Previously the macOS job relied on the runner's default target, which
produces a single architecture-dependent binary (currently uploaded as
patch-x86_64-apple-darwin.zip regardless of host). Explicitly build both
x86_64-apple-darwin and aarch64-apple-darwin so Apple Silicon hosts can
consume a native binary instead of hitting "Bad CPU type in executable"
when Rosetta is unavailable.
* ci: speed up Rust CI builds with caching and prebuilt tools
The Windows builder takes ~6min vs ~3min on Ubuntu, largely because
cargo-llvm-cov is compiled from source on every run. This adds
Swatinem/rust-cache for build artifact caching and switches to
taiki-e/install-action for prebuilt cargo-llvm-cov binaries.
Also fixes the undefined `inputs.shell` references by hardcoding `bash`.
* fix: add Swatinem and taiki to cspell dictionary
* ci: remove rust-cache, no measurable benefit for this project
Investigated cache hit/miss across 3 CI runs. Even with warm cache
hits (macOS/Windows), build times were unchanged or slightly slower
due to cache download/extract overhead (~39MB) outweighing the small
dependency compile time savings.
* ci: remove redundant cargo build step
Clippy already compiles all targets, so the explicit cargo build step
was redundant. The test step (cargo llvm-cov) also does its own
instrumented build, so nothing depended on the build step's artifacts.
* ci: try larger Windows runner for faster Rust builds
Switch from windows-latest (4 vCPU) to windows-latest-large (8 vCPU)
to see if the extra cores meaningfully speed up Rust compilation.
Windows builds currently take ~2x longer than macOS/Ubuntu.
* ci: use Namespace Windows runner (8 vCPU) instead of GitHub-hosted
Switch to nscloud-windows-2022-amd64-8x16 to test whether doubling
the cores from 4 to 8 meaningfully speeds up Rust compilation on
Windows, which currently takes ~2x longer than macOS/Ubuntu.
* fix: add nscloud to cspell dictionary
* ci: speed up Rust CI builds with caching and prebuilt tools
The Windows builder takes ~6min vs ~3min on Ubuntu, largely because
cargo-llvm-cov is compiled from source on every run. This adds
Swatinem/rust-cache for build artifact caching and switches to
taiki-e/install-action for prebuilt cargo-llvm-cov binaries.
Also fixes the undefined `inputs.shell` references by hardcoding `bash`.
* fix: add Swatinem and taiki to cspell dictionary
* ci: remove rust-cache, no measurable benefit for this project
Investigated cache hit/miss across 3 CI runs. Even with warm cache
hits (macOS/Windows), build times were unchanged or slightly slower
due to cache download/extract overhead (~39MB) outweighing the small
dependency compile time savings.
* style: fix clippy warnings and add clippy check to CI
Runs `cargo clippy --all-targets -- -D warnings` in the rust_crate CI
action to catch lint issues before they land.
Fixes: redundant field names, needless returns, unnecessary closures,
io_other_error, needless borrows, single_match, unnecessary_unwrap,
and adds missing safety docs.
* chore: add 'clippy' to cspell dictionary
* fix: make tests pass on Windows
* Run ci on all supported building OSes
* Add os name to CI step
* Build rust crates on all oses
* tweak
* Only run rust on multiple oses for now
* chore: add cspell checking and make pass
* chore(shorebird_code_push): minor improvements to example (#242)
* chore(shorebird_code_push): v2.0.2 (#243)
* chore: fix cspell
---------
Co-authored-by: Felix Angelov <felix@shorebird.dev>
dependabot[bot]