How to use

ClientTransportBuilder

in

io.zeebe.transport

 public static ClientTransportBuilder newClientTransport(final String name) {
  return new ClientTransportBuilder(name);
 }
}

    .messageMaxLength(1024 * 1024)
    .messageReceiveBuffer(dataFrameReceiveBuffer)
    .messageMemoryPool(
      new UnboundedMemoryPool()) // Client is not sending any heavy messages
    .requestMemoryPool(new NonBlockingMemoryPool(transportBufferSize))
    .scheduler(actorScheduler);
    .messageMaxLength(1024 * 1024)
    .messageMemoryPool(new UnboundedMemoryPool())
    .requestMemoryPool(new UnboundedMemoryPool())
    .scheduler(actorScheduler);
transport = transportBuilder.build();
internalTransport = internalTransportBuilder.build();

@Override
public void start(ServiceStartContext startContext) {
 final ActorScheduler scheduler = startContext.getScheduler();
 final ClientTransportBuilder transportBuilder = Transports.newClientTransport(name);
 transport =
   transportBuilder
     .messageMemoryPool(new NonBlockingMemoryPool(messageBufferSize))
     // client transport in broker should no do any high volume interactions using
     // request/resp
     .requestMemoryPool(new UnboundedMemoryPool())
     .scheduler(scheduler)
     .build();
 if (defaultEndpoints != null) {
  // make transport open and manage channels to the default endpoints
  defaultEndpoints.forEach(s -> transport.registerEndpoint(s.getInt(), s.getRight()));
 }
}

@Override
protected void before() throws Throwable {
 scheduler =
   ActorScheduler.newActorScheduler()
     .setCpuBoundActorThreadCount(1)
     .setActorClock(controlledActorClock)
     .build();
 scheduler.start();
 transport = Transports.newClientTransport("gateway").scheduler(scheduler).build();
 msgPackHelper = new MsgPackHelper();
 transport.registerEndpoint(nodeId, brokerAddressSupplier.get());
 final List<Integer> partitionIds = doRepeatedly(this::getPartitionIds).until(p -> !p.isEmpty());
 defaultPartitionId = partitionIds.get(0);
}

public ClientTransport build() {
 validate();
 final ClientActorContext actorContext = new ClientActorContext();
 final Sender sender =
   new Sender(actorContext, messageMemoryPool, requestMemoryPool, keepAlivePeriod);
 final RemoteAddressListImpl remoteAddressList = new RemoteAddressListImpl();
 final EndpointRegistry endpointRegistry = new EndpointRegistryImpl(name, remoteAddressList);
 final TransportContext transportContext =
   buildTransportContext(
     remoteAddressList,
     endpointRegistry,
     new ClientReceiveHandler(sender, receiveBuffer, listeners),
     receiveBuffer);
 return build(actorContext, transportContext);
}

@Override
public void start(ServiceStartContext startContext) {
 final ActorScheduler scheduler = startContext.getScheduler();
 final ClientTransportBuilder transportBuilder = Transports.newClientTransport(name);
 transport =
   transportBuilder
     .messageMemoryPool(new NonBlockingMemoryPool(messageBufferSize))
     // client transport in broker should no do any high volume interactions using
     // request/resp
     .requestMemoryPool(new UnboundedMemoryPool())
     .scheduler(scheduler)
     .build();
 if (defaultEndpoints != null) {
  // make transport open and manage channels to the default endpoints
  defaultEndpoints.forEach(s -> transport.registerEndpoint(s.getInt(), s.getRight()));
 }
}

@Override
protected void before() throws Throwable {
 scheduler =
   ActorScheduler.newActorScheduler()
     .setCpuBoundActorThreadCount(1)
     .setActorClock(controlledActorClock)
     .build();
 scheduler.start();
 transport = Transports.newClientTransport("gateway").scheduler(scheduler).build();
 msgPackHelper = new MsgPackHelper();
 transport.registerEndpoint(nodeId, brokerAddressSupplier.get());
 final List<Integer> partitionIds = doRepeatedly(this::getPartitionIds).until(p -> !p.isEmpty());
 defaultPartitionId = partitionIds.get(0);
}

public ClientTransport build() {
 validate();
 final ClientActorContext actorContext = new ClientActorContext();
 final Sender sender =
   new Sender(actorContext, messageMemoryPool, requestMemoryPool, keepAlivePeriod);
 final RemoteAddressListImpl remoteAddressList = new RemoteAddressListImpl();
 final EndpointRegistry endpointRegistry = new EndpointRegistryImpl(name, remoteAddressList);
 final TransportContext transportContext =
   buildTransportContext(
     remoteAddressList,
     endpointRegistry,
     new ClientReceiveHandler(sender, receiveBuffer, listeners),
     receiveBuffer);
 return build(actorContext, transportContext);
}

 public static ClientTransportBuilder newClientTransport(final String name) {
  return new ClientTransportBuilder(name);
 }
}