"ft_containers" is a C++ project that involves re-implementing some of the standard containers provided by the C++ Standard Template Library (STL). The project aims to recreate the functionalities of key containers, including Vector, Stack, and Map, to deepen your understanding of container design and data structures.
The "ft_containers" project involves implementing the following custom containers:
- Vector: A dynamic array that provides dynamic resizing and random access capabilities similar to std::vector in STL.
- Stack: A LIFO (Last-In, First-Out) data structure, similar to std::stack in STL.
- Map: An associative container that stores key-value pairs and maintains a sorted order based on keys, akin to std::map in STL.
The primary purpose of "ft_containers" is to enhance your understanding of data structures, algorithms, and container design principles in C++. By creating your custom versions of these STL containers, you'll gain insights into how they work under the hood, the underlying data representations, and the trade-offs made to achieve various functionalities.
The "ft_containers" project aims to achieve the following key learning objectives:
- Container Design: Understand the architecture and design of essential containers like Vector, Stack, and Map.
- Data Structures: Implement data structures to support container functionalities efficiently.
- Algorithms: Develop algorithms for container operations such as insertion, deletion, and searching.
- Iterators: Create custom iterators to traverse and manipulate container elements.
- Memory Management: Explore dynamic memory allocation and deallocation strategies for resizable containers.
In your project repository, you may find the following components:
- src: The folder containing the source code for your custom container implementations.
- includes: The folder containing the header files for your containers.
- tests: Test cases and scripts to validate the correctness of your container implementations.
The "ft_containers" project provides an exciting opportunity to delve into the inner workings of essential C++ STL containers. By completing this project, you'll enhance your C++ programming skills, deepen your knowledge of data structures and algorithms, and gain valuable insights into container design and implementation.
Happy coding! 🚀
(Note: Make sure to refer to the original project guidelines and requirements to ensure completeness and accuracy in your implementation.)