private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
private void enableOpReadNow(final FilterChainContext ctx) { // make sure we won't enable OP_READ once upper layer complete HTTP request processing final FilterChainContext newContext = ctx.copy(); ctx.getInternalContext().removeAllLifeCycleListeners(); // enable read now to start accepting HTTP2 frames newContext.resume(newContext.getStopAction()); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }
@Override public NextAction handleRead(final FilterChainContext ctx) throws IOException { // blocking mode means this read is initiated from HttpHandler if (!ctx.getTransportContext().isBlocking()) { // create a plug for this FilterChainContext final Plug plug = Plug.create(ctx, this); ctx.getInternalContext().addLifeCycleListener(plug); plugAttr.set(ctx, plug); } return ctx.getInvokeAction(); }