void Frontend::stopOSCamFilterData(int pid, int demux, int filter) {
SI_LOG_INFO("Stream: %d, Stop filter PID: %04d demux: %d filter: %d", _streamID, pid, demux, filter);
_frontendData.stopOSCamFilterData(pid, demux, filter);
_frontendData.setPID(pid, false);
// now update frontend, PID list has changed
updateInputDevice();
}
void HttpServer::threadEntry() {
SI_LOG_INFO("Setting up HTTP server");
for (;; ) {
// call poll with a timeout of 500 ms
poll(500);
}
}
void Frontend::startOSCamFilterData(int pid, int demux, int filter,
const unsigned char *filterData, const unsigned char *filterMask) {
SI_LOG_INFO("Stream: %d, Start filter PID: %04d demux: %d filter: %d (data %04x mask %04x)",
_streamID, pid, demux, filter, filterData[0], filterMask[0]);
_frontendData.startOSCamFilterData(pid, demux, filter, filterData, filterMask);
_frontendData.setPID(pid, true);
// now update frontend, PID list has changed
updateInputDevice();
}
bool DVBC::tune(int streamID, int feFD, const input::dvb::FrontendData &frontendData) {
SI_LOG_INFO("Stream: %d, Start tuning process for DVB-C(2)...", streamID);
// Now tune by setting properties
if (!setProperties(feFD, frontendData)) {
return false;
}
return true;
}
