With LFCM, you only need to provide a single definition of your configuration structure. The crate then automatically generates a fully functional struct that implements the necessary deserialization logic, allowing you to load configuration files with minimal boilerplate.

Features

Minimal Boilerplate: Define your config structure once and let the macro handle the rest.
Automatic Deserialization: Automatically implements the deserialization process for your structs.
Seamless Integration: Generated structure are rust-native structs and allow for strong typesafety and autocompletion.

Usage

use lfcm::config;

config!{
    name = Config;
    
}

fn main() {
    // Load configuration from a file (e.g., config.toml or config.json)
    let 

    println!("API Key: {}", config.api_key);
    println!("Port: {}", config.port);
    println!("Debug Mode: {}", config.debug_mode);
}

Installation

Add lfcm to your Cargo.toml:

[dependencies]
lfcm = "<whatever version you want, likely the current>"

License

LGPL-3.0

Disclaimer

This is currently a hobby project of mine. This has materialised out of the frustration of having to interact with either 'hard-to-use' or 'no-typesafe-and-no-autocomplete' configuration setups and depending on this frustration I will continue working on this library or not.