\r
# This method raises a TypeError if _user_ is not of class User\r
#\r
- def error_if_not_user(user)\r
+ def Irc.error_if_not_user(user)\r
raise TypeError, "#{user.inspect} must be of type Irc::User and not #{user.class}" unless user.class <= User\r
end\r
\r
# This method raises a TypeError if _chan_ is not of class Chan\r
#\r
- def error_if_not_channel(chan)\r
+ def Irc.error_if_not_channel(chan)\r
raise TypeError, "#{chan.inspect} must be of type Irc::User and not #{chan.class}" unless chan.class <= Channel\r
end\r
\r
# the command as a symbol with the :command method and the whole\r
# path as :path\r
#\r
- # Command.new("core::auth::save").path => [:"", :core, :"core::auth", :"core::auth::save"]\r
+ # Command.new("core::auth::save").path => [:"*", :"core", :"core::auth", :"core::auth::save"]\r
#\r
# Command.new("core::auth::save").command => :"core::auth::save"\r
#\r
def initialize(cmd)\r
cmdpath = sanitize_command_path(cmd).split('::')\r
- seq = cmdpath.inject([""]) { |list, cmd|\r
- list << (list.last ? list.last + "::" : "") + cmd\r
+ seq = cmdpath.inject(["*"]) { |list, cmd|\r
+ list << (list.length > 1 ? list.last + "::" : "") + cmd\r
}\r
@path = seq.map { |k|\r
k.to_sym\r
}\r
@command = path.last\r
+ debug "Created command #{@command.inspect} with path #{@path.join(', ')}"\r
end\r
end\r
\r
# This method raises a TypeError if _user_ is not of class User\r
#\r
- def error_if_not_command(cmd)\r
+ def Irc.error_if_not_command(cmd)\r
raise TypeError, "#{cmd.inspect} must be of type Irc::Auth::Command and not #{cmd.class}" unless cmd.class <= Command\r
end\r
\r
#\r
def set_permission(cmd, val)\r
raise TypeError, "#{val.inspect} must be true or false" unless [true,false].include?(val)\r
- error_if_not_command(cmd)\r
+ Irc::error_if_not_command(cmd)\r
cmd.path.each { |k|\r
set_permission(k.to_s, true) unless @perm.has_key?(k)\r
}\r
# Tells if command _cmd_ is permitted. We do this by returning\r
# the value of the deepest Command#path that matches.\r
#\r
- def allow?(cmd)\r
- error_if_not_command(cmd)\r
+ def permit?(cmd)\r
+ Irc::error_if_not_command(cmd)\r
allow = nil\r
cmd.path.reverse.each { |k|\r
if @perm.has_key?(k)\r
# Checks if BotUser is allowed to do something on channel _chan_,\r
# or on all channels if _chan_ is nil\r
#\r
- def allow?(cmd, chan=nil)\r
+ def permit?(cmd, chan=nil)\r
if chan\r
k = chan.to_s.to_sym\r
else\r
end\r
allow = nil\r
if @perm.has_key?(k)\r
- allow = @perm[k].allow?(cmd)\r
+ allow = @perm[k].permit?(cmd)\r
end\r
return allow\r
end\r
\r
# This method checks if BotUser has a Netmask that matches _user_\r
def knows?(user)\r
- error_if_not_user(user)\r
+ Irc::error_if_not_user(user)\r
known = false\r
@netmasks.each { |n|\r
if user.matches?(n)\r
\r
# Anon knows everybody\r
def knows?(user)\r
- error_if_not_user(user)\r
+ Irc::error_if_not_user(user)\r
return true\r
end\r
\r
\r
# Returns the only instance of AnonBotUserClass\r
#\r
- def Auth::anonbotuser\r
+ def Auth.anonbotuser\r
return AnonBotUserClass.instance\r
