mirror of
https://github.com/matrix-construct/construct
synced 2024-08-29 21:05:16 +02:00
661 lines
19 KiB
C++
661 lines
19 KiB
C++
/*
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* charybdis: A slightly useful ircd.
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* ircd.c: Starts up and runs the ircd.
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*
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* Copyright (C) 1990 Jarkko Oikarinen and University of Oulu, Co Center
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* Copyright (C) 1996-2002 Hybrid Development Team
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* Copyright (C) 2002-2008 ircd-ratbox development team
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* Copyright (C) 2005-2013 charybdis development team
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*
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* This program is free software; you can redistribute it and/or modify
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* it under the terms of the GNU General Public License as published by
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* the Free Software Foundation; either version 2 of the License, or
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* (at your option) any later version.
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*
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* This program is distributed in the hope that it will be useful,
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* but WITHOUT ANY WARRANTY; without even the implied warranty of
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* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
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* GNU General Public License for more details.
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*
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* You should have received a copy of the GNU General Public License
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* along with this program; if not, write to the Free Software
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* Foundation, Inc., 59 Temple Place, Suite 330, Boston, MA 02111-1307
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* USA
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*/
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#include <ircd/asio.h>
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#include <ircd/m/m.h>
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namespace ircd
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{
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extern const uint boost_version[3];
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struct tc_version extern const tc_version;
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enum runlevel _runlevel; // Current libircd runlevel
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const enum runlevel &runlevel{_runlevel}; // Observer for current RL
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runlevel_handler runlevel_changed; // user's callback
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boost::asio::io_context *ios; // user's io service
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struct strand *strand; // libircd event serializer
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std::string _conf; // JSON read from configfile
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const std::string &conf{_conf}; // Observer for conf data
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ctx::ctx *main_context; // Main program loop
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bool debugmode; // meaningful ifdef RB_DEBUG
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std::string read_conf(std::string file);
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void set_runlevel(const enum runlevel &);
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void at_main_exit() noexcept;
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void main();
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}
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/// Provides tcmalloc version information if tcmalloc is linked in to IRCd.
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struct ircd::tc_version
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{
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int major{0}, minor{0};
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char patch[64] {0};
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std::string version {"unavailable"};
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}
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const ircd::tc_version;
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/*
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const char* tc_version(int* major, int* minor, const char** patch);
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ircd::tc_version::tc_version()
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:version{::tc_version(&major, &minor, reinterpret_cast<const char **>(&patch))}
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{}
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*/
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/// Record of the ID of the thread static initialization took place on.
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const std::thread::id
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ircd::static_thread_id
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{
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std::this_thread::get_id()
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};
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/// "main" thread for IRCd; the one the main context landed on.
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std::thread::id
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ircd::thread_id
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{};
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/// Boost version indicator for compiled header files.
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const uint
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ircd::boost_version[3]
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{
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BOOST_VERSION / 100000,
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BOOST_VERSION / 100 % 1000,
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BOOST_VERSION % 100,
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};
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void
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ircd::init(boost::asio::io_context &ios,
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runlevel_handler function)
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{
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init(ios, std::string{}, std::move(function));
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}
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/// Sets up the IRCd and its main context, then returns without blocking.
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//
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/// Pass your io_context instance, it will share it with the rest of your program.
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/// An exception will be thrown on error.
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///
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/// This function will setup the main program loop of libircd. The execution will
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/// occur when your io_context.run() or poll() is further invoked.
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///
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/// init() can only be called from a runlevel::HALT state
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void
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ircd::init(boost::asio::io_context &ios,
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const std::string &configfile,
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runlevel_handler runlevel_changed)
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try
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{
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if(runlevel != runlevel::HALT)
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throw error("Cannot init() IRCd from runlevel %s",
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reflect(runlevel));
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// Samples the thread this context was executed on which should be where
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// the user ran ios.run(). The user may have invoked ios.run() on multiple
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// threads, but we consider this one thread a main thread for now...
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ircd::thread_id = std::this_thread::get_id();
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// Global ircd:: reference to the user's io_context and setup our main
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// strand on that service.
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ircd::ios = &ios;
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ircd::strand = new struct strand(ios);
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// Saves the user's runlevel_changed callback which we invoke.
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ircd::runlevel_changed = std::move(runlevel_changed);
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// The log is available, but it is console-only until conf opens files.
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log::init();
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log::mark("READY");
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// This message flashes information about our dependencies which are being
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// assumed for this execution.
