An optimized MSD radix sort implementation for fast string sorting in Go, outperforming standard library sort.
Yourbasic/radix is a Go library that provides an optimized implementation of MSD radix sort specifically designed for fast string sorting. It solves the performance problem of sorting large collections of strings by offering a specialized algorithm that can be more than twice as fast as the standard library's Quicksort implementation for string data.
Go developers who need to sort large collections of strings efficiently, particularly those working with text processing, data analysis, or applications where string sorting performance is critical.
Developers choose this library because it provides a production-ready, drop-in replacement for Go's standard sorting that offers significantly better performance for string data while maintaining predictable O(n+B) time complexity and O(n) space usage.
A fast string sorting algorithm (MSD radix sort)
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Implements MSD radix sort that can be more than twice as fast as Go's standard Quicksort for string sorting, as highlighted in the README for large collections.
Runs in O(n+B) worst-case time where n is string count and B is bytes inspected, offering consistent performance unlike Quicksort's variable O(n log n).
Uses only O(n) extra space while maintaining high speed, making it suitable for memory-conscious applications without sacrificing performance.
Provides a seamless replacement for Go's sort.Strings function, requiring minimal code changes for integration into existing projects.
The API is frozen with semantic versioning, ensuring long-term reliability and no breaking changes for production dependencies.
The library exclusively handles string sorting, making it unsuitable for other data types or mixed-data scenarios without additional workarounds.
Speed advantages are most significant on large, uniform string datasets; for small or highly variable strings, the benefit over standard sort may be negligible.
Lacks options for tuning, custom sorting logic, or support for concurrent sorting, which might be needed in complex applications beyond basic string ordering.