How does the hash table handle collisions?

The provided hash table implementation uses the djb2 algorithm for hashing and implements chaining (linked lists) to resolve key collisions.

Are the implementations optimized for performance?

The implementations follow algorithmic best practices, offering efficient time complexity for operations like O(1) array access and O(log n) BST searches.

Does this skill help prevent memory leaks in C?

Yes, the skill provides standardized patterns for the proper allocation and deallocation (freeing) of memory for all supported data structures.

Can I use this for complex data modeling?

Absolutely. It includes guidance on using structs and nested structures to model complex data relationships effectively in C.

Is this skill suitable for embedded systems development?

Yes, because it focuses on fundamental C implementations without heavy external dependencies, it is highly suitable for resource-constrained embedded environments.

C Data Structures

Name: C Data Structures
Author: TheBushidoCollective

byTheBushidoCollective

•

开发者工具

Implements memory-efficient fundamental C data structures including arrays, linked lists, trees, and hash tables with manual memory management.

关于

This skill empowers Claude to design and implement robust C data structures with a focus on manual memory management and pointer safety. It provides standardized, production-ready implementations for dynamic arrays, structs, singly and doubly linked lists, binary search trees, and hash tables. By following these established patterns, developers can ensure efficient data organization and manipulation in low-level systems programming while minimizing common pitfalls like memory leaks and segmentation faults.

主要功能

39 GitHub stars
Standardized manual memory management and pointer manipulation
Hash table implementation with djb2 hashing and collision chaining
Dynamic array implementations with automatic resizing
Singly and doubly linked list management with O(1) operations
Binary Search Tree (BST) insertion, search, and traversal

使用场景

Refactoring legacy C code to improve memory efficiency and performance
Implementing custom data storage and retrieval systems in C
Building high-performance low-level systems and utilities

关于

主要功能

39 GitHub stars
Standardized manual memory management and pointer manipulation
Hash table implementation with djb2 hashing and collision chaining
Dynamic array implementations with automatic resizing
Singly and doubly linked list management with O(1) operations
Binary Search Tree (BST) insertion, search, and traversal

使用场景

Refactoring legacy C code to improve memory efficiency and performance
Implementing custom data storage and retrieval systems in C
Building high-performance low-level systems and utilities