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We no longer need to support versions which don't have
subprocess.check_output, so we can rely on its presence in the stdlib.
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- tested on OpenBSD 6.6
- tested on OpenStack without config drive, and NoCloud with ISO config
drive
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Add support for the NetBSD Operating System.
Features in this branch:
* Add BSD distro parent class from which NetBSD and FreeBSD can
specialize
* Add *bsd util functions to cloudinit.net and cloudinit.net.bsd_utils
* subclass cloudinit.distro.freebsd.Distro from bsd.Distro
* Add new cloudinit.distro.netbsd and cloudinit.net.renderer for
netbsd
* Add lru_cached util.is_NetBSD functions
* Add NetBSD detection for ConfigDrive and NoCloud datasources
This branch has been tested with:
- NoCloud and OpenStack (with and without config-drive)
- NetBSD 8.1. and 9.0
- FreeBSD 11.2 and 12.1
- Python 3.7 only, because of the dependency oncrypt.METHOD_BLOWFISH.
This version is available in NetBSD 7, 8 and 9 anyway
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Parse /etc/system-release-cpe to detect Amazon Linux and set the proper value.
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Per lintian, this is the path at which bash completion scripts should
now be installed.
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The systemd generator used had a hard coded path for the location target
file to create. This path does not apply to all distributions.
Make the generator and template to have the path set during build time.
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Add a quick cloud lookup utility in order to more easily determine
the cloud on which an instance is running.
The utility parses standardized attributes from
/run/cloud-init/instance-data.json to print the canonical cloud-id
for the instance. It uses known region maps if necessary to determine
on which specific cloud the instance is running.
Examples:
aws, aws-gov, aws-china, rackspace, azure-china, lxd, openstack, unknown
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Allow the user to set the distribution with --distro argument to setup.py.
Fall back is to read /etc/os-release. Final backup is to use
platform.dist() Python function. The platform.dist() function is
deprecated and will be removed in Python 3.7
LP: #1745235
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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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cloud-init renders template files during its run of setup.py.
Those rendered files were in a temp dir and were making their
way into the SOURCES.txt file. That caused problems for SuSE's build
system that desired for reproducible builds.
https://reproducible-builds.org/
We do not want to include those, so here we explicitly prune them out.
The issue of SOURCES.txt containing tmp files was reproducible with:
$ rm -Rf cloud_init.egg-info
$ git clean --force
$ rm -Rf ../root.d; python3 setup.py install --root=../root.d
$ grep ^tmp cloud_init.egg-info/SOURCES.txt
goo: http://bugzilla.opensuse.org/show_bug.cgi?id=1069635
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Here we commit the SuSE provided sysvinit scripts. They are very similar
to those in redhat/ directory. They differ in small but important ways.
Rather than build a template system here we will just accept the copy
and paste. sysvinit in both RedHat and SuSE is EOL, so we do not
expect any real maintenance cost here.
LP: #1718649
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Revert "centos: do not package systemd-fsck drop-in."
Revert "systemd: make systemd-fsck run after cloud-init.service"
The systemd-fsck drop-in caused regressions by introducing ordering
The change reverts the original commit that added systemd-fsck drop-in
and another commit that had removed that from the centos packaging:
1f5489c258a26f4e26261c40786537951d67df1e
8a5296c41db45be3a172862f324ad44e732a2250
The result is to no longer provide the systemd-fsck drop-in.
LP: #1717477
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The ubuntu-init-switch module allowed the use to launch an instance that
was booted with upstart and have it switch its init system to systemd and
then reboot itself. It was only useful for the time period when Ubuntu was
transitioning to systemd but only produced images using upstart.
Also, do not run setup with --init-system=upstart. This means that by
default, debian packages built with packages/bddeb will not have upstart
unit files included. No other removal is done here.
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This is not yet called, but will be called in a subsequent Ec2-related branch to manually initialize a network interface with the responses using dhcp discovery without any dhcp-script side-effects. The functionality has been tested on Ec2 ubuntu and CentOS vms to ensure that network interface initialization works in both OS-types.
Since there was poor unit test coverage for the cloudinit.net.__init__ module, this branch adds a bunch of coverage to the functions in cloudinit.net.__init. We can also now have unit tests local to the cloudinit modules. The benefits of having unittests under cloudinit module:
- Proximity of unittest to cloudinit module makes it easier for ongoing devs to know where to augment unit tests. The tests.unittest directory is organizated such that it
- Allows for 1 to 1 name mapping module -> tests/test_module.py
- Improved test and module isolation, if we find unit tests have to import from a number of modules besides the module under test, it will better prompt resturcturing of the module.
This also branch touches:
- tox.ini to run unit tests found in cloudinit as well as include all test-requirements for pylint since we now have unit tests living within cloudinit package
- setup.py to exclude any test modules under cloudinit when packaging
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cloud-init.service may write filesystems (fs_setup) or re-partition
(disk_setup) disks.
If systemd-fsck is running on a device while that is occuring
then the partitioning or mkfs might fail due to the device being busy.
Alternatively, the fsck might fail and cause subsequent mount to fail.
LP: #1691489
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Under el7, cloud-init systemd files need some unit tweaks to ensure
they run at the right time. Pull in current el7 downstream systemd unit
changes.
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Cloud-init's template renderer does not require the use of cheetah
(which is python2 only) so do not put it in the list of package
requirements.
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Here we move the config/cloud.cfg to be rendered as a template.
