public static Buffer make(RefCounted requestor, java.nio.ByteBuffer directByteBuffer, int offset, int length) {
    long cPtr = FerryJNI.Buffer_make__SWIG_3(RefCounted.getCPtr(requestor), requestor, directByteBuffer, offset, length);
    return (cPtr == 0) ? null : new Buffer(cPtr, false);
  }
public static Buffer make(RefCounted requestor, java.nio.ByteBuffer directByteBuffer, int offset, int length) {
    long cPtr = FerryJNI.Buffer_make__SWIG_3(RefCounted.getCPtr(requestor), requestor, directByteBuffer, offset, length);
    return (cPtr == 0) ? null : new Buffer(cPtr, false);
  }
public static Buffer make ( RefCounted requestor , java . nio . ByteBuffer directByteBuffer , int offset , int length ) { long cPtr = FerryJNI . Buffer_make__SWIG_3 ( RefCounted . getCPtr ( requestor ) , requestor , directByteBuffer , offset , length ) ; return ( cPtr == 0 ) ? null : new Buffer ( cPtr , false ) ; }
Create a new Buffer object that uses the direct byte buffer<br>
passed in by reference (i.e. it directly uses the bytes in<br>
the direct byte buffer).<br>
<br>
@param requestor An optional value telling the Buffer class<br>
what object requested it. This is used for debugging memory leaks;<br>
it's a marker for the FERRY object (e.g. IPacket) that actually<br>
requested the buffer. If you're not an FERRY object, pass in null here.<br>
@param directByteBuffer A direct java.nio.ByteBuffer object<br>
you want to use for your memory.  This must be a direct object --<br>
non direct objects will result in an JVM-dependent exception<br>
being thrown. <br>
@param offset The starting offset in directByteBuffer where you want<br>
to start copying.<br>
@param length The total number of bytes you want to copy from<br>
directByteBuffer.<br>
<br>
@return a new Buffer object that is using directByteBuffer<br>
behind the scenes, or null on failure.
Create a new Buffer object that uses the direct byte buffer<br > passed in by reference ( i . e . it directly uses the bytes in<br > the direct byte buffer ) . <br > <br >