sassman

A cargo subcommand that handles code signing, notarization, and update signatures for Rust binaries across macOS, Windows and Linux

18
0
100% credibility
Found Mar 13, 2026 at 17 stars -- GitGems finds repos before they trend. Get early access to the next one.
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AI Analysis
Rust
AI Summary

A Cargo subcommand that simplifies signing, notarizing, and verifying Rust binaries for secure distribution across macOS, Windows, and Linux.

How It Works

1
🔍 Find the signing helper

You discover a friendly tool that makes your homemade apps trusted and safe to run on any computer, like adding a secure seal.

2
📦 Add the tool to your kit

You easily bring the tool into your Rust workspace so it's ready whenever you build apps.

3
🧙 Set up your security seals

A simple wizard asks what computers you care about and helps you prepare the right certificates to prove your apps are safe.

4
Pick your computer types
🍎
Apple computers

Seal and approve your app bundle so it runs smoothly without warnings.

🪟
Windows

Add a trusted mark to your program so users feel safe installing it.

🐧
Linux

Attach a personal guarantee to your package so everyone knows it's from you.

5
Double-check readiness

Run a quick test to confirm all your security pieces are in place and working perfectly.

6
Apply the seals

With one go, the tool adds secure signatures to your ready apps, making them official and trustworthy.

🚀 Apps ready to share

Your programs now carry trusted seals, so users can download and run them confidently anywhere.

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Star Growth

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AI-Generated Review

What is cargo-codesign-rs?

Cargo-codesign-rs is a Rust cargo subcommand that handles code signing, notarization, and update signatures for Rust binaries across macOS, Windows, and Linux. Install it via `cargo install cargo-codesign`, run `cargo codesign init` to generate a `sign.toml` config, then use commands like `cargo codesign macos --app MyApp.app` or `cargo codesign windows` to sign release builds automatically. It solves the hassle of platform-specific signing tools in CI/CD by discovering binaries via cargo metadata and verifying credentials with `cargo codesign status`.

Why is it gaining traction?

It stands out as a cargo custom subcommand that unifies multi-platform signing—macOS notarization/stapling, Azure Trusted Signing for Windows, cosign/minisign/GPG for Linux—without manual scripting. Generate ready-to-use GitHub Actions workflows with `cargo codesign ci` for cargo github actions integration, pulling secrets like cargo github token. Developers like the guided init, dry-run mode, and verify command for quick iteration.

Who should use this?

Rust devs building cross-platform CLI tools or apps who release via cargo github repo and GitHub Actions. Ideal for indie maintainers handling macOS DMGs, Windows EXEs, and Linux tarballs without deep platform expertise. Skip if you're only on one OS or prefer cargo-leptos github-style web deploys.

Verdict

Promising rust cargo subcommand for cargo dependency from github pipelines, but at 12 stars and 1.0% credibility score, it's early-stage—docs in the book are solid, tests forbid unsafe code. Try for prototypes; monitor for production as it matures.

(187 words)

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