int main(int argc, char ** argv)
{
QApplication app(argc, argv);
// TerminalWindow window;
// window.show();
testContainer();
return app.exec();
}
void Base::testContainers()
{
logInfoSkim<<"<<<<< CONTAINERS TESTS >>>>>";
Base::uint cyclesCount = 10000;
Base::uint megaCyclesCount = 10;
#ifdef DEBUG
cyclesCount /= 10;
megaCyclesCount = 4;
#endif
Base::uint* randArr = new Base::uint[cyclesCount];
for(Base::uint i=0; i < cyclesCount; i++)
randArr[i] = Base::rand(0,100000000);
std::map<Base::uint, Base::uint> stdmap;
#ifdef _MSC_VER
std::hash_map<Base::uint, Base::uint> stdhashmap;
#endif
Base::RedBlackTreeMap< Base::Pair<Base::uint, Base::uint> > rbtmap;
Base::HashTable< Base::Pair<Base::uint, Base::uint> > hashTable;
Base::HashMap< Base::Pair<Base::uint, Base::uint> > hashMap;
Base::HashArray< Base::Pair<Base::uint, Base::uint> > hashArray;
Base::SortedArray< Base::Pair<Base::uint, Base::uint> > sortedArray;
Base::RedBlackTreeMap< Base::Pair<Base::uint, Base::uint>, AllocatorWrapper<TCellDefragmentAllocator< Base::RedBlackTreeMapNodeT<Pair<Base::uint, Base::uint> >::Type > > > rbtmapCellAlloc;
double insertTime;
double eraseTime;
double findTime;
double iterationTime;
Base::uint summ = 0;
testStdContainer(stdmap, cyclesCount, megaCyclesCount, randArr, randArr, insertTime, eraseTime, findTime, iterationTime, summ);
logInfoSkim<<"std::map insert ns = " << insertTime * 1e9;
logInfoSkim<<"std::map erase ns = " << eraseTime * 1e9;
logInfoSkim<<"std::map find ns = " << findTime * 1e9;
logInfoSkim<<"std::map iteration ns = " << iterationTime * 1e9;
#ifdef _MSC_VER
testStdContainer(stdhashmap, cyclesCount, megaCyclesCount, randArr, randArr, insertTime, eraseTime, findTime, iterationTime, summ);
logInfoSkim<<"std::hash_map insert ns = " << insertTime * 1e9;
logInfoSkim<<"std::hash_map erase ns = " << eraseTime * 1e9;
logInfoSkim<<"std::hash_map find ns = " << findTime * 1e9;
logInfoSkim<<"std::hash_map iteration ns = " << iterationTime * 1e9;
#endif
if(testContainer(rbtmap, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"RedBlackTreeMap insert ns = " << insertTime * 1e9;
logInfoSkim<<"RedBlackTreeMap erase ns = " << eraseTime * 1e9;
logInfoSkim<<"RedBlackTreeMap find ns = " << findTime * 1e9;
logInfoSkim<<"RedBlackTreeMap iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! RedBlackTreeMap FAIL";
if(testContainer(hashTable, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"HashTable insert ns = " << insertTime * 1e9;
logInfoSkim<<"HashTable erase ns = " << eraseTime * 1e9;
logInfoSkim<<"HashTable find ns = " << findTime * 1e9;
logInfoSkim<<"HashTable iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! HashTable FAIL";
if(testContainer(hashMap, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"HashMap insert ns = " << insertTime * 1e9;
logInfoSkim<<"HashMap erase ns = " << eraseTime * 1e9;
logInfoSkim<<"HashMap find ns = " << findTime * 1e9;
logInfoSkim<<"HashMap iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! HashMap FAIL";
if(testContainer(hashArray, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"HashArray insert ns = " << insertTime * 1e9;
logInfoSkim<<"HashArray erase ns = " << eraseTime * 1e9;
logInfoSkim<<"HashArray find ns = " << findTime * 1e9;
logInfoSkim<<"HashArray iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! HashArray FAIL";
if(testContainer(sortedArray, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"SortedArray insert ns = " << insertTime * 1e9;
logInfoSkim<<"SortedArray erase ns = " << eraseTime * 1e9;
logInfoSkim<<"SortedArray find ns = " << findTime * 1e9;
logInfoSkim<<"SortedArray iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! SortedArray FAIL";
if(testContainer(rbtmapCellAlloc, cyclesCount, megaCyclesCount, randArr, randArr, stdmap, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"RedBlackTreeMap<uint, CellAllocator> time ns = " << insertTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<uint, CellAllocator> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<uint, CellAllocator> find ns = " << findTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<uint, CellAllocator> iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! RedBlackTreeMap<uint, CellAllocator> FAIL";
