}\r
end\r
\r
+ # We introduce the 'downcase' method, which maps downcase() to all the Array\r
+ # elements, properly failing when the elements don't have a downcase method\r
+ #\r
+ def downcase\r
+ self.map { |el| el.downcase }\r
+ end\r
+\r
# Modifying methods which we don't handle yet are made private\r
#\r
private :[]=, :collect!, :map!, :fill, :flatten!\r
end\r
\r
\r
+# We extend the Regexp class with an Irc module which will contain some\r
+# Irc-specific regexps\r
+#\r
+class Regexp\r
+\r
+ # We start with some general-purpose ones which will be used in the\r
+ # Irc module too, but are useful regardless\r
+ DIGITS = /\d+/\r
+ HEX_DIGIT = /[0-9A-Fa-f]/\r
+ HEX_DIGITS = /#{HEX_DIGIT}+/\r
+ HEX_OCTET = /#{HEX_DIGIT}#{HEX_DIGIT}?/\r
+ DEC_OCTET = /[01]?\d?\d|2[0-4]\d|25[0-5]/\r
+ DEC_IP_ADDR = /#{DEC_OCTET}.#{DEC_OCTET}.#{DEC_OCTET}.#{DEC_OCTET}/\r
+ HEX_IP_ADDR = /#{HEX_OCTET}.#{HEX_OCTET}.#{HEX_OCTET}.#{HEX_OCTET}/\r
+ IP_ADDR = /#{DEC_IP_ADDR}|#{HEX_IP_ADDR}/\r
+\r
+ # IPv6, from Resolv::IPv6, without the \A..\z anchors\r
+ HEX_16BIT = /#{HEX_DIGIT}{1,4}/\r
+ IP6_8Hex = /(?:#{HEX_16BIT}:){7}#{HEX_16BIT}/\r
+ IP6_CompressedHex = /((?:#{HEX_16BIT}(?::#{HEX_16BIT})*)?)::((?:#{HEX_16BIT}(?::#{HEX_16BIT})*)?)/\r
+ IP6_6Hex4Dec = /((?:#{HEX_16BIT}:){6,6})#{DEC_IP_ADDR}/\r
+ IP6_CompressedHex4Dec = /((?:#{HEX_16BIT}(?::#{HEX_16BIT})*)?)::((?:#{HEX_16BIT}:)*)#{DEC_IP_ADDR}/\r
+ IP6_ADDR = /(?:#{IP6_8Hex})|(?:#{IP6_CompressedHex})|(?:#{IP6_6Hex4Dec})|(?:#{IP6_CompressedHex4Dec})/\r
+\r
+ # We start with some IRC related regular expressions, used to match\r
+ # Irc::User nicks and users and Irc::Channel names\r
+ #\r
+ # For each of them we define two versions of the regular expression:\r
+ # * a generic one, which should match for any server but may turn out to\r
+ # match more than a specific server would accept\r
+ # * an RFC-compliant matcher\r
+ #\r
+ module Irc\r
+\r
+ # Channel-name-matching regexps\r
+ CHAN_FIRST = /[#&+]/\r
+ CHAN_SAFE = /![A-Z0-9]{5}/\r
+ CHAN_ANY = /[^\x00\x07\x0A\x0D ,:]/\r
+ GEN_CHAN = /(?:#{CHAN_FIRST}|#{CHAN_SAFE})#{CHAN_ANY}+/\r
+ RFC_CHAN = /#{CHAN_FIRST}#{CHAN_ANY}{1,49}|#{CHAN_SAFE}#{CHAN_ANY}{1,44}/\r
+\r
+ # Nick-matching regexps\r
+ SPECIAL_CHAR = /[\x5b-\x60\x7b-\x7d]/\r
+ NICK_FIRST = /#{SPECIAL_CHAR}|[[:alpha:]]/\r
+ NICK_ANY = /#{SPECIAL_CHAR}|[[:alnum:]]|-/\r
+ GEN_NICK = /#{NICK_FIRST}#{NICK_ANY}+/\r
+ RFC_NICK = /#{NICK_FIRST}#{NICK_ANY}{0,8}/\r
+\r
+ USER_CHAR = /[^\x00\x0a\x0d @]/\r
+ GEN_USER = /#{USER_CHAR}+/\r
+\r
+ # Host-matching regexps\r
+ HOSTNAME_COMPONENT = /[[:alnum:]](?:[[:alnum:]]|-)*[[:alnum:]]*/\r
+ HOSTNAME = /#{HOSTNAME_COMPONENT}(?:\.#{HOSTNAME_COMPONENT})*/\r
+ HOSTADDR = /#{IP_ADDR}|#{IP6_ADDR}/\r
+\r
+ GEN_HOST = /#{HOSTNAME}|#{HOSTADDR}/\r
+\r
+ # # FreeNode network replaces the host of affiliated users with\r
+ # # 'virtual hosts' \r
+ # # FIXME we need the true syntax to match it properly ...\r
+ # PDPC_HOST_PART = /[0-9A-Za-z.-]+/\r
+ # PDPC_HOST = /#{PDPC_HOST_PART}(?:\/#{PDPC_HOST_PART})+/\r
+\r
+ # # NOTE: the final optional and non-greedy dot is needed because some\r
+ # # servers (e.g. FreeNode) send the hostname of the services as "services."\r
+ # # which is not RFC compliant, but sadly done.\r
+ # GEN_HOST_EXT = /#{PDPC_HOST}|#{GEN_HOST}\.??/ \r
+\r
+ # Sadly, different networks have different, RFC-breaking ways of cloaking\r
+ # the actualy host address: see above for an example to handle FreeNode.\r
+ # Another example would be Azzurra, wich also inserts a "=" in the\r
+ # cloacked host. So let's just not care about this and go with the simplest\r
+ # thing:\r
+ GEN_HOST_EXT = /\S+/\r
+\r
+ # User-matching Regexp\r
+ GEN_USER_ID = /(#{GEN_NICK})(?:(?:!(#{GEN_USER}))?@(#{GEN_HOST_EXT}))?/\r
+\r
+ # Things such has the BIP proxy send invalid nicks in a complete netmask,\r
+ # so we want to match this, rather: this matches either a compliant nick\r
+ # or a a string with a very generic nick, a very generic hostname after an\r
