Changeset 69:89a39d7aed5a in xplra for doc
- Timestamp:
- 04/13/13 05:49:44 (12 years ago)
- Branch:
- default
- Phase:
- public
- File:
-
- 1 edited
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- Added
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doc/overview.dox
r68 r69 25 25 * computer that runs X-Plane, but extending it with TCP/IP-based or 26 26 * network access would not be difficult. While client libraries are 27 * provided for C, C++ and Python, the communication protocol between 28 * clients and the plugin is open and is \ref proto "described" in 29 * this documentation. So you can write your own client, if you wish. 27 * provided for \ref cpplib "C, C++" and \ref pythonlib "Python", 28 * the communication protocol between clients and the plugin is open 29 * and is \ref proto "described" in this documentation. So you can 30 * write your own client library, if you wish. 30 31 */ 31 32 /*! \page proto Protocol … … 698 699 * byte | 0x00 (\ref RESULT_OK) 699 700 */ 701 /*! \page cpplib C/C++ Client Library 702 * 703 * The C++ client library's central class is \ref 704 * hu::varadiistvan::xplra::XPlane. To communicate with the XPLRA 705 * plugin in X-Plane, create an instance of it. This, however, does 706 * not establish the connection yet. To actually connect, call the 707 * \ref hu::varadiistvan::xplra::XPlane::connect "connect" member 708 * function. If the connection is established, it returns otherwise it 709 * throws a \ref hu::varadiistvan::xplra::IOException. 710 * 711 * \c IOException is part of the exception hierarchy of the client 712 * library. The hierarchy begins with \ref 713 * hu::varadiistvan::xplra::Exception. The \c what function is 714 * implemented for all exception classes, so you can always get a 715 * string representation of the problem for logging or to display 716 * it. \c IOException further makes available an error code, which is 717 * the standard operating system-specific fault code of the I/O error 718 * that occured. 719 * 720 * \ref hu::varadiistvan::xplra::ProtocolException is thrown for 721 * errors returned by the plugin usually due to some incorrect 722 * parameter. See also the \ref proto description for the meaning 723 * and applicability of these error codes. 724 * 725 * The \c XPlane object can be reused in the sense, that after you 726 * have made a connection, you can disconnect and then connect 727 * again. This may be useful, if X-Plane crashes for some reason, and 728 * you can then reconnect if the user has restarted it. 729 * 730 * The \ref hu::varadiistvan::xplra::XPlane::createMultiGetter 731 * "createMultiGetter" function can be used to create a multi-dataref 732 * query object. It returns an instance of 733 * \ref hu::varadiistvan::xplra::MultiGetter "MultiGetter", which can 734 * be used to store a number of datarefs and then execute a 735 * multi-dataref query for those datarefs. Before execution, the query 736 * can be \ref hu::varadiistvan::xplra::MultiBuffer::registerInXPlane 737 * "registered" in the plugin, so that the client does not have to send 738 * all the dataref information whenever the query is executed. 739 * 740 * The \c XPlane object knows about any multi-dataref query objects. 741 * Therefore if you register such a multi-dataref query, and then the 742 * connection breaks, and then you reconnect, the query will-be 743 * re-registered too, i.e. you don't have to do it yourself. 744 * 745 * Similarly, the \ref hu::varadiistvan::xplra::XPlane::createMultiSetter 746 * "createMultiSetter" function can be used to create a multi-dataref 747 * update object. They are handled the same way by \c XPlane as the 748 * query objects when it comes to registration and re-registration. 749 * 750 * The other functions of \c XPlane are mostly self-explanatory: they 751 * perform the operations defined by the protocol. Several operations 752 * have more than one corresponding functions with different 753 * parameters for convenience. 754 */ 755 /*! \page pythonlib Python Client Library 756 * 757 */
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