rem: cerr << "(eca-processor) Engine startup aborted, session in corrupted state: no outputs!"; cerr << " Exiting..." << std::endl;
add: std::cerr << "(eca-processor) Engine startup aborted, session in corrupted state: no outputs!"; std::cerr << " Exiting..." << std::endl;
context: void ECA_ENGINE::init_sorted_output_map(void) {  outputs_repp =  &(csetup_repp->outputs);  if (outputs_repp  == 0 ||      outputs_repp->size() == 0) {    cerr << "(eca-processor) Engine startup aborted, session in corrupted state: no outputs!";    cerr << " Exiting..." << std::endl;    exit(-1);  }  for(unsigned int adev_sizet = 0; adev_sizet < outputs_repp->size(); adev_sizet++) {    if (AUDIO_IO_DEVICE::is_realtime_object((*outputs_repp)[adev_sizet]) == true) {      realtime_outputs_rep.push_back(static_cast<AUDIO_IO_DEVICE*>((*outputs_repp)[adev_sizet]));      realtime_objects_rep.push_back(static_cast<AUDIO_IO_DEVICE*>((*outputs_repp)[adev_sizet]));    }    else {      non_realtime_outputs_rep.push_back((*outputs_repp)[adev_sizet]);      non_realtime_objects_rep.push_back((*outputs_repp)[adev_sizet]);    }  }  DBC_CHECK(static_cast<int>(realtime_outputs_rep.size()) == csetup_repp->number_of_realtime_outputs());}