rbtmapCellAlloc.allocator().defragment();
if(testContainerVecrify(rbtmapCellAlloc, stdmap))
logInfoSkim<<"RedBlackTreeMap<uint, CellAllocator>::defragemnt OK ";
else
logInfoSkim<<"! RedBlackTreeMap<uint, CellAllocator>::defragemnt FAIL";
//rbtmapCellAlloc.clear();
std::map<Base::String, Base::uint> stdmapS;
Base::RedBlackTreeMap< Base::Pair<Base::String, Base::uint> > rbtmapS;
Base::HashTable< Base::Pair<Base::String, Base::uint> > hashTableS;
Base::HashMap< Base::Pair<Base::String, Base::uint> > hashMapS;
Base::HashArray< Base::Pair<Base::String, Base::uint> > hashArrayS;
Base::RedBlackTreeMap< Base::Pair<Base::String, Base::uint>, AllocatorWrapper<TCellDefragmentAllocator< Base::RedBlackTreeMapNodeT<Pair<Base::String, Base::uint>>::Type > > > rbtmapCellAllocS;
Base::String* randStrArr = new Base::String[cyclesCount];
for(Base::uint i=0; i < cyclesCount; i++)
randStrArr[i] << Base::rand(0,100000000);
testStdContainer(stdmapS, cyclesCount, megaCyclesCount, randStrArr, randArr, insertTime, eraseTime, findTime, iterationTime, summ);
logInfoSkim<<"std::map<String> time ns = " << insertTime * 1e9;
logInfoSkim<<"std::map<String> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"std::map<String> find ns = " << findTime * 1e9;
logInfoSkim<<"std::map<String> iteration ns = " << iterationTime * 1e9;
if(testContainer(rbtmapS, cyclesCount, megaCyclesCount, randStrArr, randArr, stdmapS, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"RedBlackTreeMap<String> time ns = " << insertTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String> find ns = " << findTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String> iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! RedBlackTreeMap<String> FAIL";
if(testContainer(rbtmapCellAllocS, cyclesCount, megaCyclesCount, randStrArr, randArr, stdmapS, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"RedBlackTreeMap<String, CellAllocator> time ns = " << insertTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String, CellAllocator> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String, CellAllocator> find ns = " << findTime * 1e9;
logInfoSkim<<"RedBlackTreeMap<String, CellAllocator> iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! RedBlackTreeMap<String, CellAllocator> FAIL";
rbtmapCellAllocS.allocator().defragment();
if(testContainerVecrify(rbtmapCellAllocS, stdmapS))
logInfoSkim<<"RedBlackTreeMap<String, CellAllocator>::defragemnt OK ";
else
logInfoSkim<<"! RedBlackTreeMap<String, CellAllocator>::defragemnt FAIL";
//rbtmapCellAllocS.clear();
if(testContainer(hashMapS, cyclesCount, megaCyclesCount, randStrArr, randArr, stdmapS, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"HashMap<String> time ns = " << insertTime * 1e9;
logInfoSkim<<"HashMap<String> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"HashMap<String> find ns = " << findTime * 1e9;
logInfoSkim<<"HashMap<String> iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! HashMap<String> FAIL";
if(testContainer(hashArrayS, cyclesCount, megaCyclesCount, randStrArr, randArr, stdmapS, insertTime, eraseTime, findTime, iterationTime, summ))
{
logInfoSkim<<"HashArray<String> time ns = " << insertTime * 1e9;
logInfoSkim<<"HashArray<String> erase ns = " << eraseTime * 1e9;
logInfoSkim<<"HashArray<String> find ns = " << findTime * 1e9;
logInfoSkim<<"HashArray<String> iteration ns = " << iterationTime * 1e9;
}
else
logInfoSkim<<"! HashArray<String> FAIL";
delete[] randArr;
/*
timer.dt();
Base::BiMap<float, float> crsp;
for(Base::uint i=1; i < Count; i++){
float f = float(rang[i]);
crsp.insert(isInserted, f, f);
}
logInfoSkim<<"BiMap insert time ns = %lf", timer.dt() * 1e9 / (Count-1));
timer.dt();
for(Base::uint i=1; i < Count; i+=2)
crsp.erase1((float)rang[i]);
logInfoSkim<<"BiMap erase time ns = %lf", timer.dt() * 1e9 / (Count/2));
timer.dt();
for(Base::uint i=1; i < Count; i++){
Base::BiMap<float, float>::Iterator n = crsp.find0(rang[i]);
if(n != crsp.end())
Assert(n.key0() == n.key1());
}
logInfoSkim<<"BiMap find time ns = %lf", timer.dt() * 1e9 / (Count-1));
logInfoSkim<<"for all summ %d" << " " << summ;
*/
logInfoSkim<<"summ " << summ;
logInfoSkim<<".";
}
