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construct/modules/m_modules.cc

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modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
/* modules/m_modules.c - module for module loading
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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*
* Copyright (c) 2016 Charybdis Development Team
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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* Copyright (c) 2016 Elizabeth Myers <elizabeth@interlinked.me>
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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* Copyright (c) 2016 Jason Volk <jason@zemos.net>
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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*
* Permission to use, copy, modify, and/or distribute this software for any
* purpose with or without fee is hereby granted, provided that the above
* copyright notice and this permission notice is present in all copies.
*
* THIS SOFTWARE IS PROVIDED BY THE AUTHOR ``AS IS'' AND ANY EXPRESS OR
* IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE IMPLIED
* WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE ARE
* DISCLAIMED. IN NO EVENT SHALL THE AUTHOR BE LIABLE FOR ANY DIRECT,
* INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES
* (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
* SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION)
* HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT,
* STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING
* IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE
* POSSIBILITY OF SUCH DAMAGE.
*/
ircd: Insert into ircd:: namespace.
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using namespace ircd;
Convert all client handler arguments to reference type.
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static void m_modlist(struct MsgBuf *, client::client &, client::client &, int, const char **);
modules: allow non-opers to see what extensions are loaded
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Convert all client handler arguments to reference type.
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static void mo_modload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void mo_modreload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void mo_modunload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void mo_modrestart(struct MsgBuf *, client::client &, client::client &, int, const char **);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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Convert all client handler arguments to reference type.
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static void me_modload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void me_modlist(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void me_modreload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void me_modunload(struct MsgBuf *, client::client &, client::client &, int, const char **);
static void me_modrestart(struct MsgBuf *, client::client &, client::client &, int, const char **);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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static void do_modload(client::client &, const std::string &);
static void do_modunload(client::client &, const std::string &);
static void do_modreload(client::client &, const std::string &);
static void do_modlist(client::client &, const std::string &);
Convert all client handler arguments to reference type.
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static void do_modrestart(client::client &);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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Replace command system.
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/*
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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struct Message modload_msgtab = {
"MODLOAD", 0, 0, 0, 0,
{mg_unreg, mg_not_oper, mg_ignore, mg_ignore, {me_modload, 2}, {mo_modload, 2}}
};
struct Message modunload_msgtab = {
"MODUNLOAD", 0, 0, 0, 0,
{mg_unreg, mg_not_oper, mg_ignore, mg_ignore, {me_modunload, 2}, {mo_modunload, 2}}
};
struct Message modreload_msgtab = {
"MODRELOAD", 0, 0, 0, 0,
{mg_unreg, mg_not_oper, mg_ignore, mg_ignore, {me_modreload, 2}, {mo_modreload, 2}}
};
struct Message modlist_msgtab = {
"MODLIST", 0, 0, 0, 0,
modules: allow non-opers to see what extensions are loaded
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{mg_unreg, {m_modlist, 0}, mg_ignore, mg_ignore, {me_modlist, 0}, {m_modlist, 0}}
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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};
struct Message modrestart_msgtab = {
"MODRESTART", 0, 0, 0, 0,
{mg_unreg, mg_not_oper, mg_ignore, mg_ignore, {me_modrestart, 0}, {mo_modrestart, 0}}
};
Replace command system.
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*/
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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mapi::header IRCD_MODULE
{
"Provides module management commands",
Replace command system.
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mapi::NO_FLAGS
//&modload_msgtab,
//&modunload_msgtab,
//&modreload_msgtab,
//&modlist_msgtab,
//&modrestart_msgtab,
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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};
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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// load a module ..
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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static void
Convert all client handler arguments to reference type.
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mo_modload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!IsOperAdmin(&source))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one(&source, form_str(ERR_NOPRIVS),
me.name, source.name, "admin");
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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return;
}
if(parc > 2)
{
Convert all client handler arguments to reference type.
