// Return the Channel corresponding to the provided name
Channel::Ptr Manager::get(const char* apChannelName) {
Channel::Ptr ChannelPtr;
Channel::Map::iterator iChannelPtr = mChannelMap.find(apChannelName);
if (mChannelMap.end() != iChannelPtr) {
ChannelPtr = iChannelPtr->second;
} else {
/// @todo Add a basic thread-safety security (throw if multiple threads create Loggers)
ChannelPtr.reset(new Channel(apChannelName, mDefaultLevel));
mChannelMap[apChannelName] = ChannelPtr;
}
return ChannelPtr;
}
void * logging_thread(void *arg) {
Channel::Ptr ch;
ch.reset(static_cast<Channel *>(arg)); /* casting argument */
print(log_debug, "Start logging thread for %s-api. Running as daemon: %s", ch->name(),
ch->apiProtocol().c_str(), options.daemon() ? "yes" : "no");
// create configured api-interface
vz::ApiIF::Ptr api;
if (ch->apiProtocol() == "mysmartgrid") {
api = vz::ApiIF::Ptr(new vz::api::MySmartGrid(ch, ch->options()));
print(log_debug, "Using MSG-Api.", ch->name());
} else {
api = vz::ApiIF::Ptr(new vz::api::Volkszaehler(ch, ch->options()));
print(log_debug, "Using default api:", ch->name());
}
//pthread_cleanup_push(&logging_thread_cleanup, &api);
do { /* start thread mainloop */
try {
ch->wait();
api->send();
}
catch (std::exception &e) {
print(log_error, "logging thread failed due to: %s", ch->name(), e.what());
}
} while (options.logging());
print(log_debug, "Stop logging.! (daemon=%d)", ch->name(), options.daemon());
pthread_exit(0);
//pthread_cleanup_pop(1);
return NULL;
}