpectingTwoline;
break;
default:
this->state = AMCPDevice::ExpectingOneline;
break;
}
this->command = translateCommand(tokens.at(1));
if (tokens.count() > 3)
this->command = translateCommand(QString("%1 %2").arg(tokens.at(1)).arg(tokens.at(2)));
this->response.append(line);
}
void AMCPDevice::parseHeader(const QString& line)
{
if (line.length() == 0)
return;
QStringList tokens = line.split(QRegExp("\\s"));
this->code = tokens.at(0).toInt();
this->command = translateCommand(tokens.at(1));
if (tokens.count() == 3)
this->command = translateCommand(tokens.at(1));
else
this->command = translateCommand(QString("%1 %2").arg(tokens.at(1)).arg(tokens.at(2)));
switch (this->code)
{
case 200:
this->state = AMCPDevice::ExpectingMultiline;
break;
case 201:
this->state = AMCPDevice::ExpectingTwoline;
break;
default:
this->state = AMCPDevice::ExpectingOneline;
break;
}
this->response.append(line);
}
void InputHandler::_processKeyPress( int nativeKeyCode, int64_t timestamp )
{
// Verify that this key isn't already pressed
for( auto i : m_keysDown )
{
if( i.nativeKeyCode == nativeKeyCode )
return;
}
//
Key translatedKeyCode = translateKey(nativeKeyCode);
// Create and fill in the info-structure.
KeyDownInfo info;
info.nativeKeyCode = nativeKeyCode;
info.translatedKeyCode = translatedKeyCode;
info.pressTimestamp = timestamp;
info.pWidget = _focusedWidget();
m_keysDown.push_back( info );
// Post KEY_PRESS message
Widget * pWidget = _focusedWidget();
Base::msgRouter()->post( new KeyPressMsg( m_inputId, nativeKeyCode, translatedKeyCode, pWidget, m_modKeys, m_pointerPos, timestamp ) );
// Post an EditCommand if that is associated with the key-combo.
EditCmd cmd = translateCommand( nativeKeyCode, m_modKeys );
if( cmd != EditCmd::None )
Base::msgRouter()->post( new EditCommandMsg( m_inputId, cmd, pWidget ));
// Update modkeys
switch( translatedKeyCode )
{
case Key::Shift:
m_modKeys = (ModifierKeys) (m_modKeys | MODKEY_SHIFT);
break;
case Key::Control:
m_modKeys = (ModifierKeys) (m_modKeys | MODKEY_CTRL);
break;
case Key::Alt:
m_modKeys = (ModifierKeys) (m_modKeys | MODKEY_ALT);
break;
case Key::Super:
m_modKeys = (ModifierKeys) (m_modKeys | MODKEY_SUPER);
break;
default:
break;
}
}
CAsyncHttp::CHttpCommand::CHttpCommand(String strCmd, rho_param *p) : m_params(p)
{
m_eCmd = translateCommand(strCmd);
m_strCallback = m_params.getString("callback");
m_strCallbackParams = m_params.getString("callback_param");
m_params.getHash("headers", m_mapHeaders);
if(m_params.has("ssl_verify_peer"))
m_NetRequest.setSslVerifyPeer(m_params.getBool("ssl_verify_peer"));
}
CAsyncHttp::CHttpCommand::CHttpCommand(String strCmd, rho_param *p) : m_params(p)
{
m_eCmd = translateCommand(strCmd);
m_strCallback = m_params.getString("callback");
m_strCallbackParams = m_params.getString("callback_param");
m_params.getHash("headers", m_mapHeaders);
m_pNetRequest = rho_get_RhoClassFactory()->createNetRequest();
m_pNetRequest->sslVerifyPeer(m_params.getBool("ssl_verify_peer"));
}
void makeCommand(libusb_device_handle *handle,char* cmd,int delay){
fprintf(stderr, "Moving %s for %d Ms\n",cmd,delay);
int command = translateCommand(cmd);
sendCMD(handle,command);
// Bei Feuern: Kein Zeitlimit.
if(command == LAUNCHER_FIRE){
delay=0;
}
// Nur bei Bewegungskommandos pollen:
if(command!=LAUNCHER_STOP && command!=LAUNCHER_POLL){
waituntil(handle,command,delay);
sendCMD(handle,LAUNCHER_STOP);
}
}
void InputHandler::_handleKeyRepeats( int64_t timestamp )
{
for( auto key : m_keysDown )
{
int64_t firstRepeat = key.pressTimestamp + m_keyRepeatDelay;
int64_t repeatPos; // Next timestamp where a key repeat should occur.
if( m_timeStamp < firstRepeat )
repeatPos = firstRepeat;
else
repeatPos = firstRepeat + ((m_timeStamp - firstRepeat) / m_keyRepeatRate) * m_keyRepeatRate + m_keyRepeatRate;
while( repeatPos <= timestamp )
{
Base::msgRouter()->post( new KeyRepeatMsg( m_inputId, key.nativeKeyCode, key.translatedKeyCode, key.pWidget.rawPtr(), m_modKeys, m_pointerPos, repeatPos ));
EditCmd cmd = translateCommand( key.nativeKeyCode, m_modKeys );
if( cmd != EditCmd::None )
Base::msgRouter()->post( new EditCommandMsg( m_inputId, cmd, key.pWidget.rawPtr() ));
repeatPos += m_keyRepeatRate;
}
}
}
