A high-performance C++ web and enterprise application framework with embedded HTTP server, ORM, and support for multiple server backends.
ffead-cpp is a web and enterprise application framework for C++ that provides an embedded HTTP/WebSocket server, ORM, serialization, and support for multiple server backends. It solves the problem of building high-performance, feature-rich server applications in C++ by offering a cohesive set of modules for web development, database integration, and configuration management.
C++ developers building high-performance web servers, enterprise applications, or real-time services that require HTTP compliance, database ORM, and advanced features like dependency injection and serialization.
Developers choose ffead-cpp for its all-in-one approach to C++ web development, combining an embedded server with ORM, caching, and reflection in a single framework. Its support for multiple I/O engines, server backends, and annotation-based configuration offers flexibility and performance, making it a unique alternative to piecing together disparate C++ libraries.
Framework for Enterprise Application Development in c++, HTTP1/HTTP2/HTTP3 compliant, Supports multiple server backends
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Supports HTTP/1.1, HTTP/2, and HTTP/3 via embedded server and integrations with nghttp2, quiche, Apache, Nginx, and others, offering deployment flexibility as listed in the features table.
Provides SDORM for both SQL and NoSQL databases like PostgreSQL and MongoDB, with raw access options, simplifying database interactions in C++ applications.
Enables automatic marshalling/unmarshalling of C++ POCO classes to JSON, XML, or binary formats, reducing boilerplate code for data handling, as highlighted in the README.
Uses #pragma directives for Java-style annotations, allowing configuration without extensive XML, which is emphasized as a differentiating feature in the README.
Utilizes modern APIs like io_uring, epoll, and kqueue for cross-platform efficiency, contributing to its high ranking in Techempower benchmarks.
Requires installing multiple prerequisites and supports various build systems (e.g., cmake, autoconf, bazel), which the README acknowledges can be time-consuming with detailed OS-specific instructions.
As a specialized C++ framework, it has fewer community resources and third-party extensions compared to popular web frameworks, potentially increasing development time for custom integrations.
Some capabilities, like embedded HTTP/2.0 support, are marked as experimental in the README, making them risky for production-critical applications.
The use of custom #pragma annotations and extensive configuration options requires familiarity with the framework's conventions, which may deter developers used to simpler setups.