registration_timeout(source->registration_timeout), flood(source->flood), host(source->host),
pingtime(source->pingtime), pass(source->pass), hash(source->hash), threshold(source->threshold), sendqmax(source->sendqmax),
recvqmax(source->recvqmax), maxlocal(source->maxlocal), maxglobal(source->maxglobal), maxchans(source->maxchans),
- port(source->port), RefCount(0), limit(source->limit)
+ port(source->port), RefCount(0), disabled(false), limit(source->limit)
{
}
/** Create a new connect class with no settings.
*/
ConnectClass() : type(CC_DENY), name("unnamed"), registration_timeout(0), flood(0), host(""), pingtime(0), pass(""), hash(""),
- threshold(0), sendqmax(0), recvqmax(0), maxlocal(0), maxglobal(0), RefCount(0), limit(0)
+ threshold(0), sendqmax(0), recvqmax(0), maxlocal(0), maxglobal(0), RefCount(0), disabled(false), limit(0)
{
}
const std::string &pas, const std::string &hsh, unsigned int thres, unsigned long sendq, unsigned long recvq,
unsigned long maxl, unsigned long maxg, unsigned int maxc, int p = 0) :
type(CC_ALLOW), name(thename), registration_timeout(timeout), flood(fld), host(hst), pingtime(ping), pass(pas), hash(hsh),
- threshold(thres), sendqmax(sendq), recvqmax(recvq), maxlocal(maxl), maxglobal(maxg), maxchans(maxc), port(p), RefCount(0), limit(0) { }
+ threshold(thres), sendqmax(sendq), recvqmax(recvq), maxlocal(maxl), maxglobal(maxg), maxchans(maxc), port(p), RefCount(0), disabled(false), limit(0) { }
/** Create a new connect class to DENY connections
* @param thename Name of the connect class
* @param hst The IP mask to deny
*/
ConnectClass(const std::string &thename, const std::string &hst) : type(CC_DENY), name(thename), registration_timeout(0),
- flood(0), host(hst), pingtime(0), pass(""), hash(""), threshold(0), sendqmax(0), recvqmax(0), maxlocal(0), maxglobal(0), maxchans(0), port(0), RefCount(0), limit(0)
+ flood(0), host(hst), pingtime(0), pass(""), hash(""), threshold(0), sendqmax(0), recvqmax(0), maxlocal(0), maxglobal(0), maxchans(0), port(0), RefCount(0), disabled(false), limit(0)
{
}
registration_timeout(source->registration_timeout), flood(source->flood), host(source->host),
pingtime(source->pingtime), pass(source->pass), hash(source->hash), threshold(source->threshold), sendqmax(source->sendqmax),
recvqmax(source->recvqmax), maxlocal(source->maxlocal), maxglobal(source->maxglobal), maxchans(source->maxchans),
- port(source->port), RefCount(0), limit(source->limit)
+ port(source->port), RefCount(0), disabled(false), limit(source->limit)
{
}
+ void SetDisabled(bool t)
+ {
+ this->disabled = t;
+ }
+
+ bool GetDisabled()
+ {
+ return this->disabled;
+ }
+
/* Update an existing entry with new values
*/
void Update(unsigned int timeout, unsigned int fld, const std::string &hst, unsigned int ping,
*/
unsigned long RefCount;
+ /** If this is true, any attempt to set a user to this class will fail. Default false. This is really private, it's only in the public section thanks to the way this class is written
+ */
+ bool disabled;
+
/** How many users may be in this connect class before they are refused? (0 = disabled = default)
*/
unsigned long limit;
* @param privstr The priv to chec, e.g. "users/override/topic". These are loaded free-form from the config file.
* @param noisy If set to true, the user is notified that they do not have the specified permission where applicable. If false, no notification is sent.
* @return True if this user has the permission in question.
- */ bool HasPrivPermission(const std::string &privstr, bool noisy = true);
+ */
+ bool HasPrivPermission(const std::string &privstr, bool noisy = false);
/** Returns true or false if a user can set a privileged user or channel mode.
* This is done by looking up their oper type from User::oper, then referencing