@Override protected void onHttpHeaderError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpContentError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
httpHeader.setSkipRemainder(true); context.abort(new MaxRedirectException()); context.currentState = handler.onStatusReceived(responseStatus); if (context.isWSRequest && context.currentState == AsyncHandler.STATE.ABORT) { httpHeader.setSkipRemainder(true); try { context.done(handler.onCompleted()); httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); (HttpResponsePacket) httpHeader, context, ctx); if (!result) { httpHeader.setSkipRemainder(true); return false; context.done(handler.onCompleted()); } else { httpHeader.setSkipRemainder(true); ((WebSocketUpgradeHandler) context.getAsyncHandler()).onClose( context.webSocket, 1002, httpHeader.setSkipRemainder(true); context.abort(e); context.currentState = handler.onHeadersReceived(responseHeaders); } catch (Exception e) { httpHeader.setSkipRemainder(true); context.abort(e);
@Override protected void onHttpContentError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpContentError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpHeaderError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpHeaderError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpHeaderError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpContentError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.currentTransaction(httpHeader).abort(t); }
@Override protected void onHttpContentError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.get(ctx.getConnection()).abort(t); }
@Override protected void onHttpHeaderError(final HttpHeader httpHeader, final FilterChainContext ctx, final Throwable t) throws IOException { httpHeader.setSkipRemainder(true); HttpTransactionContext.get(ctx.getConnection()).abort(t); }
httpHeader.setSkipRemainder(true); context.abort(new MaxRedirectException()); context.currentState = handler.onStatusReceived(responseStatus); if (context.isWSRequest && context.currentState == AsyncHandler.STATE.ABORT) { httpHeader.setSkipRemainder(true); try { context.result(handler.onCompleted()); httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); context.abort(new MaxRedirectException()); context.currentState = handler.onStatusReceived(responseStatus); if (context.isWSRequest && context.currentState == AsyncHandler.STATE.ABORT) { httpHeader.setSkipRemainder(true); try { context.done(handler.onCompleted()); httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); context.abort(new MaxRedirectException()); context.currentState = handler.onStatusReceived(responseStatus); if (context.isWSRequest && context.currentState == AsyncHandler.STATE.ABORT) { httpHeader.setSkipRemainder(true); try { context.done(handler.onCompleted()); httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); context.abort(new MaxRedirectException()); context.currentState = handler.onStatusReceived(responseStatus); if (context.isWSRequest && context.currentState == AsyncHandler.STATE.ABORT) { httpHeader.setSkipRemainder(true); try { context.done(handler.onCompleted()); httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); final Request newRequest = fc.getRequest(); final AsyncHandler newHandler = fc.getAsyncHandler(); ctx); if (!result) { httpHeader.setSkipRemainder(true); return; context.result(handler.onCompleted()); } else { httpHeader.setSkipRemainder(true); ((WebSocketUpgradeHandler) context.handler). onClose(context.webSocket, httpHeader.setSkipRemainder(true); context.abort(e); responseHeaders); } catch (Exception e) { httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); (HttpResponsePacket) httpHeader, context, ctx); if (!result) { httpHeader.setSkipRemainder(true); return false; context.done(handler.onCompleted()); } else { httpHeader.setSkipRemainder(true); ((WebSocketUpgradeHandler) context.getAsyncHandler()).onClose( context.webSocket, 1002, httpHeader.setSkipRemainder(true); context.abort(e); context.currentState = handler.onHeadersReceived(responseHeaders); } catch (Exception e) { httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); (HttpResponsePacket) httpHeader, context, ctx); if (!result) { httpHeader.setSkipRemainder(true); return false; context.done(handler.onCompleted()); } else { httpHeader.setSkipRemainder(true); ((WebSocketUpgradeHandler) context.getAsyncHandler()).onClose( context.webSocket, 1002, httpHeader.setSkipRemainder(true); context.abort(e); context.currentState = handler.onHeadersReceived(responseHeaders); } catch (Exception e) { httpHeader.setSkipRemainder(true); context.abort(e);
httpHeader.setSkipRemainder(true); (HttpResponsePacket) httpHeader, context, ctx); if (!result) { httpHeader.setSkipRemainder(true); return false; context.done(handler.onCompleted()); } else { httpHeader.setSkipRemainder(true); ((WebSocketUpgradeHandler) context.getAsyncHandler()).onClose( context.webSocket, 1002, httpHeader.setSkipRemainder(true); context.abort(e); context.currentState = handler.onHeadersReceived(responseHeaders); } catch (Exception e) { httpHeader.setSkipRemainder(true); context.abort(e);