//不弹过滤框，只有在VideoState里存在且等于2的才不弹
static bool isMatchState(std::vector<std::string> & v_domain)
{
readLock rdLock(rw_cfgmutex);
for (std::vector<std::string>::const_iterator c_iter = v_domain.begin();c_iter!= v_domain.end();c_iter++)
{
ConfigRuleMap::iterator map_iter =map_VideoState.find(*c_iter);
if (map_iter != map_VideoState.end() && map_iter->second == 2)
{
return false;
}
}
return true;
}
bool AttributesImpl::getBPropertys(std::vector<cgcKeyValue::pointer>& outValues) const
{
char buffer[24];
BoostReadLock rdLock(const_cast<boost::shared_mutex&>(m_bigintPropertys.mutex()));
CLockMultiMap<bigint, cgcValueInfo::pointer>::const_iterator iter = m_bigintPropertys.begin();
for (; iter!=m_bigintPropertys.end(); iter++)
{
//#ifdef WIN32
// sprintf(buffer, "%I64d", iter->first);
//#else
sprintf(buffer, "%lld", iter->first);
//#endif
outValues.push_back(CGC_KEYVALUE(buffer, iter->second));
}
return !outValues.empty();
//return !m_bigintPropertys.empty();
}
int FilterManager::checkConfigHost(const Url & url,bool &bFind,std::string &strMatchHost,int cfgFlag)
{
readLock rdLock(rw_cfgmutex);
std::string res;
StringVector dotsplits;
boost::split(dotsplits,url.GetHost(),boost::is_any_of("."));
if(dotsplits.size()<=1) //domain error? no dot? at least g.cn
return false;
int ignore=2;
std::string l2domain=dotsplits[dotsplits.size()-2];
if(l2domain =="com" ||
l2domain=="net" ||
l2domain=="org" ||
l2domain=="edu")
ignore=3;
for(int i=dotsplits.size()-ignore;i>=0;i--)
{
std::string domain=dotsplits[i];
for(int j=i+1;j<dotsplits.size();j++) {
domain=domain+"."+dotsplits[j];
}
if (cfgFlag & CFG_CHECK_WHITE)
{
ConfigRuleMap::iterator it_White=this->m_ConfigWhiteRules.find(domain);
if(it_White!=m_ConfigWhiteRules.end())
{
bFind = true;
return 0;
}
}
if (cfgFlag & CFG_CHECK_VIDEO)
{
ConfigRuleMap::iterator it_video=map_VideoState.find(domain);
if(it_video!=map_VideoState.end())
{
strMatchHost = domain;
bFind = true;
return it_video->second;
}
}
}
return 0;
}
Logger* Logger::getCategoryLogger(const std::string& category)
{
if (!enabled)
return 0;
// search existing Logger
ReadLock rdLock(rwmutex);
loggers_type::iterator lower_bound_it = getCacheLoggers().begin();
while (lower_bound_it != getCacheLoggers().end()
&& (*lower_bound_it)->getCategory() < category)
++lower_bound_it;
if (lower_bound_it != getCacheLoggers().end()
&& (*lower_bound_it)->getCategory() == category)
return *lower_bound_it;
// Logger not in list - change to write-lock
rdLock.unlock();
WriteLock wrLock(rwmutex);
// we have to do it again after gaining write-lock
lower_bound_it = getCacheLoggers().begin();
while (lower_bound_it != getCacheLoggers().end()
&& (*lower_bound_it)->getCategory() < category)
++lower_bound_it;
if (lower_bound_it != getCacheLoggers().end()
&& (*lower_bound_it)->getCategory() == category)
return *lower_bound_it;
// Logger still not in list, but we have a position to insert
log_level_type base_level = getBaseLogLevel(category);
// insert the new Logger in list and return pointer to the new list-element
return *(getCacheLoggers().insert(lower_bound_it, new LoggerImpl(category, base_level)));
}
