Sha256: 41ffc9187936beba4a8a3274fecc961c683d5e9be68b2c07375574a447dcacc3
Contents?: true
Size: 898 Bytes
Versions: 37
Compression:
Stored size: 898 Bytes
Contents
package http_parser.lolevel;
import java.nio.ByteBuffer;
public interface HTTPDataCallback {
/*
very raw and extremly foolhardy! DANGER!
The whole Buffer concept is difficult enough to grasp as it is,
we pass in a buffer with an arbitrary position.
The interesting data is located at position pos and is len
bytes long.
The contract of this callback is that the buffer is
returned in the state that it was passed in, so implementing
this require good citizenship, you'll need to remember the current
position, change the position to get at the data you're interested
in and then set the position back to how you found it...
//TODO: there should be an abstract implementation that implements
cb as described above, marks it final an provides a new callback
with signature cb(byte[], int, int)
*/
public int cb(HTTPParser p, ByteBuffer buf, int pos, int len);
}
Version data entries
37 entries across 37 versions & 7 rubygems