My structures (and algorithms)

This repository contains my implementations of some data structures and algorithms related with them.

Repository content

Binary Search Tree (my_bst)

BST class implements binary search tree data structure.

Map class based on BST implements key-value map (dictionary).

Performance and features:

• Lookup: O(log n)
• Insertion: O(log n)
• Deletion: O(log n)
• Stored pairs are sorted by key

Set class based on BST implements container of unique elements.

Performance and features:

• Lookup: O(log n)
• Insertion: O(log n)
• Deletion: O(log n)
• Stored elements are sorted by their values

Priority Queue (my_priority_queue)

priority_queue class implements priority queue, based on binary heap data structure.

Template parameter Container may be any container satisfy:

• Random access with operator[]
• Insertion in the end with push_back() method
• Deletion from the end with pop_back() method
• size() method returns size of container

By default Container = std::vector

Performance and features:

• Insertion (.push): O(log n)
• Deletion (.pop): O(log n)
• Top element access (.top): O(1)
• Top element is always the greatest

Queue and List (my_queue_list)

List implementation in list subdirectory. Queue implementations in queue subdirectory.

Queue support different base containers:

• std::vector (VectorQueue)
• list (ListQueue)

Stack (my_stack)

Stack implementation in stack subdirectory.

Stack support different base containers:

• std::vector (VectorStack)
• std::list (ListStack)

Vector (my_vector)

Vector implementation in vector subdirectory.

NOT TEMPLATED in some reason...

Performance and features:

• operator[]: O(1)
• .pushBack: O(1)
• .popBack: O(1)
• .find: O(n)
• .insert: O(n)
• .erase and .eraseBetween: O(n)
• .pushFront: O(n)
• .popFront: O(n)