@Override public long skip(long n) { int bytes; if (n > Integer.MAX_VALUE) { bytes = AbstractIoBuffer.this.remaining(); } else { bytes = Math.min(AbstractIoBuffer.this.remaining(), (int) n); } AbstractIoBuffer.this.skip(bytes); return bytes; } };
@Override public long skip(long n) { int bytes; if (n > Integer.MAX_VALUE) { bytes = AbstractIoBuffer.this.remaining(); } else { bytes = Math.min(AbstractIoBuffer.this.remaining(), (int) n); } AbstractIoBuffer.this.skip(bytes); return bytes; } };
@Override public long skip(long n) { int bytes; if (n > Integer.MAX_VALUE) { bytes = AbstractIoBuffer.this.remaining(); } else { bytes = Math .min(AbstractIoBuffer.this.remaining(), (int) n); } AbstractIoBuffer.this.skip(bytes); return bytes; } };
skip(prefixLength); // make a room for the length field int oldPos = position(); encoder.reset();
public IoBuffer putObject(Object o) { int oldPos = position(); skip(4); // Make a room for the length field.
skip(prefixLength); // make a room for the length field int oldPos = position(); encoder.reset();
skip(prefixLength); // make a room for the length field int oldPos = position(); encoder.reset();
public IoBuffer putObject(Object o) { int oldPos = position(); skip(4); // Make a room for the length field.
public IoBuffer putObject(Object o) { int oldPos = position(); skip(4); // Make a room for the length field. try { ObjectOutputStream out = new ObjectOutputStream(asOutputStream()) {