end\r
\r
super("owner")\r
end\r
\r
- def allow?(cmd, chan=nil)\r
+ def permit?(cmd, chan=nil)\r
return true\r
end\r
end\r
\r
# Returns the only instance of BotOwnerClass\r
#\r
- def Auth::botowner\r
+ def Auth.botowner\r
return BotOwnerClass.instance\r
end\r
\r
\r
# Maps <code>Irc::User</code> to BotUser\r
def irc_to_botuser(ircuser)\r
- error_if_not_user(ircuser)\r
- return @botusers[ircuser] || anonbotuser\r
+ Irc::error_if_not_user(ircuser)\r
+ return @botusers[ircuser] || Auth::anonbotuser\r
end\r
\r
# creates a new BotUser\r
# It is possible to autologin by Netmask, on request\r
#\r
def login(ircuser, botusername, pwd, bymask = false)\r
- error_if_not_user(ircuser)\r
+ Irc::error_if_not_user(ircuser)\r
n = BotUser.sanitize_username(name)\r
k = n.to_sym\r
raise "No such BotUser #{n}" unless include?(k)\r
# * anonbotuser on _chan_\r
# * anonbotuser on all channels\r
#\r
- def allow?(user, cmdtxt, chan=nil)\r
- error_if_not_user(user)\r
+ def permit?(user, cmdtxt, chan=nil)\r
+ botuser = irc_to_botuser(user)\r
cmd = Command.new(cmdtxt)\r
- allow = nil\r
- botuser = @botusers[user]\r
+\r
case chan\r
when User\r
chan = "?"\r
chan = chan.name\r
end\r
\r
- allow = botuser.allow?(cmd, chan) if chan\r
+ allow = nil\r
+\r
+ allow = botuser.permit?(cmd, chan) if chan\r
return allow unless allow.nil?\r
- allow = botuser.allow?(cmd)\r
+ allow = botuser.permit?(cmd)\r
return allow unless allow.nil?\r
\r
- unless botuser == anonbotuser\r
- allow = anonbotuser.allow?(cmd, chan) if chan\r
+ unless botuser == Auth::anonbotuser\r
+ allow = Auth::anonbotuser.permit?(cmd, chan) if chan\r
return allow unless allow.nil?\r
- allow = anonbotuser.allow?(cmd)\r
+ allow = Auth::anonbotuser.permit?(cmd)\r
return allow unless allow.nil?\r
end\r
\r
raise "Could not check permission for user #{user.inspect} to run #{cmdtxt.inspect} on #{chan.inspect}"\r
end\r
+\r
+ # Checks if command _cmd_ is allowed to User _user_ on _chan_\r
+ def allow?(cmdtxt, user, chan=nil)\r
+ permit?(user, cmdtxt, chan)\r
+ end\r
end\r
\r
# Returns the only instance of AuthManagerClass\r
--- /dev/null
+#-- vim:sw=2:et\r
+#++\r
+\r
+\r
+class Core < CoreBotModule\r
+\r
+ # TODO cleanup\r
+ # handle incoming IRC PRIVMSG +m+\r
+ def listen(m)\r
+ return unless m.class <= PrivMessage\r
+ if(m.private? && m.message =~ /^\001PING\s+(.+)\001/)\r
+ @bot.notice m.sourcenick, "\001PING #$1\001"\r
+ @bot.irclog "@ #{m.sourcenick} pinged me"\r
+ return\r
+ end\r
+\r
+ if(m.address?)\r
+ case m.message\r
+ when (/^join\s+(\S+)\s+(\S+)$/i)\r
+ @bot.join $1, $2 if(@bot.auth.allow?("join", m.source, m.replyto))\r
+ when (/^join\s+(\S+)$/i)\r
+ @bot.join $1 if(@bot.auth.allow?("join", m.source, m.replyto))\r
+ when (/^part$/i)\r
+ @bot.part m.target if(m.public? && @bot.auth.allow?("join", m.source, m.replyto))\r
+ when (/^part\s+(\S+)$/i)\r
+ @bot.part $1 if(@bot.auth.allow?("join", m.source, m.replyto))\r
+ when (/^quit(?:\s+(.*))?$/i)\r
+ @bot.quit $1 if(@bot.auth.allow?("quit", m.source, m.replyto))\r
