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The Komorebi License lets anyone distribute the source code but not binaries, so the flake has no public binary cache and the binaries of komorebi come only from this repository. The `build` job builds `komorebi` and `komorebic` with nix on every run, on ubuntu-24.04 and on ubuntu-24.04-arm, and keeps them as an artifact for 14 days; the arm64 job is `continue-on-error`. As nix builds them, the binaries load libc, libm and libgcc_s through the dynamic loader of the store and an RPATH into it, which only a machine with the same nixpkgs revision in its store has. The job points them at the system's loader at its standard path and drops the RPATH, with patchelf from the nixpkgs flake.lock pins, then runs `--version` on the Ubuntu runner to check that they start. Built from the locked nixpkgs (d3b13ad), the newest glibc symbol version they need is 2.39, the glibc of Ubuntu 24.04. The `publish` job runs on a `v*` tag, and on a scheduled or manual run on master, once lint, vm-fast and build have passed. It zips the two binaries of each architecture as `komorebi-<version>-<target>.zip` (an architecture whose build failed is left out with a warning), adds schema.json, the schema of komorebi.json, when the repository has one (it does), and writes checksums.txt with sha256sum. The release notes are kokai's, from the commit messages since the previous version tag, as komorebi for Mac writes them; kokai is not in nixpkgs, so cargo installs it, pinned at 0.3.1. A tag becomes a release. master replaces the rolling `nightly` prerelease and its tag; the old nightly tag is moved to the commit first, so that the notes list the commits since the last version and not since the last nightly. There is no Homebrew, winget or second repository. The cache key of the composite action gets the runner's architecture: the arm64 runner has the same `runner.os` as the x86_64 one, and would restore and save the other's store. The steps were run as written on aarch64 and x86_64 machines: the builds, whose binaries then started in Ubuntu 24.04 root filesystems of both architectures, and a first nightly, a later nightly and a tag release against a fake gh. GitHub Actions has not run them yet. CONTRIBUTING.md says how a release is made, the README where binaries come from and what the license allows, and DESIGN.md why. The pages that said there were no prebuilt binaries (README, installation.md and the entry on the binary cache in DESIGN.md) now say that the releases are the only ones.