A C99 wrapper library that simplifies the BSD sockets API with a cleaner, configuration-driven interface.
socket99 is a C99 wrapper library that provides a cleaner, more intuitive interface to the BSD sockets API. It simplifies common networking tasks like creating TCP or UDP sockets by replacing multiple low-level functions with a single configuration-driven call, reducing boilerplate code and potential errors. The library is designed for POSIX environments and leverages C99 features like designated initializers for readable configuration.
C developers working on networked applications who want a simpler, safer alternative to the raw BSD sockets API, especially those targeting POSIX systems and using modern C99 compilers.
Developers choose socket99 because it drastically reduces the complexity and verbosity of socket programming in C, offering a type-safe, configuration-based approach that minimizes common pitfalls while supporting a wide range of protocols and options.
Wrapper library for the BSD sockets API with a nicer C99 interface
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Replaces verbose sequences like getaddrinfo, socket, and connect with a single socket99_open call, drastically reducing boilerplate code as shown in the README's example configuration.
Leverages C99 designated initializers for a clean, hash-like struct setup, making socket options readable and less error-prone compared to manual argument passing.
Handles TCP, UDP, and Unix domain sockets for both stream and datagram modes, covering most common networking needs without extra libraries.
Allows setting socket options via the configuration struct, integrating setsockopt functionality seamlessly for blocking/non-blocking modes and other tunings.
Explicitly requires a POSIX environment, limiting use on non-POSIX systems like Windows without compatibility layers, which the README acknowledges with a casual tone.
Focuses on common use cases; the README notes it avoids esoteric socket functionalities, so developers needing multicast, raw sockets, or custom protocols must fall back to the raw API.
Beyond basic examples, the README points users to the header file and test code for details, lacking comprehensive guides on error handling or advanced scenarios.