The current version of libgit2 available (0.26.3) has different behavior
with SortMode.TIME. It works correctly when left at the default (which
is also how the rawhide version works).
Yum needs to have some other attrs setup on the YumRepository object, so
use the function provided to ensure that everything is correct. Also
switch the related functions to use a dict instead of a YumRepository
object.
yum also has a cache it uses for listEnabled(), but the cache isn't
invalidated when a repo is deleted it any following metadata update
will fail because it is still using the deleted repo.
We are forced to use the heavy hammer on a yum private variable yet
again to force the cache to be cleared so that it won't crash.
yum TumRepository.dump() function cannot be used as a .repo file Add a
new function to write this in the correct format, and limited to the
fields we use.
Add a test for the new function.
Fix /projects/source/info to return an error 400 if a nonexistant TOML
source is requested. If JSON is used the error is part of the standard
response.
Update test_server.py to check for the correct error code.
When adding a source failed it wasn't being removed from the dnf object.
This fixes that, and returns an error when setting up the source fails.
Also adds a test for it.
Otherwise the user creation fails when anaconda sees there is already a
group with that name. Log a warning and continue on.
(cherry picked from commit a363aee971)
This adds support for the optional blueprint section [customizations].
Use it like this:
[customizations]
hostname = yourhostnamehere
[[customizations.sshkey]]
user = root
key = root user key
And change recipe_names API variable to blueprint_names. This *only*
changes the API variable, it does not change any subsequent usage of
'recipe'. The goal here is to change the public API, not all of the
code.
The default size is always going to be wrong, so try to estimate a more
reasonable amount of space. This is more complicated than you would
expect, yum's installedsize doesn't take into account the block size of
the filesystem, nor any extra artifacts generated by pre/post scripts.
So in the end we end up with a minimum image size of 1GiB, a partition
that is 40% larger than the estimated space needed, and a disk image
that increases size in 1GiB increments. This is still better than having
a fixed 4GiB / partition that was either too large or too small.