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log::info("%s. boost %u.%u.%u. rocksdb %s. sodium %s. %s.",
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PACKAGE_STRING,
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boost_version[0],
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boost_version[1],
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boost_version[2],
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db::version,
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nacl::version(),
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openssl::version());
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// This message flashes information about IRCd itself for this execution
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log::info("%s %ld %s. configured: %s. compiled: %s %s",
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BRANDING_VERSION,
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__cplusplus,
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__VERSION__,
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RB_DATE_CONFIGURED,
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__TIMESTAMP__,
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RB_DEBUG_LEVEL? "(DEBUG MODE)" : "");
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// The configuration file is a user-converted Synapse homeserver.yaml
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// converted into JSON. The configuration file is only truly meaningful
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// the first time IRCd is ever run. Subsequently, only the database must
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// be found. Real configuration is stored in the !config channel.
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//
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// This subroutine reads a file either at the user-supplied path or the
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// default path specified in ircd::fs, vets for basic syntax issues, and
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// then returns a string of JSON (the file's contents). The validity of
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// the actual configuration is not known until specific subsystems are
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// init'ed later.
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//
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// *NOTE* This expects *canonical JSON* right now. That means converting
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// your homeserver.yaml may be a two step process: 1. YAML to JSON, 2.
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// whitespace-stripping the JSON. Tools to do both of these things are
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// first hits in a google search.
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ircd::_conf = read_conf(configfile);
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// Setup the main context, which is a new stack executing the function
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// ircd::main(). The main_context is the first ircd::ctx to be spawned
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// and will be the last to finish.
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//
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// The context::POST will delay this spawn until the next io_context
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// event slice, so no context switch will occur here. Note that POST has
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// to be used here because: A. This init() function is executing on the
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// main stack, and context switches can only occur between context stacks,
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// not between contexts and the main stack. B. The user's io_context may or
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// may not even be running yet anyway.
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//
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ircd::context main_context
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{
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"main", 256_KiB, &ircd::main, context::POST
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};
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// The default behavior for ircd::context is to join the ctx on dtor. We
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// can't have that here because this is strictly an asynchronous function
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// on the main stack. Under normal circumstances, the mc will be entered
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// and be able to delete this pointer itself when it finishes. Otherwise
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// this must be manually deleted with assurance that mc will never enter.
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ircd::main_context = main_context.detach();
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// Finally, without prior exception, the commitment to runlevel::READY
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// is made here. The user can now invoke their ios.run(), or, if they
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// have already, IRCd will begin main execution shortly...
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ircd::set_runlevel(runlevel::READY);
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}
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catch(const std::exception &e)
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{
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delete strand;
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strand = nullptr;
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throw;
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}
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/// Notifies IRCd to shutdown. A shutdown will occur asynchronously and this
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/// function will return immediately. A runlevel change to HALT will be
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/// indicated when IRCd has no more work for the ios. When the HALT state
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/// is observed the user is free to destruct all resources related to libircd.
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///
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/// This function is the proper way to shutdown libircd after an init(), and while
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/// your io_context.run() is invoked without stopping your io_context shared by
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/// other activities unrelated to libircd. If your io_context has no other activities
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/// the run() will then return immediately after IRCd posts its transition to
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/// the HALT state.
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///
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bool
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ircd::quit()
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noexcept
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{
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if(runlevel != runlevel::RUN)
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return false;
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if(!main_context)
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return false;
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ctx::notify(*main_context);
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return true;
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}
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/// Main context; Main program loop. Do not call this function directly.
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///
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/// This function manages the lifetime for all resources and subsystems
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/// that don't/can't have their own static initialization. When this
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/// function is entered, subsystem init objects are constructed on the
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/// frame. The lifetime of those objects is the handle to the lifetime
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/// of the subsystem, so destruction will shut down that subsystem.
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///
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/// The status of this function and IRCd overall can be observed through
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/// the ircd::runlevel. The ircd::runlevel_changed callback can be set
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/// to be notified on a runlevel change. The user should wait for a runlevel
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/// of HALT before destroying IRCd related resources and stopping their
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/// io_context from running more jobs.
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///
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void
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ircd::main()
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try
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{
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// When this function is entered IRCd will transition to START indicating
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// that subsystems are initializing.
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ircd::set_runlevel(runlevel::START);
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// When this function completes, subsystems are done shutting down and IRCd
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// transitions to HALT.
