rebased the schema override patch, adding the same upstream safety but
not duplicating the ability to pass multiple directories as this does
not appear to be necessary for nix overrides
GEGL 0.4.28 started marking introspect action as unavailable when dot is not present.
But GIMP previously required the action to be present at startup, even though it was only ever used in dev builds.
Let’s apply an upstream patch that removes this strict requirement.
When a user installs this package, it's likely they will try to run 'freecad' instead of 'FreeCAD', this symlinks FreeCAD -> freecad such that the user will not be confused and assume that installation of the package did not work properly.
Seems like there is portability trouble preventing it from working on
darwin and likely also BSDs. The website says:
> On some systems (currently only Linux, as far as I know) they can
> also allocate, lock, and switch virtual consoles.
bash-completion expects the files in
share/bash-completion/completions/ to be named identically to the
applicable commands (I think. This does make it work at least.)
runCommandWith receives an attribute set with options which previously
were positional arguments of runCommand' and a buildCommand. This
allows for overriding the used stdenv freely (so stuff like
llvmPackages.stdenv can be used). Additionally the possibility to change
arguments passed to stdenv.mkDerivation is made more explicit via the
derivationArgs argument.
Previously it was awkward to use the runCommand-variants with
passAsFile as a double definition of passAsFile would potentially
break runCommand: passAsFile would overwrite the previous definition,
defeating the purpose of setting it in runCommand in the first place.
This is now fixed by concatenating the [ "buildCommand" ] list with
one the one from env, if present.
Adjust buildEnv where passAsFile = null; was passed in some cases,
breaking evaluation since it'd evaluate to [ "buildCommand" ] ++ null.
An automatic way to do this that scales up and requires little manual intervention is really needed. It works by scraping extensions.gnome.org with a python script,
that writes all relevant information into the `extensions.json`. Every attribute of besaid file can be built into a package using `buildShellExtension`.
Extensions are grouped by Gnome shell version for practical reasons. Only extensions for Gnome 3.36 and 3.38 were added, as we don't support legacy Gnome versions.
The extensions are exposed as an attrset, `pkgs.gnome36Extensions` and `pkgs.gnome38Extensions` respectively. The package name of each extensions is generated automatically
from its UUID.
The attribute `pkgs.gnomeExtensions` contains the officially packaged and supported extensions set. It contains all the automatically packaged extensions for the current
Gnome Shell version, which are overwritten by manually packaged ones where needed. Unlike gnomeXYExtensions, the names are not UUIDs, but automatically generated human-
friendly names. Naming collisions – which are tracked in collisions.json – need to be manually resolved in the `extensionRenames` attrset.
Sandro