That allows us to maintain deltas between distros in one place.
Currently we use 'variant' variable to make decisions.
A tools/render-cloudcfg is provided to render the file.
There were changes to setup.py, MANIFEST.in to allow us to put all
files into a virtual env installation and to render the cloud-config
file in 'install' or 'bdist' targets.
We have also included some config changes that were found in the
redhat distro spec.
* include some config changes from the redhat distro spec.
The rendered cloud.cfg has some differences.
Ubuntu: white space and comment changes only.
Freebsd:
- whitespace changes and comment changes
- datasource_list definition moved to be closer to 'datasource'.
- enable modules: migrator, write_files
- move package-update-upgrade-install to final.
The initial work was done by Josh Harlow.
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This patch targets to make FreeBSD 10.3 or 11 work on Azure. The
modifications abide by the rule of:
* making as less modification as possible
* delegate to the distro or datasource where possible.
The main modifications are:
1. network configuration improvements, and movement into distro path.
2. Fix setting of password.
Password setting through "pw" can only work through pipe.
3. Add 'root:wheel' to syslog_fix_perms field.
4. Support resizing default file system (ufs)
5. copy cloud.cfg for freebsd to /etc/cloud/cloud.cfg rather than
/usr/local/etc/cloud/cloud.cfg.
6. Azure specific changes:
a. When reading the azure endpoint, search in a different path
and read a different option name (option-245 vs. unknown-245).
so, the lease file path should be generated according to platform.
b. adjust the handling of ephemeral mounts for ufs filesystem and
for finding the ephemeral device.
c. fix mounting of cdrom
LP: #1636345
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Add a basic snapcraft.yaml file to allow the execution of cloud-init as
a snap. This will always pull down the latest source from master for
the snap. setup.py will now also set the default init system to be
systemd when no other is passed to it.
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ds-identify is run here from the generator. If ds-identify does
not see any datasources, it can completely disable cloud-init.
The big value in this is that if there is no datasource, no python
will ever be loaded, and cloud-init will be disabled.o
The default policy being added here is:
search,found=all,maybe=all,notfound=disabled
That means:
- enable (in 'datasource_list') all sources that are found.
- if none are found, enable all 'maybe'.
- if no maybe are found, then disable cloud-init.
On platforms without DMI (everything except for aarch64 and x86),
the default 'notfound' setting is 'enabled'. This is because many of
the detection mechanisms rely on dmi data, which is present only on
x86 and aarch64.
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This has been a recurring ask and we had initially just made the change to
the cloud-init 2.0 codebase. As the current thinking is we'll just
continue to enhance the current codebase, its desirable to relicense to
match what we'd intended as part of the 2.0 plan here.
- put a brief description of license in LICENSE file
- put full license versions in LICENSE-GPLv3 and LICENSE-Apache2.0
- simplify the per-file header to reference LICENSE
- tox: ignore H102 (Apache License Header check)
Add license header to files that ship.
Reformat headers, make sure everything has vi: at end of file.
Non-shipping files do not need the copyright header,
but at the moment tests/ have it.
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Adds an install option for for OpenRC init scripts.
I've also restricted installing tests more correctly.
Also, don't hardcode the path to ip (/bin/ip on gentoo).
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It is more efficient and cross-distribution safe to use the hooks function
from dhclient to obtain the Azure endpoint server (DHCP option 245).
This is done by providing shell scritps that are called by the hooks
infrastructure of both dhclient and NetworkManager. The hooks then
invoke 'cloud-init dhclient-hook' that maintains json data
with the dhclient options in
/run/cloud-init/dhclient.hooks/<interface>.json .
The azure helper then pulls the value from
/run/cloud-init/dhclient.hooks/<interface>.json file(s). If that file does
not exist or the value is not present, it will then fall back to the
original method of scraping the dhcp client lease file.
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Modification of the tarball became problematic, as it meant that
any tool extracting source would find the orig source tarball different.
I found this unusable when trying to use 'gbp buildpackage'.
Other changes here are to better support using python3 or python2
for the build. Makefile will try to call the right python version
and can be told which python to use.
read-version: by adding 'tiny_p' and avoiding the import of
cloudinit.util, we need less dependencies to run this.
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This allows for the test_cli test to be more sane.
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This didn't really work. See bug for more info.
LP: #1577844
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Note, still broken as cloud-init local is not going to ever touch the
CI_NET_READY file (/run/cloud-init/network-config-ready).
So as this is , it will actually just block for 60 seconds and go on.
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And install them in the Debian packaging.
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2. Cheetah is not compatible with Python 3.
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* Use universal_newlines in setup.py so it will work properly in Python 3.
* Fix a pyflakes complaint in setup.py
* Add a simple MANIFEST.in
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--ignore was being called with ',E121,E...' rather than
'E121,E...'.
that resulted in odd behavior, missing the pep8 errors that are fixed
here.
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To make it so that cloud-init is installable in a virtualenv
where it can be tested in an isolated scenario we need to avoid
using and including datafiles (which won't be written into the
virtualenv) and also avoid using our initsys helper class which
also adds on its own files when we are being ran from a virtualenv.
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This just removes comments '# pylint:' things and other code
remnents of pylint.
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ofcourse already was good) and FreeBSD (which realy likes /usr/local
for this).
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sysvinit_freebsd argument. Specifying sysvinit will install the RH
scripts, which is wrong.
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