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const unwind halted{[]
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{
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at_main_exit();
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set_runlevel(runlevel::HALT);
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}};
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// These objects are the init()'s and fini()'s for each subsystem.
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// Appearing here ties their life to the main context. Initialization can
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// also occur in ircd::init() or static initialization itself if either are
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// more appropriate.
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fs::init _fs_; // Local filesystem
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ctx::ole::init _ole_; // Thread OffLoad Engine
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nacl::init _nacl_; // nacl crypto
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openssl::init _ossl_; // openssl crypto
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net::init _net_; // Networking
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client::init _client_; // Client related
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server::init _server_; // Server related
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db::init _db_; // RocksDB
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js::init _js_; // SpiderMonkey
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m::init _matrix_; // Matrix
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// Any deinits which have to be done with all subsystems intact
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const unwind shutdown{[&]
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{
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_server_.interrupt();
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_client_.interrupt();
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}};
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// When the call to wait() below completes, IRCd exits from the RUN state
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// and enters one of the two states below depending on whether the unwind
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// is taking place normally or because of an exception.
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const unwind::nominal nominal
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{
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std::bind(&ircd::set_runlevel, runlevel::QUIT)
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};
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const unwind::exceptional exceptional
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{
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std::bind(&ircd::set_runlevel, runlevel::FAULT)
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};
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// IRCd will now transition to the RUN state indicating full functionality.
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ircd::set_runlevel(runlevel::RUN);
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// This call blocks until the main context is notified or interrupted etc.
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// Waiting here will hold open this stack with all of the above objects
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// living on it. Once this call completes this function effectively
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// executes backwards from this point and shuts down IRCd.
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ctx::wait();
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}
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catch(const ctx::interrupted &e)
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{
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log::warning("IRCd main interrupted...");
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}
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#ifndef RB_DEBUG
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catch(const std::exception &e)
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{
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// When not in debug mode this is a clean return to not crash through
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// the embedder's ios.run() which would terminate the rest of their
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// program. Instead they have the right to handle the error and try again.
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log::critical("IRCd main exited: %s", e.what());
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}
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#else
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catch(...)
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{
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// In debug mode we terminate with a message and a coredump
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ircd::terminate();
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}
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#endif // RB_DEBUG
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void
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ircd::at_main_exit()
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noexcept
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{
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strand->post([]
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{
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delete strand;
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strand = nullptr;
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});
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}
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/// Sets the runlevel of IRCd and notifies users. This should never be called
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/// manually/directly, as it doesn't trigger a runlevel change itself, it just
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/// notifies of one.
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///
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/// The notification will be posted to the io_context. This is important to
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/// prevent the callback from continuing execution on some ircd::ctx stack and
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/// instead invoke their function on the main stack in their own io_context
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/// event slice.
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void
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ircd::set_runlevel(const enum runlevel &new_runlevel)
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try
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{
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log::debug("IRCd runlevel transition from '%s' to '%s'%s",
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reflect(ircd::runlevel),
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reflect(new_runlevel),
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ircd::runlevel_changed? " (notifying user)" : "");
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ircd::_runlevel = new_runlevel;
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// This function will notify the user of the change to IRCd. The
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// notification is posted to the io_context ensuring THERE IS NO
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// CONTINUATION ON THIS STACK by the user.
