mirror of
https://github.com/Screenly/Anthias.git
synced 2026-06-10 09:08:09 -04:00
10c68b26cc
* feat(viewer,build): add arm64/Qt6 pi3-64 board; keep 32-bit pi3 as legacy Revises issue #2906 Phase 2. The original plan (delete the Qt 5 toolchain, force Pi 2/Pi 3 onto Qt 6) is abandoned: Qt 5 was fixed up on master and stays. Instead, add a NEW board target `pi3-64` — a 64-bit (arm64) Qt 6 viewer image for Raspberry Pi 3 hardware on a 64-bit OS — as its own image stream, disk image, and balena fleet. The legacy 32-bit armhf/Qt5 `pi3` board is left untouched and flagged as legacy/maintenance. pi3-64 mirrors the existing `pi4-64` path (Qt 6, eglfs_kms; video played in-process by AnthiasViewer's QtMultimedia pipeline — QMediaPlayer + the ffmpeg/libavcodec backend with V4L2 HW decode, no external player). VideoCore IV is H.264-only HW decode. Board selection is by `uname -m`: a Pi 3 on a 64-bit OS gets `pi3-64`, a 32-bit OS keeps `pi3` (the model string is identical on both arches). - image_builder: pi3-64 build params (arm64) + is_qt6; constants. - Dockerfile.viewer.j2 + start_viewer.sh: pi3-64 shares the pi4-64 eglfs KMS path; renamed board-agnostic eglfs-kms-pi4.json -> eglfs-kms.json. - Detection: install.sh / upgrade_containers.sh (aarch64 Pi 3 -> pi3-64). - Runtime: media_player force_mpv set (selects MPVMediaPlayer, the QtMultimedia D-Bus shim); processing codec grid {'h264'}. - CI: docker-build matrix + mirror-latest-tags. - Balena (fleet screenly_ose/anthias-pi3-64, device type raspberrypi3-64): disk-image + manual-deploy workflows, balena_ota_deploy.sh, balena_fleet_maintenance.py, balena_unpin_devices.py, deploy_to_balena.sh, balena-host-config.json. - Pi Imager: SUPPORTED_BOARDS += pi3-64 (non-maintenance); pi3 stays legacy. - Docs + tests. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * docs(website): link the Pi 3 (64-bit) bullet like its siblings Copilot review: the list is introduced as 'links to the images', so the new pi3-64 entry should be navigable like the surrounding bullets. Link the label to the release-images section. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> * feat(balena): add the Rock Pi 4 fleet (screenly_ose/anthias-rockpi4) Wires the anthias-rockpi4 balena fleet (device type rockpi-4b-rk3399) into the OTA deploy + disk-image pipeline. The fleet has no board-specific image build: it runs the generic arm64 containers, so bin/balena_ota_deploy.sh / bin/deploy_to_balena.sh map the rockpi4 board to the <short-hash>-arm64 image tags (and strip the /dev/vchiq mount — no VideoCore on RK3399), and the disk-image preflight verifies the arm64 images exist. Root-cause fix for the fleet's codec gate: balena ships no anthias_host_agent service, so host:board_subtype was never published and resolve_device_key() stayed 'arm64' — whose HW-decode set is empty, rejecting every video upload. The model-string → subtype table moves to the dependency-free anthias_common.device_helper.detect_board_subtype (single source, imported by host_agent), and anthias_common.board.get_board_subtype now falls back to reading /proc/device-tree/model in-container when Redis has no value. The device tree is kernel-global — the same mechanism get_device_type has always used for Pi detection — so the rockpi4 fleet resolves its {h264, hevc} envelope without a host-side daemon, and compose installs whose host_agent died self-heal too. - build-balena-disk-image.yaml: rockpi4 in both matrices, fleet + rockpi-4b-rk3399 image cases, arm64 images in the preflight check. - deploy-balena-manual.yaml: rockpi4 board option. - balena-host-config.json: rockpi4 declared {} (config.txt is RPi-only; the reconcile hard-fails on a missing key). - balena_fleet_maintenance.py / balena_unpin_devices.py: fleet added. - tests: get_board_subtype Redis-first + device-tree-fallback order; detect_board_subtype patch targets follow the move. - docs: board-enablement, balena-fleet-host-config, installation-options. Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com> --------- Co-authored-by: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
422 lines
17 KiB
Python
422 lines
17 KiB
Python
from typing import Any
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from jinja2 import Environment, FileSystemLoader
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from tools.image_builder.constants import BASE_IMAGE, GITHUB_REPO_URL
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def get_build_parameters(build_target: str) -> dict[str, Any]:
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# Every surviving board now lands on vanilla `debian:trixie`. The
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# `pi2`/`pi3` armhf builds add the Raspberry Pi / Raspbian apt
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# sources at image-build time (see Dockerfile.base.j2); 64-bit and
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# x86 builds need nothing Pi-specific at all.
