void OnNoticeChannel(User *u, Channel *c, const Flux::vector ¶ms) { if(!u || !c) return; if(c->name != Config->LogChannel) return; Flux::string msg; for(unsigned i = 0; i < params.size(); ++i) msg += params[i] + ' '; msg.trim(); Flux::string nolog = params.size() == 2 ? params[1] : ""; if(nolog != "#nl" && u) CLog("-Notice- %s: %s", u->nick.c_str(), Flux::Sanitize(msg).c_str()); }
// Private Function! used by Flux::string.implode() Flux::string __ConcatenateString(const Flux::vector &str, char delim = ' ') { Flux::string temp; for (unsigned i = 0; i < str.size(); ++i) { if(!temp.empty()) temp += delim; temp += str[i]; } return temp; }
void OnPrivmsgChannel(User *u, Channel *c, const Flux::vector ¶ms) { //Flux::vector MessageParams = StringVector(params, ' '); Flux::string msg; for(unsigned i=0; i < params.size(); ++i) msg += params[i]+' '; Flux::string cmd = params.empty()?"":params[0]; if(cmd.equals_ci("!encyclopedia")) { SetQuery(1, params); Brain(u,query); } if(msg.search_ci(Config->BotNick+", what do you know about ")) { SetQuery(6, params); Brain(u, query); } else if(msg.search_ci(Config->BotNick+", what is a ") ^ msg.search_ci(Config->BotNick+", what is the") ^ msg.search_ci(Config->BotNick+", tell me about ") ^ msg.search_ci(Config->BotNick+", who are the ") ^ msg.search_ci(Config->BotNick+", what is an ")) { SetQuery(4, params); Brain(u, query); } else if(msg.search_ci(Config->BotNick+", what is ") ^ msg.search_ci(Config->BotNick+", what are ") ^ msg.search_ci(Config->BotNick+", who is ") ^ msg.search_ci(Config->BotNick+", what's a ") ^ msg.search_ci(Config->BotNick+", what's an ")) { SetQuery(3, params); Brain(u, query); } else if(msg.search_ci(Config->BotNick+", tell me what you know about ")) { SetQuery(7, params); Brain(u, query); } }
void OnPrivmsgChannel(User *u, Channel *c, const Flux::vector ¶ms) { Flux::string nolog = params.size() == 2 ? params[1] : ""; if(!u || !c) return; if(c->name != Config->LogChannel) return; Flux::string msg = ConcatinateVector(params); if(nolog != "#nl" && u) { if(nolog == "\001ACTION") { msg = msg.erase(0, 8); CLog("*** %s %s", u->nick.c_str(), Flux::Sanitize(msg).c_str()); } else CLog("<%s> %s", u->nick.c_str(), msg.c_str()); } }
void OnNumeric(int i, Network *n, const Flux::vector ¶ms) { if((i == 5)) { // Skip the nickname and the "are supported by this server" parts of the message for(unsigned o = 1; o < params.size() - 1; ++o) { Flux::vector sentence = ParamitizeString(params[o], '='); Flux::string word = sentence[0]; Flux::string param = sentence.size() > 1 ? sentence[1] : ""; if(word.equals_ci("NETWORK")) n->isupport.Network = param; if(word.equals_ci("CHANTYPES")) n->isupport.ChanTypes = param; if(word.equals_ci("AWAYLEN")) n->isupport.AwayLen = static_cast<int>(param); if(word.equals_ci("KICKLEN")) n->isupport.KickLen = static_cast<int>(param); if(word.equals_ci("MAXBANS")) n->isupport.MaxBans = static_cast<int>(param); if(word.equals_ci("MAXCHANNELS")) n->isupport.MaxChannels = static_cast<int>(param); if(word.equals_ci("CHANNELLEN")) n->isupport.ChannelLen = static_cast<int>(param); if(word.equals_ci("NICKLEN")) n->isupport.NickLen = static_cast<int>(param); if(word.equals_ci("TOPICLEN")) n->isupport.TopicLen = static_cast<int>(param); n->isupport.other[word] = param; } } if((i == 4)) { /* Numeric 004 * params[0] = Bots nickname * params[1] = servername * params[2] = ircd version * params[3] = user modes * params[4] = channel modes */ n->b->CheckNickname(); n->isupport.ServerHost = params[1]; n->isupport.IRCdVersion = params[2]; n->isupport.UserModes = params[3]; n->isupport.ChanModes = params[4]; } if((i == 376)) new SyncTimer(n); /* Nickname is in use numeric * Numeric 433 * params[0] = our current nickname * params[1] = Attempted nickname * params[2] = message (useless) */ if((i == 433)) { // Make sure we're not incrementing if the server sends a random 443 if(params[1].search(Config->NicknamePrefix)) { Flux::string number = params[1].substr(Config->NicknamePrefix.size()); if(static_cast<int>(number) == n->b->BotNum) n->b->BotNum++; } n->b->CheckNickname(); } }
void SetQuery(unsigned n, const Flux::vector ¶ms) { query.clear(); if (n < params.size()) for(unsigned i=n; i < params.size(); ++i) query += params[i]+' '; }