A high-performance C webserver and GraphQL server designed to outperform alternatives across all languages.
Agoo-C is a high-performance webserver and GraphQL server written in C, designed to deliver exceptional speed and efficiency for web and API services. It aims to outperform other servers across all programming languages by leveraging optimized C code and a focus on raw performance. The project addresses the need for ultra-fast, low-latency server solutions in demanding production environments.
Developers and organizations building high-performance web applications, GraphQL APIs, or microservices where speed and efficiency are critical, such as in real-time systems or high-traffic platforms.
Developers choose Agoo-C for its proven benchmark-leading performance, dual capability as both a webserver and GraphQL server, and the efficiency gains from its C implementation. Its unique selling point is its ambition to be the fastest server available, validated by independent performance tests.
Agoo webserver in C.
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Independent benchmarks cited in the README validate Agoo-C as the best performing webserver and GraphQL server across all languages, targeting top-tier performance.
Includes built-in GraphQL support with example handlers for queries and mutations, reducing the need for additional layers in high-performance APIs.
Written in C for maximum performance and low-level control, requiring only a C11 compiler or gcc-7 to build, as stated in the installation instructions.
Installation is straightforward with a single 'make' command, placing libraries in 'lib' and headers in 'include' directories for easy integration.
The README explicitly notes it's a new project requiring feedback, indicating potential bugs, incomplete features, and uncertain long-term viability.
Only two basic examples (simple webserver and GraphQL) are provided, lacking comprehensive guides, API references, or advanced use case coverage.
Development and debugging require C expertise, increasing the risk of memory management errors and limiting accessibility for teams accustomed to higher-level languages.