When sourcing templates to get $checksum there are templates
calling msg_error(). This is not relevant for this function,
thus define a local dummy msg_error() to ignore these cases.
This should result in a considerable performance improvement, because the
expensive configuration phase of all dependencies is skipped.
Hopefully this does not introduce build issues :-)
Available implementations at common/chroot-style/*.sh. Each .sh
script there implements a chroot style to be able to chroot and bind
mount with multiple utilities. The current supported list:
- uunshare (uses xbps-uunshare(8))
- uchroot (uses xbps-uchroot(8))
- proot (uses proot, see http://proot.me)
The XBPS_CHROOT_CMD can be set in etc/conf to use a specific implementation,
and XBPS_CHROOT_CMD_ARGS to pass in additional arguments to the cmd.
This reverts commit d803775b3d.
This breaks all pkgs that exec make directly without ${makejobs}
(which should be built as -j1) and makes installation also parallel,
which we do not want.
We'll probably resurrect this in a certain future.
This ensures that packages with custom build functions also use our
provided MAKEFLAGS. Without this commit it was necessary to always
append the "${makejobs}" variable manually to make. For compatibility
reasons that is still possible but should probably be removed in the
future by making "makejobs" a local variable.
... otherwise deps specified by the cross-vpkg-dummy pkg aren't
taken into account. Assume that version provided by the vpkg is
good enough for building.
That means that version comparators are not supported anymore in
hostmakedepends and makedepends.
This will ensure that a pkg is always built with the same build dependencies
everywhere, if the srcpkgs tree is uptodate.
The build.sh script is now responsible to handle all the logic to build
a source package and its subpackages, as well as all its required
build dependencies. Thanks to this and subshells, dependencies are now
built into its own child process, creating a process tree that can go
nested as long as your system allows forking and has enough memory :-)
This fixes some issues that have been while building pkgs that have lots
of nested dependencies.
