byte[] fragmentStub = new byte[allocation]; System.arraycopy(stub, index, fragmentStub, 0, allocation); fragment.setStub(fragmentStub); int flags = getFlags() & ~(PFC_FIRST_FRAG | PFC_LAST_FRAG); if (index == 0) flags |= PFC_FIRST_FRAG;
byte[] fragmentStub = new byte[allocation]; System.arraycopy(stub, index, fragmentStub, 0, allocation); fragment.setStub(fragmentStub); int flags = getFlags() & ~(PFC_FIRST_FRAG | PFC_LAST_FRAG); if (index == 0) flags |= PFC_FIRST_FRAG;
byte[] fragmentStub = new byte[allocation]; System.arraycopy ( stub, index, fragmentStub, 0, allocation ); fragment.setStub ( fragmentStub ); int flags = getFlags () & ~ ( PFC_FIRST_FRAG | PFC_LAST_FRAG ); if ( index == 0 )
protected void readStub(NetworkDataRepresentation ndr) { NdrBuffer src = ndr.getBuffer(); src.align(8); byte[] stub = null; int length = getFragmentLength() - src.getIndex(); if (length > 0) { stub = new byte[length]; ndr.readOctetArray(stub, 0, length); } setStub(stub); }
protected void readStub(NetworkDataRepresentation ndr) { NdrBuffer src = ndr.getBuffer(); src.align(8); byte[] stub = null; int length = getFragmentLength() - src.getIndex(); if (length > 0) { stub = new byte[length]; ndr.readOctetArray(stub, 0, length); } setStub(stub); }
protected void readStub ( NetworkDataRepresentation ndr ) { NdrBuffer src = ndr.getBuffer (); src.align ( 8 ); byte[] stub = null; int length = getFragmentLength () - src.getIndex (); if ( length > 0 ) { stub = new byte[length]; ndr.readOctetArray ( stub, 0, length ); } setStub ( stub ); }
request.setStub(stub); request.setAllocationHint(buffer.getLength()); request.setOpnum(opnum);
request.setStub ( stub ); request.setAllocationHint ( buffer.getLength () ); request.setOpnum ( opnum );
request.setStub(stub); request.setAllocationHint(buffer.getLength()); request.setOpnum(opnum);