This repo is a personal, cutted implementation of the Standard Template Library(STL), which was once part of my data structure course project and is now distributed separately.

• allocator

  • The memory allocator used by the STL data structure.

• type_traits

  • A number of c++ templates to get features of the type as well as manipulate the type.

• construct

  • The object constructor and deconstructors.

• uninitialized

  • Universal object memory manipulation utils.

• rbtree

  • The efficient but tricky red-black-tree.

  • It's the underlying data structure of map and set.

• heap

  • A simple wrapper on the container, making it a heap.

  • It's the underlying data structure of priority_queue.

• pair

  • Combine any two objects together and create a new combination type.

  • The iterator of map and set use this.

• array

  • Just an array, nothing special.

• vector

  • Dynamic array, auto-resizing, contiguous storage.

  • Random access -> O(1)

• list

  • Double link list, auto-resizing.

  • Insert/Delete at any position -> O(1)

• deque

  • Double-end queue, with the two ends supporting push/pop operations.

  • Push/pop at queue front -> O(1) (Compared to vectors O(n))

  • The coefficient of time complexity is larger than vector, because it does much more operations to maintain the queue.

• queue

  • FIFO queue, push to the end, pop on the front.

  • Use deque as container by default

• stack

  • LIFO container, push/pop to the top.

  • Use deque as container by default

• priority_queue

  • Just like a heap, push into the heap, pop the element with the highest priority.

• set

  • Just like the set in Mathematics. The key of any two elements is not allowed to be equal.

  • Access, insert, delete by key -> O(log n)

• map

  • Just like the set, but each element comes with a value.

• algorithm

  • Some container-independent algorithms

• functional

  • function object

• tuple

  • like pair, but can store any number of argument

These don't exists in the real STL, but I'd like to implement them.

• BigIngeter

  • Support very large number calculations

  • Use FFT algorithm to do large integer multiplications

• disj_set

  • disjoint set

• const iterator

• reverse iterator

• Any features exist in the real STL, but no implementation here.

• 《STL源码解析》——侯捷
• GNU ISO C++ Library 9.2.0