void ClientImpl::onMessage(const Message& msg_received, in_addr_t fromIP, uint16_t fromPort) {
ILOG << "onMessage(): Message(" << msg_received
<< " payload=" << msg_received.payload().length() << " bytes)\n";
std::lock_guard<std::mutex> lock(mutex_);
auto promiseIt = promises_.find(msg_received.token());
auto responseIt = responses_.find(msg_received.token());
if (promiseIt != promises_.end()) {
promiseIt->second.set_value(RestResponse()
.withCode((CoAP::Code) msg_received.code())
.withPayload(msg_received.payload()));
promises_.erase(promiseIt);
}
else if (responseIt != responses_.end()) {
responseIt->second.emplace_back(RestResponse()
.withSenderIP(fromIP)
.withSenderPort(fromPort)
.withCode((CoAP::Code) msg_received.code())
.withPayload(msg_received.payload()));
responseIt->second.callback();
}
else {
ELOG << "Message with token=" << msg_received.token() << " is unexpected.\n";
}
}
void ClientImpl::onMessage(const Message& msg_received, in_addr_t fromIP, uint16_t fromPort) {
ILOG << "onMessage(): Message(" << msg_received
<< " payload=" << msg_received.payload().length() << " bytes)\n";
std::lock_guard<std::mutex> lock(mutex_);
auto notificationIt = notifications_.find(msg_received.token());
if (notificationIt == notifications_.end()) {
if (msg_received.hasObserveValue()) {
// TODO: Send reset message to stop server from sending further notifications
}
return;
}
auto sp = notificationIt->second.lock();
if (not sp) {
if (msg_received.hasObserveValue()) {
// TODO: Send reset message to stop server from sending further notifications
}
return;
}
sp->onNext(RestResponse()
.withSenderIP(fromIP)
.withSenderPort(fromPort)
.withCode(msg_received.code())
.withPayload(msg_received.payload()));
}