+ when (/^restart(?:\s+(.*))?$/i)\r
+ @bot.restart $1 if(@bot.auth.allow?("quit", m.source, m.replyto))\r
+ when (/^hide$/i)\r
+ @bot.join 0 if(@bot.auth.allow?("join", m.source, m.replyto))\r
+ when (/^save$/i)\r
+ if(@bot.auth.allow?("config", m.source, m.replyto))\r
+ @bot.save\r
+ m.okay\r
+ end\r
+ when (/^nick\s+(\S+)$/i)\r
+ @bot.nickchg($1) if(@bot.auth.allow?("nick", m.source, m.replyto))\r
+ when (/^say\s+(\S+)\s+(.*)$/i)\r
+ @bot.say $1, $2 if(@bot.auth.allow?("say", m.source, m.replyto))\r
+ when (/^action\s+(\S+)\s+(.*)$/i)\r
+ @bot.action $1, $2 if(@bot.auth.allow?("say", m.source, m.replyto))\r
+ # when (/^topic\s+(\S+)\s+(.*)$/i)\r
+ # topic $1, $2 if(@bot.auth.allow?("topic", m.source, m.replyto))\r
+ when (/^mode\s+(\S+)\s+(\S+)\s+(.*)$/i)\r
+ @bot.mode $1, $2, $3 if(@bot.auth.allow?("mode", m.source, m.replyto))\r
+ when (/^ping$/i)\r
+ @bot.say m.replyto, "pong"\r
+ when (/^rescan$/i)\r
+ if(@bot.auth.allow?("config", m.source, m.replyto))\r
+ m.reply "saving ..."\r
+ @bot.save\r
+ m.reply "rescanning ..."\r
+ @bot.rescan\r
+ m.reply "done. #{@plugins.status(true)}"\r
+ end\r
+ when (/^quiet$/i)\r
+ if(@bot.auth.allow?("talk", m.source, m.replyto))\r
+ m.okay\r
+ @bot.set_quiet\r
+ end\r
+ when (/^quiet in (\S+)$/i)\r
+ where = $1\r
+ if(@bot.auth.allow?("talk", m.source, m.replyto))\r
+ m.okay\r
+ where.gsub!(/^here$/, m.target) if m.public?\r
+ @bot.set_quiet(where)\r
+ end\r
+ when (/^talk$/i)\r
+ if(@bot.auth.allow?("talk", m.source, m.replyto))\r
+ @bot.reset_quiet\r
+ m.okay\r
+ end\r
+ when (/^talk in (\S+)$/i)\r
+ where = $1\r
+ if(@bot.auth.allow?("talk", m.source, m.replyto))\r
+ where.gsub!(/^here$/, m.target) if m.public?\r
+ @bot.reset_quiet(where)\r
+ m.okay\r
+ end\r
+ when (/^status\??$/i)\r
+ m.reply status if @bot.auth.allow?("status", m.source, m.replyto)\r
+ when (/^registry stats$/i)\r
+ if @bot.auth.allow?("config", m.source, m.replyto)\r
+ m.reply @registry.stat.inspect\r
+ end\r
+ when (/^(help\s+)?config(\s+|$)/)\r
+ @config.privmsg(m)\r
+ when (/^(version)|(introduce yourself)$/i)\r
+ @bot.say m.replyto, "I'm a v. #{$version} rubybot, (c) Tom Gilbert - http://linuxbrit.co.uk/rbot/"\r
+ when (/^help(?:\s+(.*))?$/i)\r
+ @bot.say m.replyto, help($1)\r
+ #TODO move these to a "chatback" plugin\r
+ when (/^(botsnack|ciggie)$/i)\r
+ @bot.say m.replyto, @lang.get("thanks_X") % m.sourcenick if(m.public?)\r
+ @bot.say m.replyto, @lang.get("thanks") if(m.private?)\r
+ when (/^(hello|howdy|hola|salut|bonjour|sup|niihau|hey|hi(\W|$)|yo(\W|$)).*/i)\r
+ @bot.say m.replyto, @lang.get("hello_X") % m.sourcenick if(m.public?)\r
+ @bot.say m.replyto, @lang.get("hello") if(m.private?)\r
+ end\r
+ else\r
+ # stuff to handle when not addressed\r
+ case m.message\r
+ when (/^\s*(hello|howdy|hola|salut|bonjour|sup|niihau|hey|hi|yo(\W|$))[\s,-.]+#{Regexp.escape(@bot.nick)}$/i)\r
+ @bot.say m.replyto, @lang.get("hello_X") % m.sourcenick\r
+ when (/^#{Regexp.escape(@bot.nick)}!*$/)\r
