A high-performance C++ template library of containers, algorithms, and iterators for runtime and tool development.
EASTL is the Electronic Arts Standard Template Library, a C++ template library offering containers, algorithms, and iterators for runtime and tool development. It is designed with a strong emphasis on high performance, making it suitable for applications across various platforms from embedded systems to servers. The library provides a robust and extensive implementation to meet the demands of performance-critical software.
C++ developers working on performance-sensitive applications, such as game engines, real-time systems, and cross-platform tools, who need optimized container and algorithm libraries.
Developers choose EASTL for its uncompromising focus on high performance, cross-platform compatibility, and robust implementations that outperform standard alternatives in demanding scenarios.
EASTL stands for Electronic Arts Standard Template Library. It is an extensive and robust implementation that has an emphasis on high performance.
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EASTL prioritizes speed and efficiency in all containers and algorithms, making it ideal for game engines and real-time systems, as evidenced by its use in EA's Frostbite engine.
Designed to work from embedded systems to servers, ensuring broad usability across diverse hardware, as stated in the README's emphasis on multiple platforms.
With years of maintenance and use in major products, EASTL offers a stable and extensive implementation, backed by contributions from experienced developers at Electronic Arts.
Available on Conan and vcpkg, simplifying dependency management and setup for modern C++ projects, as detailed in the README's installation instructions.
The README only points to an introduction document, lacking comprehensive examples and tutorials, which can hinder learning and adoption for new users.
Explicitly states that familiarity with C++ templates is necessary, making it inaccessible for developers without advanced C++ knowledge, as noted in the Usage section.
As an alternative to standard STL, EASTL may have API differences or missing features, requiring code adjustments and testing during migration.
Compared to the standard C++ STL, EASTL has fewer third-party integrations and community resources, relying more on EA's internal development and maintenance.