Use host tool when building cross.
Bump revision to -r1.
Adjust the patch on top of dbus-glib 0.110.
Original-by: Geoff Levand <geoff@infradead.org>
6d7756b77b10 ("dev-libs/dbus-glib: Fix cross compile build error")
Now that `dev-lang/tcl` is included in SDK, we can now build
dev-db/sqlite without having to rely on third-party patches
in coreos-overlay.
So simply sync sqlite with Gentoo upstream, and update to the latest
version 3.33.0.
Setting the invalid CCACHE_ variables resulted in strange failure
in projects depending on meson, newer version like 0.55.3. For example
systemd build fails like the following errors:
```
* ACCESS DENIED: utimes: /mnt/host/source/ccache
* ACCESS DENIED: utimes: /mnt/host/source/ccache
F: utimes
S: deny
P: /mnt/host/source/ccache
A: /mnt/host/source/ccache
R: /mnt/host/source/ccache
C: ccache cc /build/amd64-usr/var/tmp/portage/sys-apps/systemd-246/work/systemd-246-abi_x86_64.amd64/meson-private/sanitycheckc.c -o /build/amd64-usr/var/tmp/portage/sys-apps/systemd-246/work/systemd-246-abi_x86_64.amd64/meson-private/sanitycheckc.exe -O1 -pipe -pipe -D_FILE_OFFSET_BITS=64
```
We should not set up ccache at all, as it has been already disabled in
coreos-overlay repo.
We have these patches in v245 too. I have missed them when doing the
update to v246, because apparently I have assumed that our flatcar
branches are more or less some upstream branch/tag + our patches on
top. That assumption was wrong and it surfaced when I rebased the
v245-flatcar branch to the v245.8 tag.
Our current cros-workon setup was awkward to use when a new patch
release happened on upstream. In this case we would go to our
`v<VERSION>-flatcar` branch and merge/cherry-pick the commits from
upstream that appeared between the release we have been using so far
and the new release. In such case, our non-upstreamed patches were
hidden somewhere in history. To fix that, I proposed having a branch
for each patch release, so the branch would always be based on an
upstream tag and have our patches on top of that. An alternative
proposition was to just use the Gentoo workflow for patches, and this
is what we are doing here.
This also slightly minimizes the difference between the Gentoo recipe
and ours.
To be able to update `dev-util/gdbus-codegen` to 2.64.5, we need to
specify a single target python3.6 for gdbus-codegen.
Without it, it is not possible to emerge gdbus-codegen, because
it thinks there are multiple python single targets for the package.
Now that dev-libs/glib was updated to 2.64.5, we need to also update
dev-util/gdbus-codegen to 2.64.5.
Otherwise we would see strange slot conflicts like:
```
* Error: The above package list contains packages which cannot be
* installed at the same time on the same system.
(dev-libs/glib-2.64.5:2/2::portage-stable, ebuild scheduled for merge) pulled in by
>=dev-libs/glib-2.58.3:2 required by (dev-util/gdbus-codegen-2.58.3:0/0::portage-stable, binary scheduled for merge)
(dev-util/gdbus-codegen-2.58.3:0/0::portage-stable, binary scheduled for merge) pulled in by
dev-util/gdbus-codegen required by (coreos-base/hard-host-depends-0.0.1-r194:0/0::coreos, binary scheduled for merge)
```
Now that Go 1.10 has been removed, we can remove `dev-lang/go:1.10`
from the SDK dependencies list.
Instead add `dev-lang/go:1.15` to the SDK dependencies list.
So far Flatcar has kept a third-party patch to add a blank kernel
module `nf-conntrack-ipv4.ko` to avoid regression around Kubernetes.
The issue was that kube-proxy with ipvs started using `nf-conntrack.ko`,
which does not exist in Kernel < 4.19. The patch was originally added by
a24dbb6cb6.
However, Kubernetes 1.13 or newer already deals with the issue. It
automatically loads a different Kernel module according to Kernel
versions: `nf-conntrack-ipv4` for Kernel < 4.19, and `nf-conntrack`
for Kernel >= 4.19.
See 4b90559369 .
We can simply remove the Kernel module, as since then all production
systems have updated Kubernetes to the newer versions than 1.13.
