Point CCACHE_DIR and the cache action at a fixed workspace directory
instead; checkout cleans untracked files before the restore, so the
ordering is safe.
- Restore ccache with WarpBuilds/cache@v1 on all three OS and the
dynamic-backend job (per-OS keys with branch fallback), and wire it
up through CMAKE_C/CXX_COMPILER_LAUNCHER; builds print ccache -s so
hit rates are visible in CI logs
- Cache the macOS OpenTimelineIO build (keyed on v0.16.0) and skip the
rebuild on cache hit
- Install ccache via apt/brew/MSYS2 as needed; CCACHE_MAXSIZE=1G
- Runner sizes 16x/32x -> 8x (macOS 12x kept); openfx-misc make -j8 to
match
- Linux CD builds no longer disable Vulkan: the AppImage, deb, rpm and
Arch packages now build and ship liboakvulkan (the AppImage deploys
it via linuxdeploy --library so libvulkan is bundled too, and the
verify step checks both backend libraries); deb/rpm dependencies gain
libvulkan1/vulkan-loader; the Arch PKGBUILD gains vulkan-headers
- macOS CD installs vulkan-loader and exports VULKAN_SDK so
find_package(Vulkan) locates the Homebrew loader (previously the
Vulkan backend silently never built there)
- ffmpeg_bridge now installs to the standard lib directory with
/../lib RPATH instead of the non-standard ffmpeg_bridge/bin
layout (verified: editor, worker, oakgl and oakvulkan all resolve it)
- build guides (EN/ZH) document the macOS Vulkan backend dependencies
and the VULKAN_SDK variable
- Linux: olive-render-worker had no install rule, so it was missing
from the AppImage, deb, rpm and Arch packages even though
RenderWorkerPool spawns it from applicationDirPath(); install it next
to oak-editor (verified: RPATH resolution of libffmpeg_bridge works
for editor, worker and liboakgl from the installed layout)
- Windows: ffmpeg_bridge.dll is built outside app/ and is invisible to
the ntldd dependency walk, so the NSIS installer shipped without it
(and without the av*.dll it pulls in); copy it explicitly and include
it in the dependency loop
- AppImage verification now also checks oak-render-worker, liboakgl.so,
libffmpeg_bridge.so and ldd resolution of all shipped binaries
- Add explicit QTabBar::tab styles to olive-dark/style.css so inactive
KDDockWidgets tabs render with a dark background and white text instead
of falling back to the native macOS light tab appearance.
- Update macOS CD to stage Oak.app alongside an Applications symlink
before creating the DMG, matching standard macOS installer disk images.
The custom Python bundling script was copying Qt framework binaries as
flat dylibs (e.g. Contents/Frameworks/QtCore) on top of the frameworks
already deployed by macdeployqt (Contents/Frameworks/QtCore.framework).
This caused duplicate Objective-C class definitions and crashes in
QAction construction.
- Skip any dependency whose basename starts with 'Qt' or 'libQt'.
- Process every binary in Contents/MacOS (main app, worker, backends).
- Fix YAML duplicate 'run:' key from the previous commit.
- Add -verbose=2 to macdeployqt so deployment issues are visible in CI logs.
- Pass -executable for oak-render-worker so its rpaths are also fixed.
- Add a verification step that fails the build if platform plugins are missing.
- Print otool -L for both main binary and worker to aid debugging.
Oak only uses KDDockWidgets' QtWidgets frontend. Building the QtQuick
frontend caused duplicate QML module registration when QtQuick.framework
initialized, resulting in a SIGABRT in QQmlMetaType::qmlInsertModuleRegistration.
- Set KDDockWidgets_FRONTENDS to qtwidgets in ext/CMakeLists.txt.
- Remove the -qmldir flags from macOS CD deploy since QML plugins are no
longer needed.
- Rename macOS bundle output from Olive.app to Oak.app.
- Rename editor binary to oak-editor and render worker to oak-render-worker.
- Rename crash handler output to oak-crashhandler.
- Update worker lookup, NSIS installer, Linux desktop/AppRun, crashhandler
symbol paths, and documentation for the new binary names.
- Update CD workflow paths and add -qmldir flags to macdeployqt so QtQuick
/ QML plugins required by KDDockWidgets are bundled, fixing the launch
crash on macOS.
- Update user-facing GitHub URLs to OakVideoEditorCommunity/oak.
Install git in the Fedora container before actions/checkout so the checkout step can clone the repository normally instead of falling back to the REST API.
- Arch: create the source tarball in /tmp to avoid file changed as we read it and exclude existing tarballs from the archive.
- RPM: run the Fedora build inside docker instead of a job container so actions/checkout is not hampered by a missing Git in the base image.
- Add CPack configuration in CMakeLists.txt for .deb and .rpm generation
with declared runtime dependencies.
- Add Arch Linux PKGBUILD template under app/packaging/arch/ and build it
inside the official archlinux:base-devel Docker container.
- Extend CD workflow with deb, rpm and archlinux jobs and attach the
resulting packages to the draft release.
- Extract libolive-rendercore static library to minimize backend link boundary.
- Add DynamicRenderer adapter with C ABI (oakgl/oakvulkan shared libs).
- Make OAK_ENABLE_DYNAMIC_RENDER_BACKEND default ON with OpenGL fallback.
- Implement VulkanRenderer prototype (textures, shaders, UBO blit, readback).
- Add backend-neutral viewer readback path (offscreen -> QImage -> QPainter).
- Refactor PluginRenderer to be renderer-agnostic; OFX plugins fall back to CPU
path on non-OpenGL backends while preserving OpenGL render path.
- Add Renderer::AttachOutputTexture/DetachOutputTexture and C ABI forwards.
- Update docs/zh/render-backend-dynamic-plan.md for Phase 3/4/5.
Mike-Solar
Mike Solar