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if(ircd::runlevel_changed)
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ios->post([new_runlevel]
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{
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if(new_runlevel == runlevel::HALT)
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log::notice("IRCd %s", reflect(new_runlevel));
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ircd::runlevel_changed(new_runlevel);
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});
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if(new_runlevel != runlevel::HALT)
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log::notice("IRCd %s", reflect(new_runlevel));
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}
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catch(const std::exception &e)
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{
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log::critical("IRCd runlevel change to '%s': %s",
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reflect(new_runlevel),
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e.what());
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ircd::terminate();
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}
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ircd::string_view
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ircd::reflect(const enum runlevel &level)
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{
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switch(level)
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{
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case runlevel::HALT: return "HALT";
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case runlevel::READY: return "READY";
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case runlevel::START: return "START";
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case runlevel::RUN: return "RUN";
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case runlevel::QUIT: return "QUIT";
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case runlevel::FAULT: return "FAULT";
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}
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return "??????";
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}
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std::string
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ircd::read_conf(std::string filename)
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try
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{
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if(!filename.empty())
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log::debug("User supplied a configuration file path: `%s'", filename);
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if(filename.empty())
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filename = fs::CPATH;
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if(!fs::exists(filename))
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return {};
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std::string read
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{
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fs::read(filename)
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};
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// ensure any trailing cruft is removed to not set off the validator
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if(endswith(read, '\n'))
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read.pop_back();
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if(endswith(read, '\r'))
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read.pop_back();
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// grammar check; throws on error
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json::valid(read);
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const json::object object{read};
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const size_t key_count{object.count()};
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log::info("Using configuration from: `%s': JSON object with %zu members in %zu bytes",
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filename,
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key_count,
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read.size());
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return read;
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}
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catch(const std::exception &e)
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{
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log::error("Configuration @ `%s': %s",
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filename,
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e.what());
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throw;
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}
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// namespace ircd {
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/* /quote set variables */
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/*
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struct SetOptions GlobalSetOptions;
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struct Counter Count;
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struct ServerStatistics ServerStats;
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struct ev_entry *check_splitmode_ev;
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int maxconnections;
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//struct LocalUser meLocalUser; // That's also part of me
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rb_dlink_list global_client_list;
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*/
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/* unknown/client pointer lists */
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//rb_dlink_list unknown_list; /* unknown clients ON this server only */
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//rb_dlink_list lclient_list; /* local clients only ON this server */
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//rb_dlink_list serv_list; /* local servers to this server ONLY */
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//rb_dlink_list global_serv_list; /* global servers on the network */
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//rb_dlink_list local_oper_list; /* our opers, duplicated in lclient_list */
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//rb_dlink_list oper_list; /* network opers */
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/*
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char * const *myargv;
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volatile sig_atomic_t dorehash = false;
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volatile sig_atomic_t dorehashbans = false;
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volatile sig_atomic_t doremotd = false;
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bool kline_queued = false;
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bool server_state_foreground = true;
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bool opers_see_all_users = false;
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bool ircd_ssl_ok = false;
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bool ircd_zlib_ok = true;
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int testing_conf = 0;
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//time_t startup_time;
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int default_server_capabs;
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int splitmode;
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int splitchecking;
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int split_users;
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int split_servers;
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int eob_count;
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*/
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// }
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/*
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static void
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check_rehash(void *unused)
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{
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if(dorehash)
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{
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rehash(true);
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dorehash = false;
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}
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if(dorehashbans)
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{
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rehash_bans();
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dorehashbans = false;
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}
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if(doremotd)
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{
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sendto_realops_snomask(sno::GENERAL, L_ALL,
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"Got signal SIGUSR1, reloading ircd motd file");
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cache::motd::cache_user();
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doremotd = false;
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}
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}
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*/
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/*
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* initalialize_global_set_options
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*
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* inputs - none
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* output - none
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* side effects - This sets all global set options needed
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*/
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/*
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static void
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initialize_global_set_options(void)
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{
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memset(&GlobalSetOptions, 0, sizeof(GlobalSetOptions));
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// memset( &ConfigFileEntry, 0, sizeof(ConfigFileEntry));
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GlobalSetOptions.maxclients = ServerInfo.default_max_clients;
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if(GlobalSetOptions.maxclients > (maxconnections - MAX_BUFFER) || (GlobalSetOptions.maxclients <= 0))
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GlobalSetOptions.maxclients = maxconnections - MAX_BUFFER;
|
|
|
|
GlobalSetOptions.autoconn = 1;
|
|
|
|
GlobalSetOptions.spam_time = MIN_JOIN_LEAVE_TIME;
|
|
GlobalSetOptions.spam_num = MAX_JOIN_LEAVE_COUNT;
|
|
|
|
GlobalSetOptions.floodcount = ConfigFileEntry.default_floodcount;
|
|
|
|
split_servers = ConfigChannel.default_split_server_count;
|
|
split_users = ConfigChannel.default_split_user_count;
|
|
|
|
if(split_users && split_servers
|
|
&& (ConfigChannel.no_create_on_split || ConfigChannel.no_join_on_split))
|
|
{
|
|
splitmode = 1;
|
|
splitchecking = 1;
|
|
}
|
|
|
|
GlobalSetOptions.ident_timeout = ConfigFileEntry.default_ident_timeout;
|
|
|
|
rb_strlcpy(GlobalSetOptions.operstring,
|
|
ConfigFileEntry.default_operstring,
|
|
sizeof(GlobalSetOptions.operstring));
|
|
rb_strlcpy(GlobalSetOptions.adminstring,
|
|
ConfigFileEntry.default_adminstring,
|
|
sizeof(GlobalSetOptions.adminstring));
|
|
}
|
|
*/
|
|
|
|
|
|
|
|
// initialise operhash fairly early.