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if build_target == 'pi5':
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return {
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'board': 'pi5',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm64/v8',
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}
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if build_target == 'pi4-64':
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return {
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'board': 'pi4-64',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm64/v8',
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}
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if build_target == 'pi3-64':
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# 64-bit (arm64) Raspberry Pi 3 stream. Same Qt 6 / eglfs image
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# shape as pi4-64 — the VideoCore IV is weaker (H.264-only HW
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# decode, 1080p) but the display + decode plumbing is identical.
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# The legacy 32-bit `pi3` armhf/Qt5 board is kept separately.
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return {
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'board': 'pi3-64',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm64/v8',
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}
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if build_target == 'arm64':
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# Generic 64-bit ARM SBC fallback (Orange Pi, Rock Pi, Banana Pi, …).
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# Effectively a thinner pi5 variant: Qt 6, arm64, no libraspberrypi0
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# / Broadcom userland in the runtime base. The viewer wiring mirrors
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# x86's cage + wayland path because non-Pi ARM SBCs typically have
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# no /dev/fb0 (Armbian boots Mesa straight to DRM/KMS).
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return {
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'board': 'arm64',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm64/v8',
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}
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if build_target == 'pi3':
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return {
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'board': 'pi3',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm/v7',
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}
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if build_target == 'pi2':
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return {
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'board': 'pi2',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/arm/v7',
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}
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return {
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'board': 'x86',
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'base_image': BASE_IMAGE,
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'target_platform': 'linux/amd64',
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}
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def get_docker_tag(git_branch: str, board: str, platform: str) -> str:
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if git_branch == 'master':
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return f'latest-{board}'
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else:
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return f'{git_branch}-{board}'
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def generate_dockerfile(service: str, context: dict[str, Any]) -> None:
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templating_environment = Environment(loader=FileSystemLoader('docker/'))
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templating_environment.lstrip_blocks = True
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templating_environment.trim_blocks = True
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template = templating_environment.get_template(f'Dockerfile.{service}.j2')
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dockerfile = template.render(**context)
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with open(f'docker/Dockerfile.{service}', 'w') as f:
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f.write(dockerfile)
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def get_uv_builder_context(
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service: str, board: str | None = None
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) -> dict[str, Any]:
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service_to_group = {
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'server': 'server',
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'viewer': 'viewer',
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'test': 'test',
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}
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uv_group = service_to_group.get(service)
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if uv_group is None:
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return {}
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groups_needing_native_build_libs = {'server', 'viewer', 'test'}
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builder_extra_apt = []
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if uv_group in groups_needing_native_build_libs:
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builder_extra_apt = [
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'libcec-dev',
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'libdbus-1-dev',
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'libdbus-glib-1-dev',
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]
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# Pillow / pillow-heif build deps for legacy 32-bit Pi boards.
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# Pillow 11+ dropped armv7l manylinux wheels (its release notes
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# spell this out), and pillow-heif likewise ships only x86_64 /
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# aarch64 wheels. uv's resolution on a pi2 / pi3 image build
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# therefore falls back to sdist, which requires the system
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# headers below to compile from source. Without them, the
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# ``uv sync`` step in ``uv-builder`` would fail at gcc on every
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# 32-bit Pi build.
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#
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# 64-bit boards (pi4-64 / pi5 / x86) and the test image
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# (always built on amd64 in CI) get binary wheels and don't
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# need any of this — adding the deps unconditionally would
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# waste ~70 MB of layer space on every image we don't need
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# them in.
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armv7_boards = {'pi2', 'pi3'}
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if uv_group == 'server' and board in armv7_boards:
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builder_extra_apt.extend(
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[
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# Pillow's documented build-time deps. ``-dev``
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# variants ship the headers compile from source
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# needs; the runtime ``.so`` files are pulled in
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# by base_apt_dependencies via libjpeg62-turbo,
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# libfreetype6, etc., or transitively by
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# cec-utils / ffmpeg.
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'libjpeg62-turbo-dev',
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'libfreetype-dev',
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'liblcms2-dev',
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'libopenjp2-7-dev',
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'libtiff-dev',
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'libwebp-dev',
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'zlib1g-dev',
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# pillow-heif: libheif-dev exposes the libheif1
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# API headers so the cython binding can compile.
