@Override public boolean isRemoved() { return removed || ctx.isRemoved(); }
@Override public boolean isRemoved() { return ctx.isRemoved(); }
@Override public boolean isRemoved() { return removed || ctx.isRemoved(); }
@Override public boolean isRemoved() { return removed || ctx.isRemoved(); }
@Override public boolean isRemoved() { return context.isRemoved(); }
protected void removeInternalHandler(ChannelHandlerContext ctx) { // Remove timeout handler if not already removed. ChannelHandlerContext handlerContext = ctx.pipeline().context(INTERNAL_HANDLER_NAME); if (handlerContext != null && ! handlerContext.isRemoved()) { ctx.pipeline().remove(INTERNAL_HANDLER_NAME); } }
private void removeState(final ChannelHandlerContext ctx) { // The removal may happen in an async fashion if the EventExecutor we use does something funky. if (ctx.isRemoved()) { initMap.remove(ctx); } else { // The context is not removed yet which is most likely the case because a custom EventExecutor is used. // Let's schedule it on the EventExecutor to give it some more time to be completed in case it is offloaded. ctx.executor().execute(new Runnable() { @Override public void run() { initMap.remove(ctx); } }); } } }
private void removeState(final ChannelHandlerContext ctx) { // The removal may happen in an async fashion if the EventExecutor we use does something funky. if (ctx.isRemoved()) { initMap.remove(ctx); } else { // The context is not removed yet which is most likely the case because a custom EventExecutor is used. // Let's schedule it on the EventExecutor to give it some more time to be completed in case it is offloaded. ctx.executor().execute(new Runnable() { @Override public void run() { initMap.remove(ctx); } }); } } }
protected void removeInternalHandler(ChannelHandlerContext ctx) { // Remove timeout handler if not already removed. ChannelHandlerContext handlerContext = ctx.pipeline().context(INTERNAL_HANDLER_NAME); if (handlerContext != null && ! handlerContext.isRemoved()) { ctx.pipeline().remove(INTERNAL_HANDLER_NAME); } }
if (ctx.isRemoved()) { break;
unwrapLoop: while (!ctx.isRemoved()) { final SSLEngineResult result = engineType.unwrap(this, packet, offset, length, decodeOut); final Status status = result.getStatus();
while (!ctx.isRemoved()) { promise = ctx.newPromise(); buf = wrapDataSize > 0 ?
while (!ctx.isRemoved()) { if (out == null) {
while (!ctx.isRemoved()) { if (out == null) {