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sendto_match_servs(&source, parv[2], CAP_ENCAP, NOCAPS,
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"ENCAP %s MODLOAD %s", parv[2], parv[1]);
if(match(parv[2], me.name) == 0)
return;
}
Convert all client handler arguments to reference type.
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do_modload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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}
static void
Convert all client handler arguments to reference type.
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me_modload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!find_shared_conf(source.username, source.host, source.servptr->name, SHARED_MODULE))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one_notice(&source, ":*** You do not have an appropriate shared block "
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"to load modules on this server.");
return;
}
Convert all client handler arguments to reference type.
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do_modload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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// unload a module ..
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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static void
Convert all client handler arguments to reference type.
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mo_modunload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!IsOperAdmin(&source))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one(&source, form_str(ERR_NOPRIVS),
me.name, source.name, "admin");
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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return;
}
if(parc > 2)
{
Convert all client handler arguments to reference type.
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sendto_match_servs(&source, parv[2], CAP_ENCAP, NOCAPS,
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"ENCAP %s MODUNLOAD %s", parv[2], parv[1]);
if(match(parv[2], me.name) == 0)
return;
}
Convert all client handler arguments to reference type.
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do_modunload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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}
static void
Convert all client handler arguments to reference type.
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me_modunload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!find_shared_conf(source.username, source.host, source.servptr->name, SHARED_MODULE))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one_notice(&source, ":*** You do not have an appropriate shared block "
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"to load modules on this server.");
return;
}
Convert all client handler arguments to reference type.
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do_modunload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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// unload and load in one!
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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static void
Convert all client handler arguments to reference type.
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mo_modreload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!IsOperAdmin(&source))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one(&source, form_str(ERR_NOPRIVS),
me.name, source.name, "admin");
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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return;
}
if(parc > 2)
{
Convert all client handler arguments to reference type.
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sendto_match_servs(&source, parv[2], CAP_ENCAP, NOCAPS,
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"ENCAP %s MODRELOAD %s", parv[2], parv[1]);
if(match(parv[2], me.name) == 0)
return;
}
Convert all client handler arguments to reference type.
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do_modreload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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}
static void
Convert all client handler arguments to reference type.
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me_modreload(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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if(!find_shared_conf(source.username, source.host, source.servptr->name, SHARED_MODULE))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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{
Convert all client handler arguments to reference type.
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sendto_one_notice(&source, ":*** You do not have an appropriate shared block "
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
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"to load modules on this server.");
return;
}
Convert all client handler arguments to reference type.
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do_modreload(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
// list modules ..
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
static void
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
m_modlist(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
if(parc > 2)
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_match_servs(&source, parv[2], CAP_ENCAP, NOCAPS,
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
"ENCAP %s MODLIST %s", parv[2], parv[1]);
if(match(parv[2], me.name) == 0)
return;
}
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
do_modlist(source, parc > 1 ? parv[1] : NULL);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
me_modlist(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
do_modlist(source, parv[1]);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
// unload and reload all modules
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
static void
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
mo_modrestart(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
if(!IsOperAdmin(&source))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_one(&source, form_str(ERR_NOPRIVS),
me.name, source.name, "admin");
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
return;
}
if(parc > 1)
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_match_servs(&source, parv[1], CAP_ENCAP, NOCAPS,
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
"ENCAP %s MODRESTART", parv[1]);
if(match(parv[1], me.name) == 0)
return;
}
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
do_modrestart(source);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
me_modrestart(struct MsgBuf *msgbuf_p, client::client &client, client::client &source, int parc, const char **parv)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
if(!find_shared_conf(source.username, source.host, source.servptr->name, SHARED_MODULE))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_one_notice(&source, ":*** You do not have an appropriate shared block "
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
"to load modules on this server.");
return;
}
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
do_modrestart(source);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
do_modload(client::client &source,
const std::string &name)
try
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
mods::load(name);
}
catch(const std::exception &e)
{
sendto_one_notice(&source, "%s", e.what());
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
do_modunload(client::client &source,
const std::string &name)
try
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
if(!mods::loaded(name))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
sendto_one_notice(&source, ":%s is not loaded", name.c_str());
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
return;
}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
mods::unload(name);
}
catch(const std::exception &e)
{
sendto_one_notice(&source, "%s", e.what());
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
do_modreload(client::client &source,
const std::string &name)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
}
static void
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
do_modrestart(client::client &source)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
/*
m_modules: use new module api
2016-06-18 07:59:15 +02:00
unsigned int modnum = 0;
rb_dlink_node *ptr, *nptr;
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_one_notice(&source, ":Reloading all modules");
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
m_modules: use new module api
2016-06-18 07:59:15 +02:00
RB_DLINK_FOREACH_SAFE(ptr, nptr, module_list.head)
{
Convert IRCd to C++ Happy 28th birthday. You're all grown up.
