public Body(Body value) { /// Initiliaze the protected variables m_RejectEventRequestRec = new RejectEventRequestRec(); m_RejectEventRequestRec.setParent(this); /// Copy the values m_RejectEventRequestRec = value.m_RejectEventRequestRec; m_RejectEventRequestRec.setParent(this); /// This code is currently not supported }
public void decode(ByteBuffer bytes, int pos) { if (bytes.array() == null) { return; } if (bytes.order() != ByteOrder.LITTLE_ENDIAN) { bytes.order(ByteOrder.LITTLE_ENDIAN); } m_RejectEventRequestRec.decode(bytes, pos); pos += m_RejectEventRequestRec.getSize(); }
public boolean isEqual(Body value) { if (!m_RejectEventRequestRec.isEqual(value.getRejectEventRequestRec())) { return false; } /// This code is currently not supported return true; }
public RejectEventRequest.Body assign(Body value) { m_RejectEventRequestRec = value.m_RejectEventRequestRec; m_RejectEventRequestRec.setParent(this); /// This code is currently not supported return this; }
/** * Returns the number of bytes the used data members of the class occupies in the buffer. This * is not the number of bytes the data type occupies in Java, but the bytes expected on the * wire. * * @return */ public long getSize() { long size = 0; size += m_RejectEventRequestRec.getSize(); return size; }
public boolean isEqual(RejectEventRequestRec value) { if (!m_PresenceVector.equals(value.m_PresenceVector)) { return false; } if (m_RequestID != value.getRequestID()) { return false; } if (m_ResponseCode != value.getResponseCode()) { return false; } if (m_ErrorMessage != value.m_ErrorMessage) { return false; } return true; }
public Body() { m_RejectEventRequestRec = new RejectEventRequestRec(); m_RejectEventRequestRec.setParent(this); }