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# libheif1 itself is already in
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# base_apt_dependencies (runtime).
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'libheif-dev',
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]
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)
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return {
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'uv_group': uv_group,
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'builder_extra_apt': builder_extra_apt,
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'uv_system_site_packages': service in {'viewer', 'test'},
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}
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def get_test_context() -> dict[str, Any]:
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# Playwright's `playwright install --with-deps chromium` pulls the
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# apt packages it actually needs (the list shifts between Chromium
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# builds, so leaving it to playwright avoids stale apt names that
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# Debian eventually retires). The test image otherwise inherits all
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# tooling from the base image (curl, ca-certificates, etc.), so the
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# apt list here is empty.
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return {
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'apt_dependencies': [],
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}
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def get_viewer_context(board: str, target_platform: str) -> dict[str, Any]:
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releases_url = f'{GITHUB_REPO_URL}/releases/download'
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is_qt6 = board in ['pi5', 'pi4-64', 'pi3-64', 'x86', 'arm64']
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# Qt version is only relevant for the Qt 5 path: pi2/pi3 pull the
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# cross-built Qt 5 toolchain tarball at build time. Qt 5 is frozen
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# for these boards, so the toolchain stays pinned to the
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# WebView-v2026.04.1 release indefinitely. Qt 6 boards install Qt
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# straight from Debian apt (qt6-*-dev in viewer_extra_apt below).
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qt_version = '6.4.2' if is_qt6 else '5.15.14'
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qt_major_version = qt_version.split('.')[0]
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qt5_toolchain_url = f'{releases_url}/WebView-v2026.04.1'
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# Viewer-only apt deps. The shared runtime set (cec-utils, curl,
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# ffmpeg, git, libcec7, procps, psmisc, python-is-python3,
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# python3-gi, python3-pip, python3-setuptools, sqlite3, sudo,
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# plus libraspberrypi0 on 32-bit Pi boards) is installed by
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# Dockerfile.base.j2 in a layer that server (and test) also use,
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# so it dedups across images. Anything listed here is unique to
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# the viewer image.
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#
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# The list below is the still-being-trimmed remainder of runtime
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# libs the WebView binary links against; expect more to fall off
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# as ldd-driven cleanup continues. (Qt itself is built in a
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# multi-stage builder inside Dockerfile.viewer.j2, not installed
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# from apt at runtime — except on Qt 6 boards where qt6-*-dev
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# below also provides the runtime libs.)
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#
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# X11/XCB packages are intentionally absent. Three display tracks
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# across the image targets (no X code path on any):
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#
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# * Pi2 / Pi3 (32-bit, Qt5): Qt linuxfb + a custom -no-xcb
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# -no-xcb-xlib -qpa eglfs Qt 5 WebView build (see
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# src/anthias_webview/build_qt5.sh) with the GStreamer fbdev
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# media player straight to /dev/fb0. The legacy armhf stream.
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# * Pi3-64 / Pi4-64 (Qt6): Qt eglfs (KMS/EGL), video played
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# in-process by AnthiasViewer's QtMultimedia pipeline
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# (QMediaPlayer → QML VideoOutput, ffmpeg/libavcodec backend with
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# V4L2 HW decode) — no external player and no cage composite pass
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# the V3D can't keep up with. eglfs gives the VideoOutput scene
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# graph the GL context linuxfb lacks (issue #2904). Pi 3-64 is the
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# weaker sibling (VideoCore IV, H.264-only HW decode) on the
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# identical image shape.
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# * Pi5 / x86 / arm64: cage (a kiosk wlroots compositor) with
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# QT_QPA_PLATFORM=wayland and mpv --vo=gpu
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# --gpu-context=wayland. The cage + qt6-wayland + wlr-randr
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# triple is added to the per-board apt extension below.
