int main(int argc, char** argv) {
gflags::ParseCommandLineFlags(&argc, &argv, true);
auto serverPool = std::make_shared<SimpleServerPool>();
// A unique BroadcastPipeline for each upstream server to fan-out the
// upstream messages to ObservingPipelines corresponding to each client.
auto broadcastPipelineFactory =
std::make_shared<SimpleBroadcastPipelineFactory>();
// A unique ObservingPipeline is created for each client to subscribe
// to the broadcast.
auto observingPipelineFactory =
std::make_shared<SimpleObservingPipelineFactory>(
serverPool, broadcastPipelineFactory);
// RoutingDataHandlerFactory for creating the RoutingDataHandler that sets
// client IP as the routing data.
auto routingHandlerFactory =
std::make_shared<ClientIPRoutingDataHandlerFactory>();
ServerBootstrap<SimpleObservingPipeline> server;
// AcceptRoutingPipelineFactory for creating accept pipelines hash the
// client connection to a worker thread based on client IP.
auto acceptPipelineFactory = std::make_shared<
AcceptRoutingPipelineFactory<SimpleObservingPipeline, std::string>>(
&server, routingHandlerFactory, observingPipelineFactory);
server.pipeline(acceptPipelineFactory);
server.bind(FLAGS_port);
server.waitForStop();
return 0;
}
int main(int argc, char** argv) {
gflags::ParseCommandLineFlags(&argc, &argv, true);
auto routingHandlerFactory =
std::make_shared<NaiveRoutingDataHandlerFactory>();
auto childPipelineFactory = std::make_shared<ServerPipelineFactory>();
ServerBootstrap<DefaultPipeline> server;
server.pipeline(
std::make_shared<AcceptRoutingPipelineFactory<DefaultPipeline, char>>(
&server, routingHandlerFactory, childPipelineFactory));
server.bind(FLAGS_port);
server.waitForStop();
return 0;
}
