simpleTFTPS 1.0.0

a simple TFTP server written in rust with read and write callbacks

simpleTFTPS

simpleTFTPS is a high-performance TFTP (Trivial File Transfer Protocol) server written in Rust, providing seamless integration for C++ and Python through native bindings. It allows developers to implement custom GET and PUT logic via simple callbacks.

• Sources: all sources are available at https://gl2.aws.paperboat.cz/lazox12/pytftps, or at a mirror at https://github.com/Lazox12/simpleTFTPS

Features

• Core in Rust: Fast, safe, and concurrent TFTP engine.
• Unified Build: Simple Makefile to build everything (Rust, C++, Python).
• Easy Integration: Native bindings for C++ and Python.
• Customizable: Simple callback system to handle file requests and uploads.
• Multi-threaded: Handles multiple client requests simultaneously using Rust threads.
• Modern Python Support: Compatible with Python 3.7+ (GIL-safe).

Prerequisites

• Rust: Installation guide
• C++ Compiler: GCC (G++) or Clang supporting C++17
• Python: Python 3.7 or higher (for Python bindings)
• Make: To use the simplified build system
• libcurl: Required for integration tests

Quick Start

Build Everything

To build the Rust library, C++ examples, and Python extension:

make

Run All Tests

To run Rust unit tests, C++ integration tests, and Python integration tests:

make test

Clean Up

To remove all build artifacts:

make clean

Usage

C++

Include the header and link against the Rust static library. Use the run() function with your callbacks.

#include "simpletftps.hpp"

extern "C" char* my_get_callback(const char* file) {
    return strdup("Data content");
}

int main() {
    run(my_get_callback, nullptr, "127.0.0.1:6969");
    return 0;
}

Python

Import the module and run the server in a thread (as run is blocking).

import simpleTFTPS
import threading

def cb_get(file):
    return "File content"

threading.Thread(target=simpleTFTPS.run, args=("127.0.0.1:9001", cb_get, None), daemon=True).start()

Project Structure

• simpleTFTPS/: Rust implementation of the TFTP engine.
• include/: C++ header and Python binding implementation.
• tests/: Integration tests for C++, Python, and Rust.
• Makefile: Unified build system.

License

This project is licensed under the MIT License.