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This adds a specific IBM Cloud datasource.
IBM Cloud is identified by:
a.) running on xen
b.) one of a LABEL=METADATA disk or a LABEL=config-2 disk with
UUID=9796-932E
The datasource contains its own config-drive reader that reads
only the currently supported portion of config-drive needed for
ibm cloud.
During the provisioning boot, cloud-init is disabled.
See the docstring in DataSourceIBMCloud.py for more more information.
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Open Telekom Cloud gen1 (Xen) hosts do not provide nova product
names in DMI but Xen HVM domU. They can however be safely identified
by the OpenTelekomCloud Chassis asset tag. OpenTelekomCloud does
use the network OpenStack DataSource, so we better detect it.
LP: #1756471
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The Hetzner Cloud metadata service is an AWS-style service available
over HTTP via the link local address 169.254.169.254.
https://hetzner.com/cloud
https://docs.hetzner.cloud/
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On few 64-bit platforms, the open-vm-tools package is installed at
/usr/lib64/. The DataSourceOVF is changed to search look there for the
'customization plugin'
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This fixes a bug in parsing of 'blkid -o export' output. The result
of the bug meant that DI_ISO9660_DEVS did not get set correctly and
is_cdrom_ovf would not identify devices in most cases.
The tests are improved to demonstrate both multiple iso devices
and also a cdrom that doesn't sort "last" in blkid output.
The code change is to use DEVNAME as the record separator when
parsing blkid -o export rather than relying on being able to read
the empty line.
LP: #1749980
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Ubuntu core seeds information to nocloud via a bind-mount of
/writable/system-data/var/lib/cloud over /var/lib/cloud.
When ds-identify runs as a systemd generator that mount is not
guaranteed to have been done. It is guaranteed at
cloud-init-local.service time, but not generator time.
Images built with 'ubuntu-image --cloud-init=user-data-file'
would have cloud-init disabled.
The fix here is just to consider the seed dir under /writable/system-data.
LP: #1747070
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Fujitsu Cloud Service attaches a ovf iso transport with a label
'OVFENV'. This seems to be a reasonable value as a label.
While the for bug 1731868 would likely fix cloud-init on fujitsu
cloud, this change will find it faster.
LP: #1698669
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New mkfs.vfat and fatlabel tools included in the dosfsutils package no
longer support creating vfat disks with lowercase labels. They silently
default to an all uppercase label eg CONFIG-2 instead of config-2. This
change makes cloud-init handle either upper or lower case.
LP: #1598783
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The previous OVF datasource change added a debug message that referenced
an un-used variable. The failure path would be triggered if an image was
booted with a iso9660 filesystem attached to a device that was not a
cdrom.
A unit test is added for the specific failure found.
Additional safety to avoid 'cidata' labels is also added to the OVF
checker.
LP: #1737704
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Previously the OVF transport would not be identified except for when
config files set 'ovf_vmware_guest_customization'. It would also
return DS_MAYBE almost always.
The change here is to add support to ds-identify for storing the
iso9660 filesystems that it finds (ISO9660_DEVS). Then the OVF check
will check that the iso9660 filesystem has ovf-env.xml on it. The least
wonderful part of this is that the check is done by 'grep' for case
insensitive ovf-env.xml.
Future improvement would be to identify VMware's OVF by label or UUID
so we could avoid the grep.
LP: #1731868
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Each DataSource subclass must define its own get_data method. This branch
formalizes our DataSource class to require that subclasses define an
explicit dsname for sourcing cloud-config datasource configuration.
Subclasses must also override the _get_data method or a
NotImplementedError is raised.
The branch also writes /run/cloud-init/instance-data.json. This file
contains all meta-data, user-data and vendor-data and a standardized set
of metadata keys in a json blob which other utilities with root-access
could make use of. Because some meta-data or user-data is potentially
sensitive the file is only readable by root.
Generally most metadata content types should be json serializable. If
specific keys or values are not serializable, those specific values will
be base64encoded and the key path will be listed under the top-level key
'base64-encoded-keys' in instance-data.json. If json writing fails due to
other TypeErrors or UnicodeDecodeErrors, a warning log will be emitted to
/var/log/cloud-init.log and no instance-data.json will be created.
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The variable DI_EC2_STRICT_ID_DEFAULT was not being set in unit tests
so when 16.04 built, which changed that setting in patches the tests
would unexpectedly fail.
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OpenStack Nova identifies itself only to Intel guests.
Make ds-identify return 'MAYBE' for OpenStack on non-intel arches.
An unnecessary change here is to rename the 'policy_nodmi' kwarg
to 'policy_no_dmi' in the related unit tests.
LP: #1715241
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This moves the base test case classes into into cloudinit/tests and
updates all the corresponding imports.
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Azure sets a known chassis asset tag to 7783-7084-3265-9085-8269-3286-77.
We can inspect this in both ds-identify and DataSource.get_data to
determine whether we are on Azure.
Added unit tests to cover these changes
and some minor tweaks to Exception error message content to give more
context on malformed or missing ovf-env.xml files.
LP: #1693939
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AliYun cloud platform is now identifying themselves by setting the dmi
product id to the well known value "Alibaba Cloud ECS". The changes here
identify that properly in tools/ds-identify and in the DataSourceAliYun.
Since the 'get_data' for AliYun now identifies itself correctly, we can
enable AliYun by default.
LP: #1638931
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Simply improve the docstring on a test added in last commit.
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If the user configured:
datasource_list: ["Ec2", "None"]
then ds-identify would write
datasource_list: ["Ec2", "None", "None"]
which would break the logic to avoid warning.
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This adds several unit tests for ds-identify, and fixes a bug
in Ec2 detection that I found while writing these tests.
The method of testing is to use the ds-identify code as a shell
library. The TestDsIdentify:call basically does:
* populate a (temp) directory with files that represent what
ds-identify would see in /sys or other locations it reads.
* create a file '_shwrap' that replaces the 3 programs that are executed
in ds-identify code path. It supports setting their stdout, stderr,
and exit code.
* set the default policies explicitly (DI_DEFAULT_POLICY) so we can
support testing different builtins. This is necessary because the
Ubuntu branches patch the builtin value. If we did not explicilty set
it, then testing there would fail.
* execute sh to source the script and call its main.
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