Explore the full potential of C++ by mastering the standard library.

Become a C++ Programmer

The C++ standard library is a collection of all the tools and utilities available in C++. It received its latest update in 2017, known as C++17. The update introduces many new features that further optimize our code. This module will help us fully grasp C++ and use it to its full potential.

C++ Standard Library

Here are the 77 algorithms with parallelized versions. 

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|-|-|-|
| std::adjacent_difference| std::adjacent_find| std::all_of | 
| std::any_of |  std::copy| std::copy_if | 
| std::copy_n| std::count | std::count_if | 
| std::equal | std::exclusive_scan | std::fill | 
| std::fill_n | std::find | std::find_end | 
| std::find_first_of | std::find_if | std::find_if_not| 
| std::for_each | std::for_each_n | std::generate| 
| std::generate_n| std::includes | std::inclusive_scan | 
| std::inner_product| std::inplace_merge| std::is_heap | 
| std::is_heap_until | std::is_partitioned | std::is_sorted| 
| std::is_sorted_until | std::lexicographical_compare | std::max_element| 
| std::merge | std::min_element| std::minmax_element| 
| std::mismatch| std::move | std::none_of | 
| std::nth_element | std::partial_sort| std::partial_sort_copy | 
| std::partition| std::partition_copy | std::reduce | 
| std::remove | std::remove_copy| std::remove_copy_if| 
| std::remove_if | std::replace | std::replace_copy| 
| std::replace_copy_if| std::replace_if | std::reverse| 
| std::reverse_copy| std::rotate| std::rotate_copy | 
| std::search| std::search_n| std::set_difference |  
| std::set_intersection | std::set_symmetric_difference| std::set_union| 
| std::sort | std::stable_partition | std::stable_sort|  
| std::swap_ranges| std::transform | std::transform_exclusive_scan | 
| std::transform_inclusive_scan | std::transform_reduce | std::uninitialized_copy | 
| std::uninitialized_copy_n | std::uninitialized_fill| std::uninitialized_fill_n| 
| std::unique | std::unique_copy |
<p> <strong> The 77 algorithms with parallelised versions </strong> </p>

> ℹ️ **Availability of the Parallel STL** 
>\
> As far as I know, at the time this book is being updated to C++17 (October 2017), there is no standard-conforming implementation of the parallel STL available yet. Therefore, you have to install third-party frameworks such as HPX. The [HPX (High-Performance ParalleX)](http://stellar.cct.lsu.edu/projects/hpx/) is a framework that is a general-purpose C++ runtime system for parallel and distributed applications of any scale. HPX has already implemented the parallel STL in a different namespace.  

A list of all the algorithms which can be parallelized.

Algorithms with Parallelized Versions