+ @bot.say m.replyto, @lang.get("hello_X") % m.sourcenick\r
+ else\r
+ # @keywords.privmsg(m)\r
+ end\r
+ end\r
+ end\r
+\r
+ # handle help requests for "core" topics\r
+ def help(topic="")\r
+ case topic\r
+ when "quit"\r
+ return "quit [<message>] => quit IRC with message <message>"\r
+ when "restart"\r
+ return "restart => completely stop and restart the bot (including reconnect)"\r
+ when "join"\r
+ return "join <channel> [<key>] => join channel <channel> with secret key <key> if specified. #{myself} also responds to invites if you have the required access level"\r
+ when "part"\r
+ return "part <channel> => part channel <channel>"\r
+ when "hide"\r
+ return "hide => part all channels"\r
+ when "save"\r
+ return "save => save current dynamic data and configuration"\r
+ when "rescan"\r
+ return "rescan => reload modules and static facts"\r
+ when "nick"\r
+ return "nick <nick> => attempt to change nick to <nick>"\r
+ when "say"\r
+ return "say <channel>|<nick> <message> => say <message> to <channel> or in private message to <nick>"\r
+ when "action"\r
+ return "action <channel>|<nick> <message> => does a /me <message> to <channel> or in private message to <nick>"\r
+ when "quiet"\r
+ return "quiet [in here|<channel>] => with no arguments, stop speaking in all channels, if \"in here\", stop speaking in this channel, or stop speaking in <channel>"\r
+ when "talk"\r
+ return "talk [in here|<channel>] => with no arguments, resume speaking in all channels, if \"in here\", resume speaking in this channel, or resume speaking in <channel>"\r
+ when "version"\r
+ return "version => describes software version"\r
+ when "botsnack"\r
+ return "botsnack => reward #{myself} for being good"\r
+ when "hello"\r
+ return "hello|hi|hey|yo [#{myself}] => greet the bot"\r
+ else\r
+ return "Core help topics: quit, restart, config, join, part, hide, save, rescan, nick, say, action, topic, quiet, talk, version, botsnack, hello"\r
+ end\r
+ end\r
+end\r
+\r
+core = Core.new\r
+\r
Dir.mkdir("#{botclass}/plugins") unless File.exist?("#{botclass}/plugins")
@plugins = Plugins::pluginmanager
@plugins.bot_associate(self)
- @plugins.load_core(Config::coredir)
- @plugins.load_plugins(["#{botclass}/plugins"])
+ @plugins.add_botmodule_dir(Config::coredir)
+ @plugins.add_botmodule_dir("#{botclass}/plugins")
+ @plugins.add_botmodule_dir(Config::datadir + "/plugins")
+ @plugins.scan
@socket = IrcSocket.new(@config['server.name'], @config['server.port'], @config['server.bindhost'], @config['server.sendq_delay'], @config['server.sendq_burst'])
@client = IrcClient.new
# in all channels, a list of channels otherwise
@quiet = nil
-
@client[:welcome] = proc {|data|
irclog "joined server #{@client.server} as #{myself}", "server"
case where
when Channel
irclog "* #{myself} #{message}", where
- when User
- irclog "* #{myself}[#{where}] #{message}", $1
else
irclog "* #{myself}[#{where}] #{message}", where
end
end
end
- # respond to being kicked from a channel
def irclogkick(m)
if(m.address?)