+ # @ sign, and an optional user after a !\r
+ BANG_AT = /#{GEN_NICK}|\S+?(?:!\S+?)?@\S+?/\r
+\r
+ # # For Netmask, we want to allow wildcards * and ? in the nick\r
+ # # (they are already allowed in the user and host part\r
+ # GEN_NICK_MASK = /(?:#{NICK_FIRST}|[?*])?(?:#{NICK_ANY}|[?*])+/\r
+\r
+ # # Netmask-matching Regexp\r
+ # GEN_MASK = /(#{GEN_NICK_MASK})(?:(?:!(#{GEN_USER}))?@(#{GEN_HOST_EXT}))?/\r
+\r
+ end\r
+\r
+end\r
+\r
+\r
module Irc\r
\r
\r
# Now we can see if the given string _str_ is an actual Netmask\r
if str.respond_to?(:to_str)\r
case str.to_str\r
- when /^(?:(\S+?)(?:!(\S+)@(?:(\S+))?)?)?$/\r
+ # We match a pretty generic string, to work around non-compliant\r
+ # servers\r
+ when /^(?:(\S+?)(?:(?:!(\S+?))?@(\S+))?)?$/\r
# We do assignment using our internal methods\r
self.nick = $1\r
self.user = $2\r
if self.class == Netmask\r
return self if fits_with_server_and_casemap?(opts)\r
end\r
- return self.fullform.to_irc_netmask(server_and_casemap.merge(opts))\r
+ return self.downcase.to_irc_netmask(opts)\r
end\r
\r
# Converts the receiver into a User with the given (optional)\r
#\r
def matches?(arg)\r
cmp = arg.to_irc_netmask(:casemap => casemap)\r
- debug "Matching #{self.fullform} against #{arg.fullform}"\r
+ debug "Matching #{self.fullform} against #{arg.inspect} (#{cmp.fullform})"\r
[:nick, :user, :host].each { |component|\r
us = self.send(component).irc_downcase(casemap)\r
them = cmp.send(component).irc_downcase(casemap)\r
end\r
\r
# We enhance the [] method by allowing it to pick an element that matches\r
- # a given Netmask or String\r
+ # a given Netmask, a String or a Regexp\r
+ # TODO take into consideration the opportunity to use select() instead of\r
+ # find(), and/or a way to let the user choose which one to take (second\r
+ # argument?)\r
#\r
def [](*args)\r
if args.length == 1\r
self.find { |mask|\r
mask.matches?(args[0].to_irc_netmask(:casemap => mask.casemap))\r
}\r
+ when Regexp\r
+ self.find { |mask|\r
+ mask.fullform =~ args[0]\r
+ }\r
else\r
super(*args)\r
end\r
end\r
end\r
\r
+ # Users can be either simply downcased (their nick only)\r
+ # or fully downcased: this will return the fullform downcased\r
+ # according to the given casemap.\r
+ #\r
+ def full_irc_downcase(cmap=casemap)\r
+ self.fullform.irc_downcase(cmap)\r
+ end\r
+\r
+ # full_downcase() will return the fullform downcased according to the\r
+ # User's own casemap\r
+ #\r
+ def full_downcase\r
+ self.full_irc_downcase\r
+ end\r
+\r
# Since to_irc_user runs the same checks on server and channel as\r
# to_irc_netmask, we just try that and return self if it works.\r
#\r
#\r
def to_irc_user(opts={})\r
return self if fits_with_server_and_casemap?(opts)\r
- return self.fullform.to_irc_user(server_and_casemap(opts))\r
+ return self.full_downcase.to_irc_user(opts)\r
end\r
\r
# We can replace everything at once with data from another User\r
@element_class = User\r
end\r
\r
+ # Convenience method: convert the UserList to a list of nicks. The indices\r
+ # are preserved\r
+ #\r
+ def nicks\r
+ self.map { |user| user.nick }\r
+ end\r
+\r
end\r
\r
end\r
super(Channel, ar)\r
end\r
\r
+ # Convenience method: convert the ChannelList to a list of channel names.\r
+ # The indices are preserved\r
+ #\r
+ def names\r
+ self.map { |chan| chan.name }\r
+ end\r
+\r
end\r
\r
end\r
:typec => nil, # Type C: needs a parameter when set\r
:typed => nil # Type D: must not have a parameter\r
},\r
- :channellen => 200,\r
- :chantypes => "#&",\r
+ :channellen => 50,\r
+ :chantypes => "#&!+",\r
:excepts => nil,\r
:idchan => {},\r
:invex => nil,\r
:network => nil,\r
:nicklen => 9,\r
:prefix => {\r
- :modes => 'ov'.scan(/./),\r
- :prefixes => '@+'.scan(/./)\r
+ :modes => [:o, :v],\r
+ :prefixes => [:"@", :+]\r
},\r
:safelist => nil,\r
:statusmsg => nil,\r
def clear\r
reset_lists\r
reset_capabilities\r
+ @hostname = @version = @usermodes = @chanmodes = nil\r
end\r
\r
# This method is used to parse a 004 RPL_MY_INFO line\r
projects / user / henk / code / ruby / rbot.git / blobdiff