# channels from different networks. For the time being, a PRIVMSG echoed by an
# eggdrop is assumed to be in the form:
# <eggdrop> (nick@network) text of the message
-# (TODO make it configurable) and it's fed back to the message delegators.
+# and it's fed back to the message delegators.
#
# This plugin also shows how to create 'fake' messages from a plugin, letting
# the bot parse them.
# servers to make this even easier.
class LinkBot < Plugin
- BotConfig.register BotConfigArrayValue.new('linkbot.nicks',
+ Config.register Config::ArrayValue.new('linkbot.nicks',
:default => [],
:desc => "Nick(s) of the bots that act as channel links across networks")
+ Config.register Config::ArrayValue.new('linkbot.message_patterns',
+ :default => ['^<(\S+?)@(\S+?)>\s+(.*)$', '^\((\S+?)@(\S+?)\)\s+(.*)$'],
+ :desc => "List of regexp which match linkbot messages; each regexp needs to have three captures, which in order are the nickname of the original speaker, network, and original message")
+ # TODO use template strings instead of regexp for user friendliness
+
# Initialize the plugin
def initialize
super
+
+ @message_patterns = @bot.config['linkbot.message_patterns'].map {|p|
+ Regexp.new(p)
+ }
end
# Main method
return unless m.kind_of?(PrivMessage)
# Now we know that _m_ is a PRIVMSG from a linkbot. Let's split it
# in nick, network, message
- if m.message.match(/^\((\S+?)@(\S+?)\)\s+(.*)$/)
- new_nick = $1
- network = $2
- message = $3
+ message = BasicUserMessage.stripcolour m.message
+ if @message_patterns.any? {|p| message =~ p}
+ # if the regexp doesn't contain all parts, the default values get used
+ new_nick = $1 || 'unknown_nick'
+ network = $2 || 'unknown_network'
+ message = $3 || 'unknown_message'
debug "#{m.sourcenick} reports that #{new_nick} said #{message.inspect} on #{network}"
# One way to pass the new message back to the bot is to create a PrivMessage