size_t size() const
{
size_t size = 0;
m_cs.Enter();
size = m_queue.size();
m_cs.Exit();
return size;
}
bool dequeue( _Tx *out )
{
bool success = false;
m_cs.Enter();
if (m_queue.size() > 0) {
*out = m_queue.front();
m_queue.pop();
success = true;
}
m_cs.Exit();
return success;
}
void ProfileSection::AddProfileToMap(const std::string& profileName){
profileCritSec.Enter();
ProfileMapIterator profileEntry = s_profileMap.find(profileName);
//if entry exists, increment existing entry
if (profileEntry != s_profileMap.end()){
ProfileReport& existingProfile = (profileEntry->second);
//assumes elapsed time already set
existingProfile.m_totalElapsedTime += elapsedTime;
existingProfile.m_numCalls++;//= numCalls;
existingProfile.SetAverageElapsedTime();
}
else{
//numCalls++;
//add entry
s_profileMap.insert(ProfileEntry(profileName, ProfileReport(profileName, totalElapsedTime, numCalls)));
//Access violation reading location 0xBAADF00D. serious memory corruption here O.o
}
profileCritSec.Exit();
}
//printing the report
std::string ProfileMapToString(){
//PROFILE_SECTION();
profileCritSec.Enter();
//IntVec2 startReportPos = IntVec2(50, 800);
std::string outputProfileMap ="\n//===========================================================================================================\n";
ProfileReports profileReportsInMap;
if (CreateProfileReportsFromProfileMap(profileReportsInMap, true)) {
for (ProfileReport& report : profileReportsInMap) {
outputProfileMap += report.ProfileReportToString();
}
}
//clear profile map
s_profileMap.clear();
outputProfileMap += "\n//===========================================================================================================\n";
profileCritSec.Exit();
return outputProfileMap;
}
void enqueue( _Tx &item )
{
m_cs.Enter();
m_queue.push( item );
m_cs.Exit();
}
~CriticalSectionScope(){
critSec->Exit();
}
