void ReadConfig(ConfigStatus& status) override
{
ConfigTag* tag = ServerInstance->Config->ConfValue("rline");
MatchOnNickChange = tag->getBool("matchonnickchange");
ZlineOnMatch = tag->getBool("zlineonmatch");
std::string newrxengine = tag->getString("engine");
factory = rxfactory ? (rxfactory.operator->()) : NULL;
if (newrxengine.empty())
rxfactory.SetProvider("regex");
else
rxfactory.SetProvider("regex/" + newrxengine);
if (!rxfactory)
{
if (newrxengine.empty())
ServerInstance->SNO.WriteToSnoMask('a', "WARNING: No regex engine loaded - R-line functionality disabled until this is corrected.");
else
ServerInstance->SNO.WriteToSnoMask('a', "WARNING: Regex engine '%s' is not loaded - R-line functionality disabled until this is corrected.", newrxengine.c_str());
ServerInstance->XLines->DelAll(f.GetType());
}
else if ((!initing) && (rxfactory.operator->() != factory))
{
ServerInstance->SNO.WriteToSnoMask('a', "Regex engine has changed, removing all R-lines.");
ServerInstance->XLines->DelAll(f.GetType());
}
initing = false;
}
FilterResult(dynamic_reference<RegexFactory>& RegexEngine, const std::string& free, const std::string& rea, FilterAction act, long gt, const std::string& fla)
: freeform(free), reason(rea), action(act), gline_time(gt)
{
if (!RegexEngine)
throw ModuleException("Regex module implementing '"+RegexEngine.GetProvider()+"' is not loaded!");
regex = RegexEngine->Create(free);
this->FillFlags(fla);
}
void OnRehash(User* user)
{
ConfigTag* conf = ServerInstance->Config->ConfValue("sqlauth");
std::string dbid = conf->getString("dbid");
if (dbid.empty())
SQL.SetProvider("SQL");
else
SQL.SetProvider("SQL/" + dbid);
freeformquery = conf->getString("query");
killreason = conf->getString("killreason");
allowpattern = conf->getString("allowpattern");
verbose = conf->getBool("verbose");
}
ModResult OnUserRegister(LocalUser* user)
{
// Note this is their initial (unresolved) connect block
ConfigTag* tag = user->MyClass->config;
if (!tag->getBool("usesqlauth", true))
return MOD_RES_PASSTHRU;
if (!allowpattern.empty() && InspIRCd::Match(user->nick,allowpattern))
return MOD_RES_PASSTHRU;
if (pendingExt.get(user))
return MOD_RES_PASSTHRU;
if (!SQL)
{
ServerInstance->SNO->WriteGlobalSno('a', "Forbiding connection from %s (SQL database not present)", user->GetFullRealHost().c_str());
ServerInstance->Users->QuitUser(user, killreason);
return MOD_RES_PASSTHRU;
}
pendingExt.set(user, AUTH_STATE_BUSY);
ParamM userinfo;
SQL->PopulateUserInfo(user, userinfo);
userinfo["pass"] = user->password;
HashProvider* md5 = ServerInstance->Modules->FindDataService<HashProvider>("hash/md5");
if (md5)
userinfo["md5pass"] = md5->hexsum(user->password);
HashProvider* sha256 = ServerInstance->Modules->FindDataService<HashProvider>("hash/sha256");
if (sha256)
userinfo["sha256pass"] = sha256->hexsum(user->password);
AuthQuery* authQuery = NULL;
if (usebcrypt)
{
authQuery = new BCryptAuthQuery(this, user->uuid, user->password, pendingExt, verbose);
}
else
{
authQuery = new AuthQuery(this, user->uuid, pendingExt, verbose);
}
SQL->submit(authQuery, freeformquery, userinfo);
return MOD_RES_PASSTHRU;
}
/** Create a R-line.
* @param s_time The set time
* @param d The duration of the xline
* @param src The sender of the xline
* @param re The reason of the xline
* @param regex Pattern to match with
* @
*/
RLine(time_t s_time, unsigned long d, const std::string& src, const std::string& re, const std::string& regexs, dynamic_reference<RegexFactory>& rxfactory)
: XLine(s_time, d, src, re, "R")
, matchtext(regexs)
{
/* This can throw on failure, but if it does we DONT catch it here, we catch it and display it
* where the object is created, we might not ALWAYS want it to output stuff to snomask x all the time
*/
regex = rxfactory->Create(regexs);
}
/**
* 2.0-style cloaking function
* @param item The item to cloak (part of an IP or hostname)
* @param id A unique ID for this type of item (to make it unique if the item matches)
* @param len The length of the output. Maximum for MD5 is 16 characters.
*/
std::string SegmentCloak(const std::string& item, char id, int len)
{
std::string input;
input.reserve(key.length() + 3 + item.length());
input.append(1, id);
input.append(key);
input.append(1, '\0'); // null does not terminate a C++ string
input.append(item);
std::string rv = Hash->sum(input).substr(0,len);
for(int i=0; i < len; i++)
{
// this discards 3 bits per byte. We have an
// overabundance of bits in the hash output, doesn't
// matter which ones we are discarding.
rv[i] = base32[rv[i] & 0x1F];
}
return rv;
}
