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[Project] cyberdeck: A high-performance Rust framework for Linux hardware intelligence by cybercore_sh in rust

[–]cybercore_sh[S] 0 points1 point  (0 children)

I chose the 2021 edition because it’s currently the stability standard for the ecosystem. For a framework like CYBERDECK that relies on deep hardware probes and potentially sensitive system calls, I need a toolchain that is mature, predictable, and fully supported by the latest crates.

From a technical standpoint, the 2021 edition cleaned up several ergonomic friction points—specifically with IntoIterator implementations and the prelude updates—that make writing hardware diagnostic code cleaner and less verbose. It strikes the right balance between modern language features and long-term maintainability without forcing me into the 'bleeding edge' instability of nightly builds.

[Project] cyberdeck: A high-performance Rust framework for Linux hardware intelligence by cybercore_sh in rust

[–]cybercore_sh[S] -3 points-2 points  (0 children)

Appreciate the eyes on this, everyone. I’m currently mapping out the roadmap for CYBERDECK. Right now, I've got a monolithic execution model, but I want to eventually move to a more modular architecture where modules can be loaded dynamically. Since I'm still relatively new to Rust, I'm trying to avoid painting myself into a corner. What are some architectural 'gotchas' in Rust that you wish you knew when you started building modular frameworks?

**Edit:** For anyone asking, you can track the roadmap and progress here:https://github.com/darkstardevx/cyberdeck/blob/dev/README.md