A TypeScript implementation of the C++ Standard Template Library (STL) with containers, algorithms, and functors.
TSTL (TypeScript-STL) is an open-source library that implements the C++ Standard Template Library (STL) in TypeScript. It provides a wide range of containers (like Vector, Map, Set), algorithms (sorting, searching), and utility classes (Pair, exceptions) to bring C++-like data structure and algorithm capabilities to JavaScript and TypeScript projects. It solves the problem of lacking standardized, efficient data structures in JavaScript by offering a familiar API from C++.
TypeScript and JavaScript developers who need robust, efficient data structures and algorithms, especially those with a background in C++ or those working on performance-sensitive applications.
Developers choose TSTL because it provides a comprehensive, type-safe implementation of the C++ STL, enabling them to use proven data structures and algorithms with TypeScript's type system. Its direct migration from C++ ensures API familiarity and reliability, making it a unique choice for projects requiring standardized container and algorithm libraries.
TypeScript-STL (Standard Template Library, migrated from C++)
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Provides all major C++ STL containers like Vector, Deque, and associative containers such as TreeMap and HashMap, as listed in the README, offering a comprehensive solution for advanced data structures.
Leverages TypeScript's type system for generic programming, ensuring that containers and algorithms are type-safe, as emphasized in the Key Features for improved code reliability.
Direct port of C++ STL APIs, making it ideal for developers transitioning from C++ to TypeScript, as stated in the project description to preserve familiar patterns.
Includes mutexes, semaphores, and other threading primitives, which are not standard in JavaScript, as shown in the Functors section for concurrent programming.
The library includes a wide range of containers and algorithms, which can significantly increase bundle size, affecting load times in web applications, with no built-in tree-shaking mentioned.
For developers unfamiliar with C++ STL, the API can be complex and non-idiomatic compared to JavaScript's native data structures, requiring additional learning and adaptation.
TSTL's custom data structures may not integrate smoothly with other JavaScript libraries that expect standard arrays or objects, necessitating conversion layers and increasing code complexity.