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viewer_extra_apt_dependencies = [
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'ca-certificates',
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'dbus-daemon',
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'fonts-arphic-uming',
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'libasound2-dev',
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'libavcodec-dev',
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'libavdevice-dev',
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'libavfilter-dev',
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'libavformat-dev',
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'libavutil-dev',
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'libbz2-dev',
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'libdbus-1-dev',
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'libdbus-glib-1-dev',
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'libdrm-dev',
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'libegl1-mesa-dev',
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'libevent-dev',
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'libfontconfig1-dev',
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'libfreetype6-dev',
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'libgbm-dev',
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'libgcrypt20-dev',
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'libgles2',
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'libgles2-mesa-dev',
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'libglib2.0-dev',
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'libicu-dev',
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'libinput-dev',
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'libiodbc2-dev',
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'libjpeg62-turbo-dev',
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'libjsoncpp-dev',
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'libminizip-dev',
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'libnss3',
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'libnss3-dev',
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'libnss3-tools',
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'libopus-dev',
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'libpci-dev',
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'libpng-dev',
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'libpng16-16t64',
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'libpq-dev',
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'libpulse-dev',
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'librsvg2-common',
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'libsdl2-dev',
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'libsnappy-dev',
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'libsqlite3-dev',
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'libsrtp2-dev',
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'libswresample-dev',
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'libswscale-dev',
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'libsystemd-dev',
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'libts-dev',
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'libudev-dev',
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'libvpx-dev',
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'libwebp-dev',
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'libxkbcommon0',
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# The prebuilt WebView binary dlopens libharfbuzz-subset.so.0
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# (Chromium's font-subsetting path). It's pulled in
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# transitively by qt6-webengine-dev on Qt6 boards but nothing
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# on Qt5 brings it, so the lib was simply missing on pi2/pi3
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# in production (pre-existing bug, not a regression here).
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# 200 KB, easier to just install everywhere than gate on board.
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'libharfbuzz-subset0',
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'python3-netifaces',
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'fonts-wqy-zenhei',
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]
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if is_qt6:
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# Shared Qt 6 runtime for every Qt6 board (pi3-64, pi4-64, pi5,
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# x86, arm64). VideoView plays through QMediaPlayer into a QML
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# ``VideoOutput`` hosted in a QQuickWidget (issue #2967:
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# frames stay on the GPU as scene-graph textures — the prior
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# QGraphicsVideoItem raster path presented at 8–12 fps).
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# That needs the declarative runtime (QQuickWidget links
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# libQt6QuickWidgets, pulled by qt6-declarative-dev) plus the
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# two QML *plugin* modules the scene imports at runtime —
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# qml6-module-qtquick (Rectangle et al.) and
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# qml6-module-qtmultimedia (VideoOutput). The QML modules
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# are runtime-only plugins: the build succeeds without them
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# and the viewer then black-screens with "module not
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# installed" QML errors in the container log, so they must
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# ship in the image even though nothing links them.
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# Qt 6.5 dropped its gstreamer backend upstream (only
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# ``libffmpegmediaplugin.so`` ships in
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# ``/usr/lib/.../qt6/plugins/multimedia/``); decode goes
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# through libavcodec directly. The +rpt1 ``ffmpeg`` /
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# ``libav*`` packages pinned in _rpt1-ffmpeg-pin.j2 carry
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# ``--enable-v4l2-request`` + ``--enable-v4l2-m2m`` on
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# Pi/arm64, so libavcodec engages the same rpi-hevc-dec +
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# bcm2835-codec hardware that libmpv era used — no
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# gstreamer plugin set needed. VLC is deliberately not
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# installed because MediaPlayerProxy never routes Qt6
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# boards to it.
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# pulseaudio: Debian's Qt 6 Multimedia is compiled with
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# PulseAudio as its ONLY audio backend — libQt6Multimedia.so.6
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# links libpulse and contains no libasound/ALSA code at all —
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# so without a running PulseAudio server QMediaDevices
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# enumerates zero audio outputs, QAudioOutput holds a null
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# device, and every video plays silent (issue #3000; the
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# pre-#2905 mpv path talked ALSA directly and needed no sound
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# server). bin/start_viewer.sh starts a minimal per-container
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# daemon as the viewer user. pulseaudio-utils ships pactl so
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# a silent-audio field report can be debugged from a shell
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# (list sinks / sink-inputs) without modifying the image.
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viewer_extra_apt_dependencies.extend(
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[
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'libqt6multimedia6',
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'pulseaudio',
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'pulseaudio-utils',
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'qml6-module-qtmultimedia',
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'qml6-module-qtquick',
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'qt6-base-dev',
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'qt6-declarative-dev',
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'qt6-image-formats-plugins',
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'qt6-multimedia-dev',
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'qt6-webengine-dev',
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]
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)
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if board in ('x86', 'arm64', 'pi5'):
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# cage is a kiosk wlroots compositor that talks straight
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# to KMS; qt6-wayland is the Qt platform plugin the
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# viewer loads to render into cage's surface; mpv talks
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# to the same Wayland socket via --vo=gpu
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# --gpu-context=wayland (see MPVMediaPlayer.play in
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# src/anthias_viewer/media_player.py). wlr-randr is how
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# src/anthias_viewer/__init__.py applies the Settings
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# page's "screen rotation" knob — Qt's wayland QPA has
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# no rotation= equivalent, so the transform goes through
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# the compositor for both Qt and mpv consistently.
