Test suites are more reliable (pesky EADDRINUSE bugs are hopefully squashed now) Thenng_closefunction is renamed tonng_sock_close, as a heads up... so pay attention to the migration guide! (There is a macro,NNG1_MIGRATIONthat can be set to provide a macro to aid in transition. Summary ...
pair does support async, but it does not support nng_ctx_open -- because it's a totally stateless protocol. As a stateless protocol, there is no need for contexts (no point), and you can just use the single socket with nng_recv_aio nng_send_aio. gdamore added the question label on...
000 QoS 0/1/2 messages (both only count the total time spent on reading sockets to calculate the message rate). In order to get close to most real business scenarios, we use the Emqtt_bench tool to send a 2-byte message to this client. Each time the ...
gdamorecommentedNov 26, 2023 I believe that the problem here is that the protocols that use transportpipe_sendcan wind up losing the message if the pipe has been closed. This is because the transport uses nng_aio_begin (checking for success), but doesn't complete the aio (we need tonot...
nni_aio_set_msg(&p->send_aio, p->pingmsg); nni_pipe_send(p->pipe, &p->send_aio); p->pingcnt ++; nni_mtx_unlock(&s->mtx); nni_sleep_aio(s->retry, &p->time_aio); return; }// start message resending // msg = nni_id_get_min(&p->sent_unack, &pid); ...
From my understanding of the documentation if I have a client that sends message to a server in a loop, but the server takes longer than the resend time to respond, the client will send the message again. Now assuming we had a timeout of 1 second and we make the server respond after...
2199 + nng_udp_send(nng_udp *udp, nng_aio *aio) 2200 + { 2201 + nni_plat_udp_send((nni_plat_udp *) udp, aio); 2202 + } 2203 + 2204 + void 2205 + nng_udp_recv(nng_udp *udp, nng_aio *aio) 2206 + { 2207 + nni_plat_udp_recv((nni_plat_udp *) udp, aio...
Wrap nng in a way that can be used "naturally" via Java idioms so users can quickly spin up sockets, dial/listen, and send/receive data without all the pomp and circumstance seen in the C code (because Java has enough pomp and circumstance to deal with,amiright). ...
nano1$send("hello world!") #> [1] 0 Receive message using ‘nano2’: nano2$recv() #> [1] "hello world!" Vignette Please refer to the nanonext vignette for full package functionality. This may be accessed within R by: vignette("nanonext", package = "nanonext") Installation Install ...
nano1$send("hello world!") #> [1] 0 Receive message using ‘nano2’: nano2$recv() #> [1] "hello world!" Vignette Please refer to the nanonext vignette for full package functionality. This may be accessed within R by: vignette("nanonext", package = "nanonext") Installation Install ...