EASTL is a C++ template library of containers, algorithms, and iterators designed for high-performance runtime and tool development across multiple platforms.
The library addresses the need for a standards-compliant container and algorithm implementation optimized for performance-critical applications. It provides a familiar interface to developers accustomed to the C++ Standard Template Library, allowing them to write efficient template-based code without the overhead constraints of standard library implementations. The emphasis on performance means design decisions consistently prioritize speed and efficiency over other considerations.
EASTL suits any project where high-performance container operations matter, from embedded systems to large-scale applications. It is particularly valuable in game development and performance-sensitive tools where standard library implementations may introduce unacceptable overhead. The library is available through both Conan and vcpkg package managers, making integration straightforward for most modern C++ projects. Developers already familiar with STL will find EASTL's interface immediately recognizable, reducing the learning curve for adoption.
The project maintains active development with multiple maintainers sharing responsibility for the codebase. Contributions come from a distributed team with expertise across modern C++ standards and performance optimization. The project accepts community contributions through pull requests and maintains packages in popular dependency managers through collaborative efforts with the broader C++ ecosystem.
