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-/*
- *  OpenVPN -- An application to securely tunnel IP networks
- *             over a single TCP/UDP port, with support for SSL/TLS-based
- *             session authentication and key exchange,
- *             packet encryption, packet authentication, and
- *             packet compression.
- *
- *  Copyright (C) 2010 Fox Crypto B.V. <openvpn@fox-it.com>
- *
- *
- *  This program is free software; you can redistribute it and/or modify
- *  it under the terms of the GNU General Public License version 2
- *  as published by the Free Software Foundation.
- *
- *  This program is distributed in the hope that it will be useful,
- *  but WITHOUT ANY WARRANTY; without even the implied warranty of
- *  MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
- *  GNU General Public License for more details.
- *
- *  You should have received a copy of the GNU General Public License
- *  along with this program (see the file COPYING included with this
- *  distribution); if not, write to the Free Software Foundation, Inc.,
- *  59 Temple Place, Suite 330, Boston, MA  02111-1307  USA
- */
-
-/**
- * @file
- * Main page documentation file.
- */
-
-/**
- * @mainpage OpenVPN v2.1 source code documentation
- *
- * This documentation describes the internal structure of OpenVPN.  It was
- * automatically generated from specially formatted comment blocks in
- * OpenVPN's source code using Doxygen.  (See
- * http://www.stack.nl/~dimitri/doxygen/ for more information on Doxygen)
- *
- * The \ref mainpage_modules "Modules section" below gives an introduction
- * into the high-level module concepts used throughout this documentation.
- * The \ref mainpage_relatedpages "Related Pages section" below describes
- * various special subjects related to OpenVPN's implementation which are
- * discussed in the related pages section.
- *
- * @section mainpage_modules Modules
- *
- * For the purpose of describing the internal structure of OpenVPN, this
- * documentation and the underlying source code has been broken up into a
- * number of conceptually well-defined parts, known as modules. Each
- * module plays a specific role within the OpenVPN process, and in most
- * cases each module has a clear interfacing strategy for interacting with
- * other modules.
- *
- * The following modules have been defined:
- * - Driver module:
- *   - The \link eventloop Main Event Loop\endlink: this module drives the
- *     event handling of OpenVPN.  It implements various types of
- *     select-loop which wait until an event happens, and then delegate
- *     the handling of that event to the appropriate module.
- * - Network interface modules:
- *   - The \link external_multiplexer External Multiplexer\endlink: this
- *     module sends and receives packets to and from remote OpenVPN peers
- *     over the external network interface.  It also takes care of
- *     demultiplexing received packets to their appropriate VPN tunnel and
- *     splitting control channel and data channel packets.
- *   - The \link internal_multiplexer Internal Multiplexer\endlink: this
- *     module sends and receives packets to and from locally reachable
- *     posts over the virtual tun/tap network interface.  It also takes
- *     care of determining through which VPN tunnel a received packet must
- *     be sent to reach its destination.
- * - Control channel modules:
- *   - The \link reliable Reliability Layer\endlink: this module offers a
- *     %reliable and sequential transport layer for control channel
- *     messages.
- *   - The \link control_tls Control Channel TLS module\endlink: this
- *     module offers a secure encapsulation of control channel messages
- *     using the TLS protocol.
- *   - The \link control_processor Control Channel Processor\endlink: his
- *     module manages the setup, maintenance, and shut down of VPN
- *     tunnels.
- * - Data channel modules:
- *   - The \link data_control Data Channel Control module\endlink: this
- *     module controls the processing of data channel packets and,
- *     depending on the settings of the packet's VPN tunnel, passes the
- *     packet to the three modules below for handling.
- *   - The \link data_crypto Data Channel Crypto module\endlink: this
- *     module performs security operations on data channel packets.
- *   - The \link fragmentation Data Channel Fragmentation module\endlink:
- *     this module offers fragmentation of data channel packets larger
- *     than the VPN tunnel's MTU.
- *   - The \link compression Data Channel Compression module\endlink: this
- *     module offers compression of data channel packets.
- *
- * @subsection mainpage_modules_example Example event: receiving a packet
- *
- * OpenVPN handles many types of events during operation.  These include
- * external events, such as network traffic being received, and internal
- * events, such as a %key session timing out causing renegotiation.  An
- * example event, receiving a packet over the network, is described here
- * together with which modules play what roles:
- * -# The \link eventloop Main Event Loop\endlink detects that a packet
- *    can be read from the external or the virtual tun/tap network
- *    interface.
- * -# The \link eventloop Main Event Loop\endlink calls the \link
- *    external_multiplexer External Multiplexer\endlink or \link
- *    internal_multiplexer Internal Multiplexer\endlink to read and
- *    process the packet.
- * -# The multiplexer module determines the type of packet and its
- *    destination, and passes the packet on to the appropriate handling
- *    module:
- *    - A control channel packet received by the \link
- *      external_multiplexer External Multiplexer\endlink is passed on
- *      through the \link reliable Reliability Layer\endlink and the \link
- *      control_tls Control Channel TLS module\endlink to the \link
- *      control_processor Control Channel Processor\endlink.
- *    - A data channel packet received by either multiplexer module is
- *      passed on to the \link data_control Data Channel Control
- *      module\endlink.
- * -# The packet is processed by the appropriate control channel or data
- *    channel modules.
- * -# If, after processing the packet, a resulting packet is generated
- *    that needs to be sent to a local or remote destination, it is given
- *    to the \link external_multiplexer External Multiplexer\endlink or
- *    \link internal_multiplexer Internal Multiplexer\endlink for sending.
- * -# If a packet is waiting to be sent by either multiplexer module and
- *    the \link eventloop Main Event Loop\endlink detects that data can be
- *    written to the associated network interface, it calls the
- *    multiplexer module to send the packet.
- *
- * @section mainpage_relatedpages Related pages
- *
- * This documentation includes a number of descriptions of various aspects
- * of OpenVPN and its implementation.  These are not directly related to
- * one module, function, or data structure, and are therefore listed
- * separately under "Related Pages".
- *
- * @subsection mainpage_relatedpages_key_generation Data channel key generation
- *
- * The @ref key_generation "Data channel key generation" related page
- * describes how, during VPN tunnel setup and renegotiation, OpenVPN peers
- * generate and exchange the %key material required for the symmetric
- * encryption/decryption and HMAC signing/verifying security operations
- * performed on data channel packets.
- *
- * @subsection mainpage_relatedpages_tunnel_state VPN tunnel state
- *
- * The @ref tunnel_state "Structure of VPN tunnel state storage" related
- * page describes how an OpenVPN process manages the state information
- * associated with its active VPN tunnels.
- *
- * @subsection mainpage_relatedpages_network_protocol Network protocol
- *
- * The @ref network_protocol "Network protocol" related page describes the
- * format and content of VPN tunnel packets exchanged between OpenVPN
- * peers.
- *
- * @subsection mainpage_relatedpages_memory_management Memory management
- *
- * The @ref memory_management "Memory management strategies" related page
- * gives a brief introduction into OpenVPN's memory %buffer library and
- * garbage collection facilities.
- */