debug "kicked from channel #{m.channel}"
class BotModule
attr_reader :bot # the associated bot
+ attr_reader :botmodule_class # the botmodule class (:coremodule or :plugin)
+
# initialise your bot module. Always call super if you override this method,
# as important variables are set up for you
- def initialize
- @bot = Plugins.pluginmanager.bot
+ def initialize(kl)
+ @manager = Plugins::pluginmanager
+ @bot = @manager.bot
+
+ @botmodule_class = kl.to_sym
@botmodule_triggers = Array.new
+
@handler = MessageMapper.new(self)
@registry = BotRegistryAccessor.new(@bot, self.class.to_s.gsub(/^.*::/, ""))
+
+ @manager.add_botmodule(kl, self)
end
def flush_registry
# return an identifier for this plugin, defaults to a list of the message
# prefixes handled (used for error messages etc)
def name
- self.class.downcase.sub(/(plugin)?$/,"")
+ self.class.to_s.downcase.sub(/^#<module:.*?>::/,"").sub(/(plugin)?$/,"")
+ end
+
+ # just calls name
+ def to_s
+ name
end
# return a help string for your module. for complex modules, you may wish
# register the plugin as a handler for messages prefixed +name+
# this can be called multiple times for a plugin to handle multiple
# message prefixes
- def register(name, kl, opts={})
- raise ArgumentError, "Third argument must be a hash!" unless opts.kind_of?(Hash)
- return if Plugins.pluginmanager.botmodules[kl].has_key?(name)
- Plugins.pluginmanager.botmodules[kl][name] = self
+ def register(name, opts={})
+ raise ArgumentError, "Second argument must be a hash!" unless opts.kind_of?(Hash)
+ return if @manager.knows?(name, @botmodule_class)
+ @manager.register(name, @botmodule_class, self)
@botmodule_triggers << name unless opts.fetch(:hidden, false)
end
end
class CoreBotModule < BotModule
- def register(name, opts={})
- raise ArgumentError, "Second argument must be a hash!" unless opts.kind_of?(Hash)
- super(name, :core, opts)
+ def initialize
+ super(:coremodule)
end
end
class Plugin < BotModule
- def register(name, opts={})
- raise ArgumentError, "Second argument must be a hash!" unless opts.kind_of?(Hash)
- super(name, :plugin, opts)
+ def initialize
+ super(:plugin)
end
end
- # class to manage multiple plugins and delegate messages to them for
+ # Singleton to manage multiple plugins and delegate messages to them for
# handling
class PluginManagerClass
include Singleton
def initialize
bot_associate(nil)
+
+ @dirs = []
end
- # Associate with bot _bot_
- def bot_associate(bot)
+ # Reset lists of botmodules
+ def reset_botmodule_lists
@botmodules = {
- :core => Hash.new,
- :plugin => Hash.new
+ :coremodule => [],
+ :plugin => []
}
- # associated IrcBot class
+ @commandmappers = {
+ :coremodule => {},
+ :plugin => {}
+ }
+
+ end
+
+ # Associate with bot _bot_
+ def bot_associate(bot)
+ reset_botmodule_lists
@bot = bot
end
- # Returns a hash of the registered message prefixes and associated
- # plugins
+ # Returns +true+ if _name_ is a known botmodule of class kl
+ def knows?(name, kl)
+ return @commandmappers[kl.to_sym].has_key?(name.to_sym)
+ end
+
+ # Returns +true+ if _name_ is a known botmodule of class kl
+ def register(name, kl, botmodule)
+ raise TypeError, "Third argument #{botmodule.inspect} is not of class BotModule" unless botmodule.class <= BotModule
+ @commandmappers[kl.to_sym][name.to_sym] = botmodule
+ end
+
+ def add_botmodule(kl, botmodule)
+ raise TypeError, "Second argument #{botmodule.inspect} is not of class BotModule" unless botmodule.class <= BotModule
+ raise "#{kl.to_s} #{botmodule.name} already registered!" if @botmodules[kl.to_sym].include?(botmodule)
+ @botmodules[kl.to_sym] << botmodule
+ end
+
+ # Returns an array of the loaded plugins
+ def core_modules
+ @botmodules[:coremodule]
+ end
+
+ # Returns an array of the loaded plugins
def plugins
@botmodules[:plugin]
end
+ # Returns a hash of the registered message prefixes and associated
+ # plugins
+ def plugin_commands
+ @commandmappers[:plugin]
+ end
+
# Returns a hash of the registered message prefixes and associated
# core modules
- def core_modules
- @botmodules[:core]
+ def core_commands
+ @commandmappers[:coremodule]
end
# Makes a string of error _err_ by adding text _str_
plugin_module = Module.new
desc = desc.to_s + " " if desc
+
begin
plugin_string = IO.readlines(fname).join("")
debug "loading #{desc}#{fname}"
end
private :load_botmodule_file
- # Load core botmodules
- def load_core(dir)
- # TODO FIXME should this be hardcoded?
