/**
* Polls for new LibDS events and emits Qt signals as appropiate.
* This function is called every 5 milliseconds.
*/
void DriverStation::processEvents()
{
DS_Event event;
while (DS_PollEvent (&event)) {
switch (event.type) {
case DS_FMS_COMMS_CHANGED:
emit fmsAddressChanged();
emit fmsCommunicationsChanged (event.fms.connected);
break;
case DS_RADIO_COMMS_CHANGED:
emit radioAddressChanged();
emit radioCommunicationsChanged (event.radio.connected);
break;
case DS_NETCONSOLE_NEW_MESSAGE:
emit newMessage (QString::fromUtf8 (event.netconsole.message));
break;
case DS_ROBOT_ENABLED_CHANGED:
emit enabledChanged (event.robot.enabled);
break;
case DS_ROBOT_MODE_CHANGED:
emit controlModeChanged (controlMode());
break;
case DS_ROBOT_COMMS_CHANGED:
emit robotAddressChanged();
emit robotCommunicationsChanged (event.robot.connected);
break;
case DS_ROBOT_CODE_CHANGED:
emit robotCodeChanged (event.robot.code);
break;
case DS_ROBOT_VOLTAGE_CHANGED:
emit voltageChanged (event.robot.voltage);
break;
case DS_ROBOT_CAN_UTIL_CHANGED:
emit canUsageChanged (event.robot.can_util);
break;
case DS_ROBOT_CPU_INFO_CHANGED:
emit cpuUsageChanged (event.robot.cpu_usage);
break;
case DS_ROBOT_RAM_INFO_CHANGED:
emit ramUsageChanged (event.robot.ram_usage);
break;
case DS_ROBOT_DISK_INFO_CHANGED:
emit diskUsageChanged (event.robot.disk_usage);
break;
case DS_ROBOT_STATION_CHANGED:
emit stationChanged();
emit allianceChanged (teamAlliance());
emit positionChanged (teamPosition());
break;
case DS_ROBOT_ESTOP_CHANGED:
emit emergencyStoppedChanged (event.robot.estopped);
break;
case DS_STATUS_STRING_CHANGED:
emit statusChanged (QString::fromUtf8 (DS_GetStatusString()));
break;
default:
break;
}
}
QTimer::singleShot (5, Qt::CoarseTimer, this, SLOT (processEvents()));
}
void
WebService::requestResult( Request *r )
{
Q_ASSERT( r );
switch (r->type())
{
case TypeHandshake:
{
//TODO mxcl before I refactored, the handshake success if block was still
// executed, but the result code was set to an error, I considered this a
// bug and hopefully I'll remember to ask someone if that is the case or not
Handshake *handshake = static_cast<Handshake*>(r);
Q_ASSERT( m_username == handshake->username() );
Q_ASSERT( m_password == handshake->password() );
if (handshake->succeeded()) {
m_streamUrl = handshake->streamUrl(); // legacy
m_isSubscriber = handshake->isSubscriber();
}
if (handshake->isMessage())
QMessageBox::information(
qApp->activeWindow(),
tr( "Last.fm Information" ),
handshake->message() );
emit handshakeResult( handshake );
break;
}
// these macros makes the code more readable
#define CASE( T ) case Type##T: { T##Request *request = static_cast<T##Request*>(r);
#define break } break
CASE( ChangeStation )
StationUrl url = request->stationUrl();
QString name = request->stationName();
emit changeStationResult( request );
if (r->succeeded())
emit stationChanged( url, name );
break;
CASE( SetTag )
emit setTagResult( request );
break;
CASE( ProxyTest )
if ( request->succeeded() || request->resultCode() == Request_ProxyAuthenticationRequired )
{
m_isAutoDetectedProxy = request->proxyUsed();
emit proxyTestResult( m_isAutoDetectedProxy, request->resultCode() );
}
break;
default:
;
}
/// these are emitted only for the currentUsername()
switch (r->type())
{
CASE( Love )
emit loved( request->track() );
break;
CASE( UnLove )
emit unloved( request->track() );
break;
CASE( Ban )
emit banned( request->track() );
break;
CASE( UnBan )
emit unbanned( request->track() );
break;
CASE( UserTags )
if (request->username() == currentUsername())
emit userTags( request->tags() );
break;
CASE( DeleteFriend )
emit friendDeleted( request->deletedUsername() );
break;
CASE( Friends )
emit friends( request->usernames() );
break;
CASE( Neighbours )
emit neighbours( request->usernames() );
break;
CASE( RecentTracks )
emit recentTracks( request->tracks() );
break;
CASE( RecentlyLovedTracks )
emit recentLovedTracks( request->tracks() );
break;
CASE( RecentlyBannedTracks )
emit recentBannedTracks( request->tracks() );
break;
default:
;
}
#undef CASE
#undef break
if ( r->failed() && r->resultCode() != Request_ProxyAuthenticationRequired )
emit failure( r );
else
emit success( r );
emit result( r );
if (r->autoDelete())
// do last in case one of the signals is queued
r->deleteLater();
}
