void RemoveThreadData(image_key_t iid, thread_key_t tid){
uint32_t h = HashThread(tid);
assert(threaddata.count(iid) == 1);
assert(datamap.count(iid) == 1);
assert(datamap[iid].count(tid) == 1);
ThreadData* td = threaddata[iid];
uint32_t actual = h;
while (td[actual].id != tid){
actual = (actual + 1) % (ThreadHashMod + 1);
}
td[actual].id = 0;
td[actual].data = 0;
}
bool SQLiteMgr::sessionConfigurate(const DataMap &data)
{
QSqlQuery query;
if( ! data.isEmpty() )
{
QString query_string;
for (auto i = 0; i < data.count(); i++) /// \warning TODO: БЫЛО <= ПРОВЕРИТЬ
{
query_string += "PRAGMA" + data.keys().at(i) + " = " + data.values().at(i) + " \n";
}
return query.exec(query_string);
}
return false;
}
uint64_t SetThreadData(image_key_t iid, thread_key_t tid, uint32_t typ){
uint32_t h = HashThread(tid);
assert(threaddata.count(iid) == 1);
assert(datamap.count(iid) == 1);
assert(datamap[iid].count(tid) == 1);
ThreadData* td = threaddata[iid];
uint32_t actual = h;
while (td[actual].id != 0){
actual = (actual + 1) % (ThreadHashMod + 1);
}
T d = datamap[iid][tid];
td[actual].id = (uint64_t)tid;
td[actual].data = (uint64_t)dataref(d);
if (typ == ImageType){
inform << "Image " << hex << iid << " thread " << tid;
} else {
inform << "Thread " << hex << tid << " image " << iid;
}
cout
<< " setting up thread data at index "
<< dec << actual << TAB << (uint64_t)td
<< " -> " << hex << td[actual].data
<< endl;
// just fail if there was a collision. it makes writing tools much easier so we see how well this works for now
if (actual != h){
warn << "Collision placing thread-specific data: slot " << dec << h << " already taken" << ENDL;
}
assert(actual == h);
return td[actual].data;
}