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At inception[1], dhclient hooks were used to filter environment variables into /run/cloud-init/dhclient.hooks/<interface>.json which was consumed by WALinuxAgentShim. The fallback method was to parse the dhcp client lease file.
Today the Azure datasource directly uses the parsed lease file[2], and loading /run/cloud-init/dhclient.hook/<interface>.json file was removed in 22.2[3]. With no other consumers, we can remove this.
[1] https://github.com/canonical/cloud-init/commit/648dbbf6b090c81e989f1ab70bf99f4de16a6a70
[2] https://github.com/canonical/cloud-init/blob/main/cloudinit/sources/DataSourceAzure.py#L447
[3] https://github.com/canonical/cloud-init/commit/5ad0768a796bc07232476d0d29b5225f1e6e131c
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LP: #1979547
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Adds a udev script which will invoke a hotplug hook script on all net
add events. The script will write some udev arguments to a systemd FIFO
socket (to ensure we have only instance of cloud-init running at a
time), which is then read by a new service that calls a new 'cloud-init
devel hotplug-hook' command to handle the new event.
This hotplug-hook command will:
- Fetch the pickled datsource
- Verify that the hotplug event is supported/enabled
- Update the metadata for the datasource
- Ensure the hotplugged device exists within the datasource
- Apply the config change on the datasource metadata
- Bring up the new interface (or apply global network configuration)
- Save the updated metadata back to the pickle cache
Also scattered in some unrelated typing where helpful
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I noticed a bug in dhclient_hook on the 'down' event, using 'is'
operator rather than '==' (if self.net_action is 'down').
This refactors/simplifies the code a bit for easier testing and adds
tests. The reason for the rename of 'action' to 'event' is to just
be internally consistent. The word and Namespace 'action' is used
by cloud-init main, so it was not really usable here.
Also adds a main which can easily be debugged with:
CI_DHCP_HOOK_DATA_D=./my.d python -m cloudinit.dhclient_hook up eth0
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Cloud-init caches any cloud metadata crawled during boot in the file
/run/cloud-init/instance-data.json. Cloud-init also standardizes some of
that metadata across all clouds. The command 'cloud-init query' surfaces a
simple CLI to query or format any cached instance metadata so that scripts
or end-users do not have to write tools to crawl metadata themselves.
Since 'cloud-init query' is runnable by non-root users, redact any
sensitive data from instance-data.json and provide a root-readable
unredacted instance-data-sensitive.json. Datasources can now define a
sensitive_metadata_keys tuple which will redact any matching keys
which could contain passwords or credentials from instance-data.json.
Also add the following standardized 'v1' instance-data.json keys:
- user_data: The base64encoded user-data provided at instance launch
- vendor_data: Any vendor_data provided to the instance at launch
- underscore_delimited versions of existing hyphenated keys:
instance_id, local_hostname, availability_zone, cloud_name
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A syntax error creeped in with commit c7555762f3a3.
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Allow users to provide '## template: jinja' as the first line or their
#cloud-config or custom script user-data parts. When this header exists,
the cloud-config or script will be rendered as a jinja template.
All instance metadata keys and values present in
/run/cloud-init/instance-data.json will be available as jinja variables
for the template. This means any cloud-config module or script can
reference any standardized instance data in templates and scripts.
Additionally, any standardized instance-data.json keys scoped below a
'<v#>' key will be promoted as a top-level key for ease of reference in
templates. This means that '{{ local_hostname }}' is the same as using the
latest '{{ v#.local_hostname }}'.
Since instance-data is written to /run/cloud-init/instance-data.json, make
sure it is persisted across reboots when the cached datasource opject is
reloaded.
LP: #1791781
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Move the tools/net-convert.py to be exposed as part of 'cloud-init devel'
subcommands.
It can now be called like:
$ cloud-init devel net-convert
Or, if you just have checked out source (and no cli executable):
$ python3 -m cloudinit.cmd.devel.net_convert
or
$ python3 -m cloudinit.cmd.main devel net-convert
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In bash shells with bash_completion enabled, now the cloud-init
sub commands and parameters/flags will be shown.
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