Fix examples that reference upstream chef repository.
Also add integration test. Note: this new test is not comprehensive; it
simply ensures that the example chef configuration does not blow up and
that chef seems to be installed after its completion.
This new test is disabled by default as it depends on a 3rd party repository.
Fix examples that reference upstream chef repository.
Also add integration test. Note: this new test is not comprehensive; it
simply ensures that the example chef configuration does not blow up and
that chef seems to be installed after its completion.
This new test is disabled by default as it depends on a 3rd party repository.
tests: update OpenNebula and Digital Ocean to not rely on host interfaces.
Mock the use use of get_interfaces_by_mac in Digital Ocean and OpenNebula.
Its best to mock this for the tests as the results aren't expecting
it to fail.
Note, as it stands, OpenNebula relies on devices named 'eth0'.
The metadata (context) does not provide mac addresses.
net: in netplan renderer delete known image-builtin content.
When rendering network configuration to netplan, remove known
"builtin" configurations. The specific example here is Ubuntu Core
that has netplan configuration in etc/netplan/00-snapd-config.yaml.
We also delete the derived files since netplan will have created
these derived files in its generator that runs well before cloud-init.
The reading of MAAS datasource configuration was simply broken.
it was looking in /etc/cloud/*maas*.cfg rather than
/etc/cloud/cloud.cfg.d/*maas*.cfg.
along side here there is also:
* doc improvement on check_config
* remove the path restrictions when searching for values in both
maas and ovf_vmware_guest_customization. that was done to improve
performance as check_config's parsing is slow.
* change to maas to search all config files rather than restricting
to a subset as it tried before. that was done for
* better variable names.
- rename path_cloud_confd to path_etc_cloud
- PATH_ETC_CLOUD: /etc/cloud
- PATH_ETC_CI_CFG: /etc/cloud/cloud.cfg
- PATH_ETC_CI_CFG_D: /etc/cloud/cloud.cfg.d
support resizing partition and rootfs on system booted without initramfs.
When booted without an initramfs, the root device will be /dev/root, not a
named device. There is partial support for this when resizing filesystems,
but not for growing partitions, without which it doesn't do much good. Move
the /dev/root resolution code to util.py and use it from cc_growpart.py.
Also, booting without an initramfs only works with a root= argument that's
either a kernel device name (which is unstable) or a partition UUID. Handle
the case of root=PARTUUID=value, not just LABEL and UUID.
