The C Data Structure Library is a comprehensive collection of commonly used data structures implemented in the C programming language. This library provides developers with ready-to-use implementations of linked lists, queues, and stacks, empowering them to efficiently manage and manipulate data in their C projects.

The library includes a flexible and efficient linked list implementation. Linked lists offer dynamic memory allocation and efficient insertion/deletion operations, making them suitable for scenarios where data elements need to be dynamically managed. The linked list module provides functions for creating, inserting, deleting, searching, and traversing linked lists.

Along with a linked list, it provides a versatile queue implementation that follows the first-in, first-out (FIFO) principle. Queues are particularly useful for managing data in scenarios that require sequential processing. The queue module offers functions for enqueueing, dequeueing, checking the queue's emptiness or size, and retrieving the front element.

Lastly, the library includes a stack implementation that adheres to the last-in, first-out (LIFO) principle. Stacks are widely used for managing function calls, expression evaluation, and other related operations. The stack module supports push, pop, peek, and size-related operations.

The library is accompanied by thorough documentation generated using Doxygen. The documentation provides a clear and structured reference guide for each data structure, including detailed explanations of the available functions, their parameters, return values, and usage examples. Developers can easily navigate through the documentation to understand the library's APIs and effectively integrate the data structures into their own projects.

The C Data Structure Library offers a convenient and reliable solution for developers seeking efficient and tested implementations of linked lists, queues, and stacks in C. With its comprehensive test suite and well-documented APIs, the library saves development time, reduces the likelihood of bugs, and enables developers to focus on building higher-level functionality using these foundational data structures.