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#
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# Pi 4 is intentionally NOT on this path: the V3D 6.0
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# doesn't have the bandwidth to composite cage on top of
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# video. It stays on Qt linuxfb + mpv --vo=gpu
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# --gpu-context=drm — see bin/start_viewer.sh and
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# docker/Dockerfile.viewer.j2.
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viewer_extra_apt_dependencies.extend(
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[
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'cage',
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'qt6-wayland',
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'wlr-randr',
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]
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)
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if board == 'x86':
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# va-driver-all is a Debian metapackage that pulls in
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# intel-media-va-driver (modern Intel iHD), i965-va-driver
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# (older Intel), and mesa-va-drivers (Gallium / AMD
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# radeonsi etc.), so the image runs on any x86 GPU without
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# per-vendor build variants — mpv's --hwdec=auto-safe
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# picks whichever VAAPI driver matches the device at
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# runtime.
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#
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# Deliberately NOT shipped on arm64/Pi: Rockchip
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# (rkvdec/hantro), Allwinner (cedrus), Amlogic
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# (meson-vdec), and the Pi V3D all expose hardware decode
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# via V4L2 M2M / request API, not VAAPI; mesa-va-drivers
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# only covers radeonsi/nouveau/etc., so on those SoCs
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# va-driver-all would just be dead weight. Per-SoC hwdec
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# for those boards is a Tier-2 follow-up.
|
||
viewer_extra_apt_dependencies.extend(
|
||
[
|
||
'va-driver-all',
|
||
]
|
||
)
|
||
else:
|
||
# libraspberrypi0 already comes in via base_apt_dependencies on
|
||
# 32-bit Pi boards (see __main__.py), so it's deliberately not
|
||
# repeated here. libssl1.1 is gone in trixie; the rebuilt Qt 5
|
||
# webview archive links against libssl3 from the base image.
|
||
# libgst-dev / libsqlite0-dev / libsrtp0-dev were dropped in
|
||
# trixie — libsqlite3-dev and libsrtp2-dev are already in the
|
||
# main viewer apt list above; libgstreamer1.0-dev is Qt 5-only
|
||
# and is added in the extend() below.
|
||
#
|
||
# GstFbdevMediaPlayer (src/anthias_viewer/media_player.py)
|
||
# plays pi1/pi2/pi3 video by shelling out to ``gst-launch-1.0
|
||
# playbin`` with a fully-hardware sink: v4l2h264dec (bcm2835
|
||
# codec) decodes, v4l2convert (bcm2835 ISP) HW-scales + converts
|
||
# YUV→framebuffer-format, fbdevsink paints /dev/fb0 (no DRM
|
||
# master / compositor needed). The +rpt1 GStreamer stack from
|
||
# archive.raspberrypi.org (added in base for libraspberrypi0)
|
||
# supplies the runtime pieces:
|
||
# * gstreamer1.0-tools — the gst-launch-1.0 binary
|
||
# * -plugins-base — playbin, videoconvert
|
||
# * -plugins-good — the V4L2 elements (v4l2h264dec /
|
||
# v4l2convert) + qtdemux
|
||
# * -plugins-bad — fbdevsink
|
||
# * -alsa — alsasink (Debian ships the ALSA sink in its own
|
||
# package, NOT in -plugins-base; the player's
|
||
# ``audio-sink=alsasink device=...`` fails pipeline
|
||
# construction without it, black-screening *all* video).
|
||
# VLC was dropped when GstFbdevMediaPlayer replaced
|
||
# VLCMediaPlayer — nothing on pi1/pi2/pi3 links it anymore.
|
||
viewer_extra_apt_dependencies.extend(
|
||
[
|
||
'gstreamer1.0-alsa',
|
||
'gstreamer1.0-plugins-bad',
|
||
'gstreamer1.0-plugins-base',
|
||
'gstreamer1.0-plugins-good',
|
||
'gstreamer1.0-tools',
|
||
'libgstreamer1.0-dev',
|
||
'qt5-image-formats-plugins',
|
||
]
|
||
)
|
||
|
||
return {
|
||
'viewer_extra_apt_dependencies': viewer_extra_apt_dependencies,
|
||
'qt_version': qt_version,
|
||
'qt_major_version': qt_major_version,
|
||
'qt5_toolchain_url': qt5_toolchain_url,
|
||
'is_qt6': is_qt6,
|
||
'artifact_board': board,
|
||
}
|