- Detect multiarch via dpkg-architecture before a compiler exists
- Add dpkg-dev, gettext, libgdk-pixbuf-2.0-dev to apt packages
- Skip a step when the installed version is >= the pin (>= semantics)
- Use the real libxkbcommon-xkbcommon-1.8.1 extract directory
- Build wlroots with -Dbackends= -Dsession=disabled so no libxcb-*-dev is needed
Detect the multiarch libdir via cc instead of hardcoding x86_64-linux-gnu
so run.sh and build-casilda.sh work on aarch64. build-casilda.sh now
exports PKG_CONFIG_PATH/LD_LIBRARY_PATH/GI_TYPELIB_PATH to the ~/.local
prefix so meson finds the source-built gtk4/wlroots. Add bootstrap-deps.sh
to build those deps (xkbcommon 1.8.1, wlroots 0.20.1, gtk4 4.22.4) from
source into ~/.local; idempotent and skips already-installed versions.
Install Casilda 1.5.0 (main) from source into ~/.local and point run.sh
at the installed typelib/library instead of the vendored copy. Drop the
compositor-level maximized property, which was removed upstream, and pin
the spike to Python <3.14 where PyGObject wheels are available.
Set compositor.props.maximized=True in each tab so the spawned client
fills the tab and tracks window resizes. Add run.sh wrapper pointing
GI_TYPELIB_PATH/LD_LIBRARY_PATH at the vendored build, and a local
build.sh (no sudo, installs into vendor/casilda/prefix).
