std::string getSurlsList()
{
std::string builtList;
if(m_surls.empty())
{
return builtList;
}
std::set<SurlPtr>::const_iterator const vectorEnd = m_surls.end();
bool first = true;
for (std::set<SurlPtr>::const_iterator i = m_surls.begin(); i != vectorEnd; ++i) {
Surl* current = i->get();
if(first)
{
first = false;
}
else
{
builtList += ' ';
}
builtList += current->getSurl();
}
return builtList;
}
bool operator< (Surl other) const {
return m_surlString.size() < other.getSurl().size();
}
void storm::BolStatusRequest::loadFromDB(struct srm_dbfd* db){
srmlogit(STORM_LOG_DEBUG, "storm::BolStatusRequest::loadFromDB", "R_token: %s\n", m_requestToken.c_str());
std::string query("");
if(m_surls.size() > 0)
{
query += "SELECT r.client_dn, r.status, r.errstring, r.remainingTotalTime, "
" c.sourceSURL , s.fileSize , s.estimatedWaitTime , "
" s.remainingPinTime , s.statusCode , s.explanation"
" FROM request_queue r JOIN (request_BoL c, status_BoL s) ON "
"(c.request_queueID=r.ID AND s.request_BoLID=c.ID) "
"WHERE r.r_token=" + sqlFormat(m_requestToken) + " and c.sourceSURL in (";
bool first = true;
std::set<SurlPtr>::const_iterator const vectorEnd = m_surls.end();
for (std::set<SurlPtr>::const_iterator i = m_surls.begin(); i != vectorEnd; ++i) {
Surl* current = i->get();
if(first)
{
first = false;
}
else
{
query += " , ";
}
query += sqlFormat(current->getSurl());
}
query += ")";
}
else
{
query += "SELECT r.client_dn, r.status, r.errstring, r.remainingTotalTime, "
" c.sourceSURL , s.fileSize , s.estimatedWaitTime , "
" s.remainingPinTime , s.statusCode , s.explanation"
" FROM request_queue r JOIN (request_BoL c, status_BoL s) ON "
"(c.request_queueID=r.ID AND s.request_BoLID=c.ID) "
"WHERE r.r_token=" + sqlFormat(m_requestToken);
}
file_status_results_t results;
storm_db::vector_exec_query(db, query, results);
if (results.size() == 0)
{
if(m_surls.size() > 0)
{
srmlogit(STORM_LOG_INFO, "storm::BolStatusRequest::loadFromDB()",
"No tokens found for token %s and the requested SURLs\n", m_requestToken.c_str());
throw storm::token_not_found("No request found for token " + m_requestToken + " and the requested SURLs\n");
}
else
{
srmlogit(STORM_LOG_INFO, "storm::BolStatusRequest::loadFromDB()",
"No tokens found for token %s\n", m_requestToken.c_str());
throw storm::token_not_found("No request found for token " + m_requestToken + "\n");
}
}
fillCommonFields(results);
std::vector<file_status_result_t>::const_iterator const vectorEnd = results.end();
for (std::vector<file_status_result_t>::const_iterator i = results.begin(); i != vectorEnd; ++i) {
file_status_result_t currentResutl = *i;
storm::Surl surl(currentResutl["sourceSURL"].c_str());
BolTurl* turl;
if(currentResutl["fileSize"].empty())
{
turl = new BolTurl(surl);
}
else
{
turl = new BolTurl(surl, strtoull(currentResutl["fileSize"].c_str(),(char**)NULL,10));
}
if(currentResutl["statusCode"].empty())
{
srmlogit(STORM_LOG_ERROR, "storm::BolStatusRequest::loadFromDB()",
"Error,status code for SURL %s is empty. Continuing without filling SURLs informations.\n", currentResutl["targetSURL"].c_str());
delete turl;
continue;
}
turl->setStatus(static_cast<ns1__TStatusCode>(atoi(currentResutl["statusCode"].c_str())));
turl->setExplanation(currentResutl["explanation"]);
if(!currentResutl["estimatedWaitTime"].empty())
{
turl->setEstimatedWaitTime(atoi(currentResutl["estimatedWaitTime"].c_str()));
}
if(!currentResutl["remainingPinTime"].empty())
{
turl->setRemainingPinLifetime(atoi(currentResutl["remainingPinTime"].c_str()));
}
m_turls.insert(TurlPtr(turl));
}
}