- if(FileTest.directory?(dir))
- d = Dir.new(dir)
- d.sort.each { |file|
- next unless(file =~ /[^.]\.rb$/)
-
- did_it = load_botmodule_file("#{dir}/#{file}", "core module")
- case did_it
- when Symbol
- # debug "loaded core botmodule #{dir}/#{file}"
- when Exception
- raise "failed to load core botmodule #{dir}/#{file}!"
- end
- }
- end
- end
-
- # dirlist:: array of directories to scan (in order) for plugins
+ # add one or more directories to the list of directories to
+ # load botmodules from
#
- # create a new plugin handler, scanning for plugins in +dirlist+
- def load_plugins(dirlist)
- @dirs = dirlist
- scan
+ def add_botmodule_dir(*dirlist)
+ @dirs += dirlist
+ debug "Botmodule loading path: #{@dirs.join(', ')}"
end
# load plugins from pre-assigned list of directories
processed[pn.intern] = :blacklisted
}
- dirs = Array.new
- # TODO FIXME should this be hardcoded?
- dirs << Config::datadir + "/plugins"
- dirs += @dirs
- dirs.reverse.each {|dir|
+ dirs = @dirs
+ dirs.each {|dir|
if(FileTest.directory?(dir))
d = Dir.new(dir)
d.sort.each {|file|
}
end
}
+ debug "finished loading plugins: #{status(true)}"
end
# call the save method for each active plugin
# call the cleanup method for each active plugin
def cleanup
delegate 'cleanup'
+ reset_botmodule_lists
end
# drop all plugins and rescan plugins on disk
def rescan
save
cleanup
- plugins.clear
scan
end
def status(short=false)
+ list = ""
+ if self.core_length > 0
+ list << "#{self.core_length} core module#{'s' if core_length > 1}"
+ if short
+ list << " loaded"
+ else
+ list << ": " + core_modules.collect{ |p| p.name}.sort.join(", ")
+ end
+ else
+ list << "no core botmodules loaded"
+ end
# Active plugins first
if(self.length > 0)
- list = "#{self.length} plugin#{'s' if length > 1}"
+ list << "; #{self.length} plugin#{'s' if length > 1}"
if short
list << " loaded"
else
- list << ": " + @@plugins.values.uniq.collect{|p| p.name}.sort.join(", ")
+ list << ": " + plugins.collect{ |p| p.name}.sort.join(", ")
end
else
- list = "no plugins active"
+ list << "no plugins active"
end
# Ignored plugins next
unless @ignored.empty?
