fdbserver/networktest.actor.cpp

ACTOR Future<Void> networkTestServer() {
    state NetworkTestInterface interf( g_network );
    state Future<Void> logging = delay( 1.0 );
    state double lastTime = now();
    state int sent = 0;

    loop {
        choose {
            when( NetworkTestRequest req = waitNext( interf.test.getFuture() ) ) {
                req.reply.send( NetworkTestReply( Value( std::string( req.replySize, '.' ) ) ) );
                sent++;
            }
            when( Void _ = wait( logging ) ) {
                auto spd = sent / (now() - lastTime);
                fprintf( stderr, "responses per second: %f (%f us)\n", spd, 1e6/spd );
                lastTime = now();
                sent = 0;
                logging = delay( 1.0 );
            }
        }
    }
}

namespace {
template <class NetworkTestServerActor>                                                 
class NetworkTestServerActorState {
public:
    NetworkTestServerActorState()
         : interf(g_network),
           logging(delay( 1.0 )),
           lastTime(now()),
           sent(0)
    {

    }
    int a_body1(int loopDepth=0)
    {
        try {
            ;
            loopDepth = a_body1loopHead1(loopDepth);
        }
        catch (Error& error) {
            loopDepth = a_body1Catch1(error, loopDepth);
        } catch (...) {
            loopDepth = a_body1Catch1(unknown_error(), loopDepth);
        }

        return loopDepth;
    }
    int a_body1Catch1(Error error,int loopDepth=0)
    {
        this->~NetworkTestServerActorState();
        static_cast<NetworkTestServerActor*>(this)->sendErrorAndDelPromiseRef(error);
        loopDepth = 0;

        return loopDepth;
    }
    int a_body1loopHead1(int loopDepth)
    {
        int oldLoopDepth = ++loopDepth;
        while (loopDepth == oldLoopDepth) loopDepth = a_body1loopBody1(loopDepth);

        return loopDepth;
    }
    int a_body1loopBody1(int loopDepth)
    {
        FutureStream<NetworkTestRequest> __when_expr_0 = interf.test.getFuture();
        if (static_cast<NetworkTestServerActor*>(this)->actor_wait_state < 0) return a_body1Catch1(actor_cancelled(), std::max(0, loopDepth - 1));
        if (__when_expr_0.isReady()) { if (__when_expr_0.isError()) return a_body1Catch1(__when_expr_0.getError(), std::max(0, loopDepth - 1)); else return a_body1loopBody1when1(__when_expr_0.pop(), loopDepth); };
        StrictFuture<Void> __when_expr_1 = logging;
        if (__when_expr_1.isReady()) { if (__when_expr_1.isError()) return a_body1Catch1(__when_expr_1.getError(), std::max(0, loopDepth - 1)); else return a_body1loopBody1when2(__when_expr_1.get(), loopDepth); };
        static_cast<NetworkTestServerActor*>(this)->actor_wait_state = 1;
        __when_expr_0.addCallbackAndClear(static_cast<ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >*>(static_cast<NetworkTestServerActor*>(this)));
        __when_expr_1.addCallbackAndClear(static_cast<ActorCallback< NetworkTestServerActor, 1, Void >*>(static_cast<NetworkTestServerActor*>(this)));
        loopDepth = 0;
        return loopDepth;
    }
    int a_body1loopBody1cont1(int loopDepth)
    {
        if (loopDepth == 0) return a_body1loopHead1(0);
        return loopDepth;
    }
    int a_body1loopBody1when1(NetworkTestRequest const& req,int loopDepth)
    {
        req.reply.send( NetworkTestReply( Value( std::string( req.replySize, '.' ) ) ) );
        sent++;
        loopDepth = a_body1loopBody1cont1(loopDepth);
        return loopDepth;
    }
    int a_body1loopBody1when2(Void const& _,int loopDepth)
    {
        auto spd = sent / (now() - lastTime);
        fprintf( stderr, "responses per second: %f (%f us)\n", spd, 1e6/spd );
        lastTime = now();
        sent = 0;
        logging = delay( 1.0 );
        loopDepth = a_body1loopBody1cont1(loopDepth);
        return loopDepth;
    }
    void a_exitChoose1()
    {
        if (static_cast<NetworkTestServerActor*>(this)->actor_wait_state > 0) static_cast<NetworkTestServerActor*>(this)->actor_wait_state = 0;
        static_cast<NetworkTestServerActor*>(this)->ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >::remove();
        static_cast<NetworkTestServerActor*>(this)->ActorCallback< NetworkTestServerActor, 1, Void >::remove();
    }
    void a_callback_fire(ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >*,NetworkTestRequest value)
    {
        a_exitChoose1();
        try {
            a_body1loopBody1when1(value, 0);
        }
        catch (Error& error) {
            a_body1Catch1(error, 0);
        } catch (...) {
            a_body1Catch1(unknown_error(), 0);
        }

    }
    void a_callback_error(ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >*,Error err)
    {
        a_exitChoose1();
        try {
            a_body1Catch1(err, 0);
        }
        catch (Error& error) {
            a_body1Catch1(error, 0);
        } catch (...) {
            a_body1Catch1(unknown_error(), 0);
        }

    }
    void a_callback_fire(ActorCallback< NetworkTestServerActor, 1, Void >*,Void value)
    {
        a_exitChoose1();
        try {
            a_body1loopBody1when2(value, 0);
        }
        catch (Error& error) {
            a_body1Catch1(error, 0);
        } catch (...) {
            a_body1Catch1(unknown_error(), 0);
        }
    }
    void a_callback_error(ActorCallback< NetworkTestServerActor, 1, Void >*,Error err)
    {
        a_exitChoose1();
        try {
            a_body1Catch1(err, 0);
        }
        catch (Error& error) {
            a_body1Catch1(error, 0);
        } catch (...) {
            a_body1Catch1(unknown_error(), 0);
        }

    }
    NetworkTestInterface interf;
    Future<Void> logging;
    double lastTime;
    int sent;
};
class NetworkTestServerActor : public Actor<Void>, public ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >, public ActorCallback< NetworkTestServerActor, 1, Void >, public FastAllocated<NetworkTestServerActor>, public NetworkTestServerActorState<NetworkTestServerActor> {
public:
    using FastAllocated<NetworkTestServerActor>::operator new;
    using FastAllocated<NetworkTestServerActor>::operator delete;
    virtual void destroy() { ((Actor<Void>*)this)->~Actor(); operator delete(this); }
friend struct ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >;
friend struct ActorCallback< NetworkTestServerActor, 1, Void >;
    NetworkTestServerActor()
         : Actor<Void>(),
           NetworkTestServerActorState<NetworkTestServerActor>()
    {
        this->a_body1();
    }
    void cancel()
    {
        auto wait_state = this->actor_wait_state;
        this->actor_wait_state = -1;
        switch (wait_state) {
        case 1: this->a_callback_error((ActorSingleCallback< NetworkTestServerActor, 0, NetworkTestRequest >*)0, actor_cancelled()); break;
        }

    }
};
}
Future<Void> networkTestServer(  ) {
    return Future<Void>(new NetworkTestServerActor());
}