C. Yes, by using a vector D. Yes, but only for specific types Show Answer 5. What is the time complexity of the 'erase' function for a set in C++? A. O(1) B. O(log n) C. O(n) D. O(n log n) Show Answer Pr
No compatible source was found for this media. stdsetmysetstdsetiterator itfor(inti=1;i<10;i++)myset.insert(i*20);it=myset.begin();++it;myset.erase(it);myset.erase(80);it=myset.find(60);myset.erase(it,myset.end());std::cout<<"myset contains:";for(it=myset.begin();it...
function in c++ stl set::erase() function in c++ stl set::empty() function in c++ stl set::emplace() function in c++ stl set::clear() function in c++ stl set::lower_bound() function in c++ stl set::upper_bound() function in c++ stl set::find() function in c++ stl converting ...
set::end set::equal_range set::erase set::find set::get_allocator set::insert set::key_comp set::lower_bound set::max_size set::operator= set::rbegin set::rend set::size set::swap set::upper_bound set::value_compnon-member overloads: relational operators (set) swap (set) Home...
erase: Erase elements (public member function ) clear: Clear content (public member function) swap: Swap content (public member function) Buckets bucket_count: Return number of buckets (public member function) max_bucket_count: Return maximum number of buckets (public member function) ...
C++11 unordered_set::erase C++11 unordered_set::find C++11 unordered_set::get_allocator C++11 unordered_set::hash_function C++11 unordered_set::insert C++11 unordered_set::key_eq C++11 unordered_set::load_factor C++11 unordered_set::max_bucket_count C++11 unordered_set::max_lo...
Complexity Constant. Iterator validity No changes. Data races The container is accessed (neither the const nor the non-const versions modify the container). Concurrently accessing the elements of asetis safe. Exception safety No-throw guarantee:this member function never throws exceptions. ...
Complexity Constant. Iterator validity All iterators, pointers and references remain valid, but now are referring to elements in the other container, and iterate in it. non-member overloads: operators (unordered_set) swap (unordered_set)
(N) time complexity, use with care auto calculate_size() const { return algo::size(_header.this_ptr()); } iterator erase(const_iterator i) { const_iterator ret(i); ++ret; node_ptr to_erase(i.pointed_node()); algo::erase(_header.this_ptr(), to_erase); algo::init(to_erase);...
Transformation operations are supported in all dup/cpy/cat functions, in order to both increase expressiveness and avoid unnecessary copies (e.g. tolower, erase, replace, etc.). E.g. you can both convert to lower a string in the same container, or copy/concatenate to another container. ...