Re: [grpc-io] DNS requery not happening with round_robin load balancing in docker swarm

Hi Michael, On Friday, October 27, 2017 at 5:03:33 AM UTC+13, Michael Lumish wrote: > > To clarify, are you saying that after your client loses its connection to > every server, it never reestablishes a connection with any of them? > >> >> Yes, exactly. I have a small project and a bash

[grpc-io] Re: Hand-crafted gRPC-go client using server streaming

Yep, I made it more difficult than it needed to be. Disregard :) On Wednesday, October 25, 2017 at 7:50:29 AM UTC-7, Ryan Lubke wrote: > > Hey Folks, > > Some background first. We have a requirement to support multiple > serialization formats. To this end, we've created a backend in Java, and

Re: [grpc-io] DNS requery not happening with round_robin load balancing in docker swarm

To clarify, are you saying that after your client loses its connection to every server, it never reestablishes a connection with any of them? On Wed, Oct 25, 2017 at 10:42 PM wrote: > I'm trying to get a gRPC client/server running using nodejs under Docker > swarm. > >

Re: [grpc-io] RPC level flow control support in grpc for golang

Since Go's API is synchronous/blocking, I am pretty sure that sender always block until message is actually sent, which will respect HTTP/2 flow control windows. If you want an async API, where a sender can queue up messages even before the receiver can accept them, you could push them into a

[grpc-io] [grpc][c++] TOFU grpc client

Hi all, We are using self-signed certificates for enabling TLS between servers and clients. For that we create credentials for C++ server like this std::shared_ptr GetServerCredentials() { grpc::SslServerCredentialsOptions::PemKeyCertPair pkcp; pkcp.private_key =

[grpc-io] Re: gRPC over WebSocket

Hi all, Today I made a Go based prototype and proved that it's feasible. Next week will have a free slot and will try to do it using c++ based library. Please take a look and give some feedback about the idea and the overall architecture. As it was a prototype there is no even something