void CtcpHandler::parse(Message::Type messageType, const QString &prefix, const QString &target, const QByteArray &message) {
QByteArray ctcp;
//lowlevel message dequote
QByteArray dequotedMessage = lowLevelDequote(message);
CtcpType ctcptype = messageType == Message::Notice
? CtcpReply
: CtcpQuery;
Message::Flags flags = (messageType == Message::Notice && !network()->isChannelName(target))
? Message::Redirected
: Message::None;
// extract tagged / extended data
int xdelimPos = -1;
int xdelimEndPos = -1;
int spacePos = -1;
while((xdelimPos = dequotedMessage.indexOf(XDELIM)) != -1) {
if(xdelimPos > 0)
displayMsg(messageType, target, userDecode(target, dequotedMessage.left(xdelimPos)), prefix, flags);
xdelimEndPos = dequotedMessage.indexOf(XDELIM, xdelimPos + 1);
if(xdelimEndPos == -1) {
// no matching end delimiter found... treat rest of the message as ctcp
xdelimEndPos = dequotedMessage.count();
}
ctcp = xdelimDequote(dequotedMessage.mid(xdelimPos + 1, xdelimEndPos - xdelimPos - 1));
dequotedMessage = dequotedMessage.mid(xdelimEndPos + 1);
//dispatch the ctcp command
QString ctcpcmd = userDecode(target, ctcp.left(spacePos));
QString ctcpparam = userDecode(target, ctcp.mid(spacePos + 1));
spacePos = ctcp.indexOf(' ');
if(spacePos != -1) {
ctcpcmd = userDecode(target, ctcp.left(spacePos));
ctcpparam = userDecode(target, ctcp.mid(spacePos + 1));
} else {
ctcpcmd = userDecode(target, ctcp);
ctcpparam = QString();
}
handle(ctcpcmd, Q_ARG(CtcpType, ctcptype), Q_ARG(QString, prefix), Q_ARG(QString, target), Q_ARG(QString, ctcpparam));
}
if(!dequotedMessage.isEmpty())
displayMsg(messageType, target, userDecode(target, dequotedMessage), prefix, flags);
}
void CtcpParser::parse(IrcEventRawMessage *e, Message::Type messagetype)
{
//lowlevel message dequote
QByteArray dequotedMessage = lowLevelDequote(e->rawMessage());
CtcpEvent::CtcpType ctcptype = e->type() == EventManager::IrcEventRawNotice
? CtcpEvent::Reply
: CtcpEvent::Query;
Message::Flags flags = (ctcptype == CtcpEvent::Reply && !e->network()->isChannelName(e->target()))
? Message::Redirected
: Message::None;
if (coreSession()->networkConfig()->standardCtcp())
parseStandard(e, messagetype, dequotedMessage, ctcptype, flags);
else
parseSimple(e, messagetype, dequotedMessage, ctcptype, flags);
}
void CtcpParser::parse(IrcEventRawMessage *e, Message::Type messagetype)
{
//lowlevel message dequote
QByteArray dequotedMessage = lowLevelDequote(e->rawMessage());
CtcpEvent::CtcpType ctcptype = e->type() == EventManager::IrcEventRawNotice
? CtcpEvent::Reply
: CtcpEvent::Query;
Message::Flags flags = (ctcptype == CtcpEvent::Reply && !e->network()->isChannelName(e->target()))
? Message::Redirected
: Message::None;
bool isStatusMsg = false;
// First remove all statusmsg prefix characters that are not also channel prefix characters.
while (e->network()->isStatusMsg(e->target()) && !e->network()->isChannelName(e->target())) {
isStatusMsg = true;
e->setTarget(e->target().remove(0, 1));
}
// Then continue removing statusmsg characters as long as removing the character will still result in a
// valid channel name. This prevents removing the channel prefix character if said character is in the
// overlap between the statusmsg characters and the channel prefix characters.
while (e->network()->isStatusMsg(e->target()) && e->network()->isChannelName(e->target().remove(0, 1))) {
isStatusMsg = true;
e->setTarget(e->target().remove(0, 1));
}
// If any statusmsg characters were removed, Flag the message as a StatusMsg.
if (isStatusMsg) {
flags |= Message::StatusMsg;
}
if (coreSession()->networkConfig()->standardCtcp())
parseStandard(e, messagetype, dequotedMessage, ctcptype, flags);
else
parseSimple(e, messagetype, dequotedMessage, ctcptype, flags);
}