In computer science, various data structures help in arranging data in different forms. Among them, trees are widely used abstract data structures that simulate a hierarchical tree structure. A tree usually has a root value and subtrees that are formed by the child nodes from its parent nodes. Trees are non-linear data structures.
A binary tree is a tree-type non-linear data structure with a maximum of two children for each parent. Every node in a binary tree has a left and right reference along with the data element. The node at the top of the hierarchy of a tree is called the root node. The nodes that hold other sub-nodes are the parent nodes.
A parent node has two child nodes: the left child and right child. Hashing, routing data for network traffic, data compression, preparing binary heaps, and binary search trees are some of the applications that use a binary tree.
This knowledge is applied to the solving of each task therein in this repository.
- Allowed editors:
vi,vim,emacs. - All files will be compiled on
Ubuntu 20.04LTS using gcc, using the options-Wall -Werror -Wextra -pedantic -std=gnu89. - All files should end with a new line.
- A
README.mdfile, at the root of the folder of the project, is mandatory. - Coding Style;
- Betty style. It will be checked using
betty-style.plandbetty-doc.pl
- Betty style. It will be checked using
- Use of the standard library is not allowed.
- The prototypes of all functions should be included in your header file called
binary_trees.h. - No more than 5 functions per file.
- The use of global variables is not allowed.
- All header files should be include guarded
This is an ALX Holberton School project, it was done in a team of two people indicated below;