WriteResultPtr DBWriterI::writeWithKeys(const string& dbSrc, const string& pattern, const string& sql, const string& nameSpace,
const string& businessName, const MyUtil::StrSeq& keys, int op, int expireTime, const Ice::Current& current) {
MCE_INFO("[DBWriterI::writeWithKeys] dbSrc = " << dbSrc << ", pattern = " << pattern << ", sql = [" << sql << "], nameSpace = "
<< nameSpace << ", businessName = " << businessName << ", keys.size = " << keys.size() << ", op = " << op);
Statement sqlToExecute;
sqlToExecute << sql;
WriteResultInfoPtr writeResultInfoPtr = new WriteResultInfo();
try {
mysqlpp::SimpleResult simpleResult= QueryRunner(dbSrc, CDbWServer, pattern).execute(sqlToExecute);
MCE_INFO("[DBWriterI::writeWithKeys] dbSrc = " << dbSrc << ", pattern = " << pattern << ", sql = [" << sql << "], nameSpace = "
<< nameSpace << ", businessName = " << businessName << ", keys.size = " << keys.size() << ", op = " << op << " executed success");
bool loadTripodCacheOk = true;
if (!opTripodCache(nameSpace, businessName, keys, op, expireTime)) {
loadTripodCacheOk = false;
}
writeResultInfoPtr->setResult(simpleResult, loadTripodCacheOk);
} catch (mysqlpp::Exception ex) {
MCE_INFO("[DBWriterI::writeWithKeys] dbSrc = " << dbSrc << ", pattern = " << pattern << ", sql = [" << sql << "], nameSpace = "
<< nameSpace << ", businessName = " << businessName << ", keys.size = " << keys.size() << ", op = " << op << ", mysqlpp::exception = "
<< ex.what() << ", executed failure");
writeResultInfoPtr->setInfo(ex.what());
} catch (exception ex) {
MCE_INFO("[DBWriterI::writeWithKeys] dbSrc = " << dbSrc << ", pattern = " << pattern << ", sql = [" << sql << "], nameSpace = "
<< nameSpace << ", businessName = " << businessName << ", keys.size = " << keys.size() << ", op = " << op << ", exception = "
<< ex.what() << ", executed failure");
writeResultInfoPtr->setInfo(ex.what());
} catch (...) {
MCE_INFO("[DBWriterI::writeWithKeys] dbSrc = " << dbSrc << ", pattern = " << pattern << ", sql = [" << sql << "], nameSpace = "
<< nameSpace << ", businessName = " << businessName << ", keys.size = " << keys.size() << ", op = " << op << ", unknown exception"
<< ", executed failure");
writeResultInfoPtr->setInfo("unknown exception");
}
return writeResultInfoPtr;
}
MyUtil::IntSeq AccountFilterAdapter::GetIdBySHA256(const MyUtil::StrSeq &digests) {
try {
return getProxy(0)->GetIdBySHA256(digests);
} catch (Ice::Exception& e) {
MCE_WARN("AccountFilterAdapter::AddAccount Exception digest.size: "
<< digests.size() << " ,e: " << e.what());
}
return MyUtil::IntSeq();
}
MyUtil::IntSeq AccountFilterI::GetIdBySHA256(const MyUtil::StrSeq &digests, const Ice::Current ¤t) {
ostringstream oss;
oss << "digest.size: " << digests.size();
InvokeClient ic = InvokeClient::create(current, oss.str(), InvokeClient::INVOKE_LEVEL_DEBUG);
MyUtil::IntSeq result;
MyUtil::StrSeq::const_iterator it = digests.begin();
for(; it != digests.end(); ++it) {
if(it->size() != SHA256::HEX_SIZE || !MyUtil::StrUtil::isXDigit(*it)) {
MCE_WARN("AccountFilterI::GetIdBySHA256 invalid digest: " << *it << " ,size: " << it->size());
continue;
}
string digest_lower = MyUtil::StrUtil::toLower(*it);
int bucket = bucket_manager_.GetBucket(digest_lower);
DigestMap& digest_map = buckets_[bucket];
boost::shared_lock<boost::shared_mutex> read_lock(mutex_[bucket]);
DigestMap::iterator it_digest = digest_map.find(digest_lower);
if(it_digest != digest_map.end()) {
BOOST_FOREACH(int id, it_digest->second.ids) {
result.push_back(id);
}
}
}
bool DBWriterI::opTripodCache(const string& nameSpace, const string& businessName, const MyUtil::StrSeq& keys, int op, int expireTime) {
com::renren::tripod::TripodClient* client = getTripodClient(nameSpace, businessName);
try {
if (op == OP_INSERT) {
client->load(keys, expireTime, true);
} else if (op == OP_UPDATE) {
client->load(keys, expireTime, true);
} else if (op == OP_DELETE) {
client->deleteCache(keys, 2000);
}
} catch (Ice::TimeoutException ex) {
MCE_INFO("[DBWriterI::opTripodCache] nameSpace = " << nameSpace << ", businessName = " << businessName << ", keys.size = "
<< keys.size() << ", op = " << op << " exception = " << ex.what() << ", operate TripodCache failure");
} catch (exception ex) {
MCE_INFO("[DBWriterI::opTripodCache] nameSpace = " << nameSpace << ", businessName = " << businessName << ", keys.size = "
<< keys.size() << ", op = " << op << " exception = " << ex.what() << ", operate TripodCache failure");
return false;
} catch (...) {
MCE_INFO("[DBWriterI::opTripodCache] nameSpace = " << nameSpace << ", businessName = " << businessName << ", keys.size = "
<< keys.size() << ", op = " << op << " unknown exception, operate TripodCache failure");
return false;
}
return true;
}
void PvLogHandler::PushBack(const MyUtil::StrSeq& logs) {
IceUtil::Mutex::Lock lock(mutex_);
for (MyUtil::StrSeq::const_iterator it = logs.begin(); it != logs.end(); ++it) {
queue_.push(*it);
}
}
