void test6(MyContainer& container)
{
MyTest *a = new MyTest(2,3,1,770,7000);
container.insert(a);
MyTest *b = new MyTest(2,3,2,880,8000);
container.insert(b);
MyTest *c = new MyTest(2,3,3,990,9000);
container.insert(c);
}
void test5(MyContainer& container)
{
MyTest *a = new MyTest(2,2,1,440,4000);
container.insert(a);
MyTest *b = new MyTest(2,2,2,550,5000);
container.insert(b);
MyTest *c = new MyTest(2,2,3,660,6000);
container.insert(c);
}
void test4(MyContainer& container)
{
MyTest *a = new MyTest(2,1,1,110,1000);
container.insert(a);
MyTest *b = new MyTest(2,1,2,220,2000);
container.insert(b);
MyTest *c = new MyTest(2,1,3,330,3000);
container.insert(c);
}
void missingsplit_write(const char *filename = "missingsplit.root") {
TFile *f = new TFile(filename,"RECREATE");
TTree *tree = new TTree("T","T");
MyContainer cont;
cont.Set(3);
tree->Branch("cont.",&cont);
tree->Fill();
f->Write();
delete f;
}
int main()
{
MyContainer c;
MyContainer::index<Tag1>::type& index1 = c.get<Tag1>();
MyContainer::index<Tag2>::type& index2 = c.get<Tag2>();
//! Add some values
for (int i = 0; i < 10; ++i) {
MyStruct s = { i, i * 2, i * 3 };
c.insert(s);
}
auto loop = [](const MyStruct& s){ std::cout << "{ " << s.a << ", " << s.b << ", " << s.c << " }" << std::endl; };
// Search in container
bool useIndex1 = true;
if (useIndex1) {
auto range = std::make_pair(index1.begin(), index1.end());
std::for_each(range.first, range.second, loop);
} else {
auto range = std::make_pair(index1.begin(), index1.end());
std::for_each(range.first, range.second, loop);
}
// Loop through range
//for (auto i = range.first; i != range.second; ++i)
// ;
IndexedFileInfo c1;
std::vector<MLLEntry::LoadableFilePair> fileInfo_03_08_12_23 = {
MLLEntry::LoadableFilePair("004.txt", "004.txt"),
MLLEntry::LoadableFilePair("005.txt", "005.txt"),
MLLEntry::LoadableFilePair("005.txt", "005.txt"),
};
// emplace construct MLLEntries
for (const auto& next : fileInfo_03_08_12_23) {
c1.emplace(MLLEntry::HRQuartet(3, 8, 12, 23), next);
}
IndexedFileInfo c2(std::move(c1));
IndexedFileInfo::index<composite>::type& index3 = c2.get<composite>();
IndexedFileInfo::index<dirfilter>::type& index4 = c1.get<composite>();
auto range = std::make_pair(index3.begin(), index3.end());
std::copy(range.first, range.second,
std::ostream_iterator<MLLEntry>(std::cout, "\n"));
auto range1 = std::make_pair(index4.begin(), index4.end());
std::copy(range1.first, range1.second,
std::ostream_iterator<MLLEntry>(std::cout, "\n"));
return 0;
}
int main()
{
MyContainer mycontainer;
test2(mycontainer);
test4(mycontainer);
test6(mycontainer);
test1(mycontainer);
test3(mycontainer);
test5(mycontainer);
mycontainer.print();
cout<<endl;
test_find(mycontainer);
cout<<endl;
mycontainer.free();
return 0;
}
void test_find(MyContainer& container)
{
container.find(MyIndex(1,1,1));
container.find(MyIndex(1,1,2));
container.find(MyIndex(1,1,3));
container.find(MyIndex(1,2,1));
container.find(MyIndex(1,2,2));
container.find(MyIndex(1,2,3));
container.find(MyIndex(1,3,1));
container.find(MyIndex(1,3,2));
container.find(MyIndex(1,3,3));
container.find(MyIndex(2,1,1));
container.find(MyIndex(2,1,2));
container.find(MyIndex(2,1,3));
container.find(MyIndex(2,2,1));
container.find(MyIndex(2,2,2));
container.find(MyIndex(2,2,3));
container.find(MyIndex(2,3,1));
container.find(MyIndex(2,3,2));
container.find(MyIndex(2,3,3));
}