A comprehensive collection of data structures and algorithms implemented in the Crystal programming language.
Crystalline is a library of data structures and algorithms specifically designed for the Crystal programming language. It provides implementations of essential containers like heaps, trees, queues, and stacks, along with algorithms for searching and graph processing. The project solves the problem of missing or fragmented data structure implementations in the Crystal ecosystem.
Crystal developers who need reliable, production-ready data structures and algorithms for their applications, particularly those working on performance-sensitive systems or complex data processing tasks.
Developers choose Crystalline because it offers a cohesive, well-tested collection of fundamental computer science implementations that are optimized for Crystal's type system and performance characteristics, saving them from having to build these components from scratch.
A collection of containers & algorithms for the Crystal programming language
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Emphasizes reliability and performance for real-world use, as highlighted in the project description, ensuring components are well-tested and optimized.
Provides essential containers like Heap, KD-Tree, and Trie that fill gaps in Crystal's ecosystem, saving developers from building from scratch.
Designed to mesh with Crystal's type system and performance traits, offering efficient implementations tailored for the language.
Released under the MIT license, allowing free use and modification in both personal and commercial projects without restrictive terms.
The README only lists contents and installation, lacking examples, API references, or guidance, which can slow down adoption and debugging.
Includes only KMP-Search and basic Search algorithms, missing common ones like sorting or advanced graph traversals, which might require additional libraries.
Tied to Crystal, a language with a smaller community, potentially leading to fewer updates, less support, and a narrower ecosystem compared to mainstream options.