@Override protected void checkOnDataAvailable() { this.channel.resumeReads(); // We are allowed to try, it will return null if data is not available onDataAvailable(); }
private void registerListeners(HttpServerExchange exchange) { exchange.addExchangeCompleteListener((ex, next) -> { onAllDataRead(); next.proceed(); }); this.channel.getReadSetter().set(c -> onDataAvailable()); this.channel.getCloseSetter().set(c -> onAllDataRead()); this.channel.resumeReads(); }
private void registerListeners(HttpServerExchange exchange) { exchange.addExchangeCompleteListener((ex, next) -> { onAllDataRead(); next.proceed(); }); this.channel.getReadSetter().set(c -> onDataAvailable()); this.channel.getCloseSetter().set(c -> onAllDataRead()); this.channel.resumeReads(); }
@Override protected void checkOnDataAvailable() { this.channel.resumeReads(); // We are allowed to try, it will return null if data is not available onDataAvailable(); }
private void registerListeners(HttpServerExchange exchange) { exchange.addExchangeCompleteListener((ex, next) -> { onAllDataRead(); next.proceed(); }); this.channel.getReadSetter().set(c -> onDataAvailable()); this.channel.getCloseSetter().set(c -> onAllDataRead()); this.channel.resumeReads(); }
@Override protected void checkOnDataAvailable() { this.channel.resumeReads(); // We are allowed to try, it will return null if data is not available onDataAvailable(); }
private void registerListeners(HttpServerExchange exchange) { exchange.addExchangeCompleteListener((ex, next) -> { onAllDataRead(); next.proceed(); }); this.channel.getReadSetter().set(c -> onDataAvailable()); this.channel.getCloseSetter().set(c -> onAllDataRead()); this.channel.resumeReads(); }
@Override protected void checkOnDataAvailable() { this.channel.resumeReads(); // We are allowed to try, it will return null if data is not available onDataAvailable(); }