|
|
//init_operhash();
|
|
|
|
//me.localClient = &meLocalUser;
|
|
//rb_dlinkAddTail(&me, &me.node, &global_client_list);
|
|
|
|
//init_builtin_capabs();
|
|
//default_server_capabs = CAP_MASK;
|
|
//newconf_init();
|
|
//init_s_conf();
|
|
//init_s_newconf();
|
|
//init_hash();
|
|
//init_host_hash();
|
|
//client::init();
|
|
//init_hook();
|
|
//chan::init();
|
|
//initclass();
|
|
//whowas::init();
|
|
//init_reject();
|
|
//cache::init();
|
|
//init_monitor();
|
|
//chan::mode::init();
|
|
//init_authd(); /* Start up authd. */
|
|
//init_dns(); /* Start up DNS query system */
|
|
|
|
//privilegeset_set_new("default", "", 0);
|
|
|
|
//read_conf_files(true); /* cold start init conf files */
|
|
|
|
//mods::autoload();
|
|
//supported::init();
|
|
//init_bandb();
|
|
//init_ssld();
|
|
//init_wsockd();
|
|
//rehash_bans();
|
|
|
|
//default_server_capabs &= ~CAP_ZIP; // Set up default_server_capabs
|
|
//initialize_global_set_options();
|
|
/*
|
|
if(ServerInfo.name == NULL)
|
|
throw error("no server name specified in serverinfo block.");
|
|
|
|
rb_strlcpy(me.name, ServerInfo.name, sizeof(me.name));
|
|
|
|
if(ServerInfo.sid[0] == '\0')
|
|
throw error("no server sid specified in serverinfo block.");
|
|
|
|
rb_strlcpy(me.id, ServerInfo.sid, sizeof(me.id));
|
|
//client::init_uid();
|
|
|
|
// serverinfo{} description must exist. If not, error out.
|
|
if(ServerInfo.description == NULL)
|
|
throw error("no server description specified in serverinfo block.");
|
|
|
|
rb_strlcpy(me.info, ServerInfo.description, sizeof(me.info));
|
|
*/
|
|
/*
|
|
if(ServerInfo.ssl_cert != NULL)
|
|
{
|
|
// just do the rb_setup_ssl_server to validate the config
|
|
if(!rb_setup_ssl_server(ServerInfo.ssl_cert, ServerInfo.ssl_private_key, ServerInfo.ssl_dh_params, ServerInfo.ssl_cipher_list))
|
|
{
|
|
ilog(L_MAIN, "WARNING: Unable to setup SSL.");
|
|
ircd_ssl_ok = false;
|
|
}
|
|
else
|
|
ircd_ssl_ok = true;
|
|
}
|
|
*/
|
|
|
|
//me.from = &me;
|
|
//me.servptr = &me;
|
|
//set_me(me);
|
|
//make_serv(me);
|
|
//add_to_client_hash(me.name, &me);
|
|
//add_to_id_hash(me.id, &me);
|
|
//nameinfo(serv(me)) = cache::serv::connect(me.name, me.info);
|
|
|
|
//rb_dlinkAddAlloc(&me, &global_serv_list);
|
|
|
|
//check_class();
|
|
//cache::help::load();
|
|
|
|
//configure_authd();
|
|
|
|
/* We want try_connections to be called as soon as possible now! -- adrian */
|
|
/* No, 'cause after a restart it would cause all sorts of nick collides */
|
|
/* um. by waiting even longer, that just means we have even *more*
|
|
* nick collisions. what a stupid idea. set an event for the IO loop --fl
|
|
*/
|
|
// rb_event_addish("try_connections", try_connections, NULL, STARTUP_CONNECTIONS_TIME);
|
|
// rb_event_addonce("try_connections_startup", try_connections, NULL, 2);
|
|
// rb_event_add("check_rehash", check_rehash, NULL, 3);
|
|
// rb_event_addish("reseed_srand", seed_random, NULL, 300); /* reseed every 10 minutes */
|
|
|
|
// if(splitmode)
|
|
// check_splitmode_ev = rb_event_add("check_splitmode", chan::check_splitmode, NULL, 5);
|