PR builds link against published edge, so a Hyprland bump in the same merge
cannot see the carry, and as a fast-ring package it would reach every aarch64
channel. The rebuild detection fix that bumps it once the carry publishes
moves to its own PR, so this change only adds the aquamarine carry.
Carry Arch's aquamarine 0.15.1-1 with one patch that re-reads a connector's
possible CRTCs on rescan, so a Type-C port the Apple DCP fabric reroutes to
another pipeline gets a CRTC without restarting the compositor. aarch64 and
edge only; pkgrel 1.1 sits above Arch Linux ARM's 0.15.1-1.
Bump Hyprland for aquamarine 0.15.1 and make rebuild detection see aarch64.
sync-rebuilds followed PUBLISHED_ARCHES (x86_64 by default), so the scheduled
run skipped every aarch64-only package, and it read aarch64 triggers from Arch
Linux ARM even when this repository carries them. It now follows the
architectures a merge builds, and reads a carried trigger from its recipe once
edge publishes that version.
One list, PUBLISHED_ARCHES in helpers/paths.sh (default x86_64,
overridable with OMARCHY_ARCHES), now drives everything the repository
host schedules. check-versions compares PKGBUILDs against each
architecture's channel databases and writes one queue per channel and
architecture; auto-release works through the queues one architecture at
a time, each with its own backoff, so a failing build on one never
blocks the other; advance-channel --arch all re-runs an advance for every
published architecture and omarchy-release uses it for start and ship,
building the pinned pair once per architecture in its rc trigger; the
train observes channels through the reference (first) architecture
instead of a hard-coded x86_64. Queue and backoff files written under
the old per-channel names are treated as x86_64 until consumed.
Two things made an aarch64 builder image impossible to create: the
keyring bootstrap fetched omarchy-keyring from the target architecture's
own channel tree, which does not exist before that architecture has
published anything, and the QEMU probe only knew the x86_64-host,
aarch64-target case. The keyring (arch=any) now always comes from the
x86_64 tree, and the probe compares host and target architectures and
runs a container for the target platform.
clean-repo grouped versions with a regex that only knew any, x86_64 and
i686, so aarch64 packages would never have been pruned.
- helpers/paths.sh: validate_mirror/require_valid_mirror for the edge|rc|stable
set, and REPO_ROOT (OMARCHY_REPO_ROOT override) so a secondary checkout like
the rc branch worktree publishes into the same channel tree as the primary
- validate --mirror everywhere it previously accepted any string (sync-repo,
promote-build, update-repo, clean-repo, remove-package) and widen the
edge|stable checks in build, deploy, push-build, auto-release
- build/Dockerfile: rc builds compile against rc-mirror.omarchy.org
Marcelo Alcantara