RUST FOR MAC M1 FULL
RUST FOR MAC M1 CODE
RUST FOR MAC M1 PROFESSIONAL
RUST FOR MAC M1 MAC

Sign the wheel from the contributor's trusted machine.įurther, this situation is temporary: once GitHub Actions supports Apple Silicon, we will use CI to automate building ARM wheels.Expanded automation of the build and publish process.This way, we do not ever block releases by having access to the contributor's M1 machine. The ARM wheel may take an extra 1-2 days to be published. Communicated with users that Apple Silicon support is 'best-effort'.We took some steps to make this more sustainable: Here, we can provide a much better experience for Apple Silicon users for little work, while we wait for the CI ecosystem to improve. We often remind ourselves 'Do not let perfect be the enemy of good', and we are passionate about prioritizing an excellent experience for users.

RUST FOR MAC M1 FULL

However, successful open source projects are full of tradeoffs between purity vs. Instead, we went with the simplest solution: build the Apple Silicon wheel locally with an M1 machine from one of our core contributors, rather than using CI.Īdmittedly, this solution is not very sustainable in the long run: we are coupling our release process to a single contributor's machine, along with increasing the risk that a misconfigured developer machine results in an incompatible wheel. While cross-compilation is promising, we decided to prioritize other project improvements instead of spending the time getting it working. For example, the FFI library we use, PyO3, requires a compiled Python interpreter for the target platform. However, cross-complication can be non-trivial. Rust has strong support for cross-compilation. building for macOS ARM from macOS x86_64. Rejected solution: cross-compilationĬross-compilation allows you to build a native binary for a platform different than the host platform, e.g. We also wanted to avoid the performance hit from Rosetta, given that Pants aims to speed up your build experience. However, Pants is the ergonomic build system, and it should Just Work out of the box. It has been possible to run Pants using Rosetta (by running arch -x86_64). However, GitHub Actions and other CI providers do not yet support Apple Silicon. Normally, we could simply build the wheel with GitHub Actions, which is how we build for macOS x86_64 and Linux. Although, we do provide a way for motivated users to build their own wheel.) However, Pants's Rust extension can take up to 15-25 minutes to build and it requires having modern Rust installed locally, so we do not yet distribute an sdist. (It's also possible to release Python programs as an 'sdist', where the user builds the native extension locally.

RUST FOR MAC M1 CODE

This native code means that we must distribute a distinct binary-as a Python 'wheel' file-for every platform we support: Linux x86_64, macOS x86_64, and now macOS arm64. Pants is distributed as a Python program, but with a native extension written in Rust for performance and parallelism.

RUST FOR MAC M1 MAC

As a game that has been available since 2013 on Early Access, it has amazed its fair share of negative reviews from players unhappy with their unfinished state and bugs.Pants 2.5+ now supports Apple Silicon natively-including the M1 processor on new MacBooks, Mac Minis, and iMacs-without needing Rosetta. Rust aggregated reviews can be misleading. It was notorious for being a difficult game to run and several bugs.īut throughout its ups and downs, Facepunch Studios has always secured a Mac version for the game, including Metal support and more recently M1 Apple Silicon support. Rust was first released on Steam Early Access in 2013. But that is no longer the case thanks to Apple’s new M1 Macs. It is worth noting that according to these system requirements, almost no Mac with integrated graphics should be able to run Rust. These are the game’s official Mac requirements: RequirementsĪ 64-Bit OS and Metal support are required You can also join our Discord to request a game or talk with other M1 Mac users. If you’re interested in testing games on your own M1 Mac, you can use this form:

To take our M1 benchmarks and compatibility tests to the next level, we definitely need your support! We usually aim for 30 FPS, because 30 FPS is enough to guarantee a smooth and fluid experience for most casual gamers.

RUST FOR MAC M1 PROFESSIONAL

60+ FPS: Very Smooth: For hardcore and professional players, a luxury for most.45-60 FPS: Smooth: Fluid gameplay, with no perceivable stutters.

30-45 FPS: Playable: Acceptable for most (most gaming consoles do this).

20-30 FPS: Borderline: Can be OK in slow-paced games.

Below 20 FPS: Unplayable: Laggy gameplay, full of stutters and slowdowns.

As a reminder, this is how we describe the different levels of performance:

Rust for mac m1