/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
/** * Cause the overflow handler to be called even if buffer is not full. */ @Override public GrizzlyFuture<Integer> flush() throws IOException { return flush(null); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }
@Override public GrizzlyFuture<Integer> flush( final CompletionHandler<Integer> completionHandler) throws IOException { return super.flush(new ResetCounterCompletionHandler( (Output) output, completionHandler)); }