#networking #helper #npcap #cross-platform #low-level #packet #windows

nex-npcap-helper

Helper crate for managing the installation of npcap on Windows, providing essential support for the nex

3 releases (breaking)

0.9.0 May 4, 2024
0.8.0 Apr 8, 2024
0.7.0 Mar 24, 2024

#147 in #packet

Download history 12/week @ 2024-09-23

198 downloads per month

MIT license

25KB
438 lines

nex

Cross-platform networking library in Rust

Crates.io Documentation License

Overview

nex is a Rust library that provides cross-platform low-level networking capabilities.
It includes a set of modules, each with a specific focus:

  • datalink: Datalink layer networking.
  • packet: Low-level packet parsing and building.
  • packet-builder: High-level packet building.
  • socket: Socket-related functionality.

Upcoming Features

The project has plans to enhance nex with the following features:

  • More Protocol Support: Expanding protocol support to include additional network protocols and standards.
  • Performance Improvements: Continuously working on performance enhancements for faster network operations.

Usage

To use nex, add it as a dependency in your Cargo.toml:

[dependencies]
nex = "0.9"

Using Specific Sub-crates

You can also directly use specific sub-crates by importing them individually.

  • nex-datalink
  • nex-packet
  • nex-packet-builder
  • nex-socket

If you want to focus on network interfaces, you can use the netdev.

for Windows Users

Please note that in order to send and receive raw packets using nex-datalink on Windows, npcap is required.

  1. Install Npcap, making sure to check Install Npcap in WinPcap API-compatible Mode during the installation.

  2. Download the Npcap SDK. Add the SDK's /Lib/x64 (or /Lib) folder to your LIB environment variable.

To simplify the process of downloading and installing npcap, you can use nex-npcap-helper. This crate facilitates the download and installation process, which can be helpful when distributing applications that utilize nex-datalink on Windows.

Dependencies

~0–14MB
~175K SLoC