end
def length
- plugins.values.uniq.length
+ plugins.length
+ end
+
+ def core_length
+ core_modules.length
end
# return help for +topic+ (call associated plugin's help method)
when /^(\S+)\s*(.*)$/
key = $1
params = $2
- if(@@plugins.has_key?(key))
- begin
- return @@plugins[key].help(key, params)
- rescue Exception => err
- #rescue TimeoutError, StandardError, NameError, SyntaxError => err
- error report_error("plugin #{@@plugins[key].name} help() failed:", err)
+ [core_commands, plugin_commands].each { |pl|
+ if(pl.has_key?(key))
+ begin
+ return pl[key].help(key, params)
+ rescue Exception => err
+ #rescue TimeoutError, StandardError, NameError, SyntaxError => err
+ error report_error("#{p.botmodule_class} #{plugins[key].name} help() failed:", err)
+ end
+ else
+ return false
end
- else
- return false
- end
+ }
end
end
# see if each plugin handles +method+, and if so, call it, passing
# +message+ as a parameter
def delegate(method, *args)
+ debug "Delegating #{method.inspect}"
[core_modules, plugins].each { |pl|
- pl.values.uniq.each {|p|
+ pl.each {|p|
if(p.respond_to? method)
begin
+ debug "#{p.botmodule_class} #{p.name} responds"
p.send method, *args
rescue Exception => err
- #rescue TimeoutError, StandardError, NameError, SyntaxError => err
- error report_error("plugin #{p.name} #{method}() failed:", err)
+ error report_error("#{p.botmodule_class} #{p.name} #{method}() failed:", err)
+ raise if err.class <= BDB::Fatal
end
end
}
}
+ debug "Finished delegating #{method.inspect}"
end
# see if we have a plugin that wants to handle this message, if so, pass
# it to the plugin and return true, otherwise false
def privmsg(m)
- [core_modules, plugins].each { |pl|
- return unless(m.plugin)
- if (pl.has_key?(m.plugin) &&
- pl[m.plugin].respond_to?("privmsg") &&
- @bot.auth.allow?(m.plugin, m.source, m.replyto))
- begin
- pl[m.plugin].privmsg(m)
- rescue BDB::Fatal => err
- error error_report("plugin #{pl[m.plugin].name} privmsg() failed:", err)
- raise
- rescue Exception => err
- #rescue TimeoutError, StandardError, NameError, SyntaxError => err
- error "plugin #{pl[m.plugin].name} privmsg() failed: #{err.class}: #{err}\n#{error err.backtrace.join("\n")}"
+ debug "Delegating privmsg with key #{m.plugin}"
+ return unless m.plugin
+ begin
+ [core_commands, plugin_commands].each { |pl|
+ # We do it this way to skip creating spurious keys
+ # FIXME use fetch?
+ k = m.plugin.to_sym
+ if pl.has_key?(k)
+ p = pl[k]
+ else
+ p = nil
end
- return true
- end
+ if p
+ # TODO This should probably be checked elsewhere
+ debug "Checking auth ..."
+ if @bot.auth.allow?(m.plugin, m.source, m.replyto)
+ debug "Checking response ..."
+ if p.respond_to?("privmsg")
+ begin
+ debug "#{p.botmodule_class} #{p.name} responds"
+ p.privmsg(m)
+ rescue Exception => err
+ error report_error("#{p.botmodule_class} #{p.name} privmsg() failed:", err)
+ raise if err.class <= BDB::Fatal
+ end
+ debug "Successfully delegated privmsg with key #{m.plugin}"
+ return true
+ else
+ debug "#{p.botmodule_class} #{p.name} is registered, but it doesn't respond to privmsgs"
+ end
+ else
+ debug "#{p.botmodule_class} #{p.name} is registered, but #{m.source} isn't allowed to use #{m.plugin} on #{m.replyto}"
+ end
+ else
+ debug "No #{pl.values.first.botmodule_class} registered #{m.plugin}" unless pl.empty?
+ end
+ debug "Finished delegating privmsg with key #{m.plugin}" + ( pl.empty? ? "" : " to #{pl.values.first.botmodule_class}s" )
+ }
return false
- }
+ rescue Exception => e
+ error report_error("couldn't delegate #{m}", e)
+ end
+ debug "Finished delegating privmsg with key #{m.plugin}"
end
end
projects / user / henk / code / ruby / rbot.git / commitdiff