2016-07-13 07:17:21 +02:00
struct module *mod = (module *)ptr->data;
Core modules cannot be unloaded, otherwise bad things happen. Additionally some information is logged and passed to the operator conducting a MODRESTART.
2016-06-22 02:39:44 +02:00
if(!unload_one_module(mod->name, false))
{
ilog(L_MAIN, "Module Restart: %s was not unloaded %s",
mod->name,
mod->core? "(core module)" : "");
if(!mod->core)
Refactor snomask.
2016-08-26 13:50:12 +02:00
sendto_realops_snomask(sno::GENERAL, L_NETWIDE,
Core modules cannot be unloaded, otherwise bad things happen. Additionally some information is logged and passed to the operator conducting a MODRESTART.
2016-06-22 02:39:44 +02:00
"Module Restart: %s failed to unload",
mod->name);
continue;
}
m_modules: use new module api
2016-06-18 07:59:15 +02:00
modnum++;
}
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
load_all_modules(false);
rehash(false);
Refactor snomask.
2016-08-26 13:50:12 +02:00
sendto_realops_snomask(sno::GENERAL, L_NETWIDE,
m_modules: use new module api
2016-06-18 07:59:15 +02:00
"Module Restart: %u modules unloaded, %lu modules loaded",
modnum, rb_dlink_list_length(&module_list));
ilog(L_MAIN, "Module Restart: %u modules unloaded, %lu modules loaded", modnum, rb_dlink_list_length(&module_list));
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
*/
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
static void
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
do_modlist(client::client &source, const std::string &pattern)
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
for(const auto &pit : mods::loaded())
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
const auto &mod(*pit.second);
if(pattern.empty() || match(pattern, name(mod)))
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
{
Convert all client handler arguments to reference type.
2016-08-23 02:37:07 +02:00
sendto_one(&source, form_str(RPL_MODLIST),
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
2016-08-29 21:09:59 +02:00
me.name,
source.name,
name(mod).c_str(),
ulong(0),
"*",
"*",
"*", //version(mod),
desc(mod));
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
}
MAPI IV. This iteration leverages the C++11 standardized RTTI. * Simplifies the export declarations for module developers. While MAPI III utilized a flexible key-value vector to eliminate positional arguments in a header initializer, now the developer simply makes a list of pointers to what they want to export for injection into IRCd. Example: mapi::header IRCD_MODULE { "mymod", "My module adds a command, a hook, and a CLICAP", &my_cmdtab, &some_hook, &clicaptab }; * Distributes the handlers for items passed to the above vector. Anyone can add a type-handler to the module system from anywhere in IRCd (and other modules?) When your type is encountered a handler is called providing the symbol name to read out of the module. Example in parser.cc: mods::add_loader<Message>([] (mod &loading, const std::string &symbol) { auto &msg(get<Message>(loading, symbol)); add_command(msg.name, msg); });
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sendto_one(&source, form_str(RPL_ENDOFMODLIST),
me.name,
source.name);
modules: move module loading/unloading commands to dedicated module. There's no reason to really have these in the main ircd anymore, static modules are dead and aren't coming back. To ensure people don't do something hopelessly retarded, this is a core module.
2016-04-07 11:00:25 +02:00
}
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