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cloud-initramfs-growroot is an initramfs module in cloud-initramfs-tools
that resizes the root partition before the root is pivoted over.
growroot was used in Ubuntu up to and including 12.10. The file
/etc/growroot-disabled on the root filesystem was the only way of
disabling the growing of the root partition.
In cloud-init 0.7.2 cloud-init began resizing the root partition
as growpart gained the ability to utilize 'ptupdate' in kernels > 3.8.
This was a big improvement as now the user could disable or enable
the growing of the root partition via user-data.
In order to let users disable growing of / very simplistically cloud-init
will now respect the presense of /etc/growroot-disabled unless config
specifically tells it to ignore that file.
LP: #1234331
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Remove duplicate 'password' text.
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Changed cc_disk_setup to handle the file systems as a label, no longer
passing "log" around.
Tidied up the documentation to reflect the changes and made grammer,
spelling and improved the content a little.
Added disk_setup to the default modules list.
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The most likely end user operation (or at least a valid one) for base64
encoding would be to encode the user-data, but leave all other values
as plaintext.
In order to facilitate that, the user can simply add:
b64-user-data=true
to indicate that user-data is base64 encoded.
Other changes here are to change the cloud-config and metadata keynames
that are used.
base64_all = boolean(True)
base64_keys = [list, of, keys]
Fixed up tests to accomodate.
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LP: #1057195
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Added documentation on SmartOS datasource.
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See the added doc/sources/azure/README.rst for why this is necessary.
Essentially, we now are doing the following in the get_data() method
of azure datasource to publish this NewHostname:
hostname NewHostName
ifdown eth0;
ifup eth0
LP: #1202758
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dist-upgrade is generally more correct here to get all packages upgraded.
We add the options to change these in system_info. Also, document
the previous apt configuration change (apt_get_command).
LP: #1164147
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In general, dist-upgrade is the correct behavior here.
It will get a new kernel, though, which could be annoying. So, allow
a way to turn it off (by setting 'apt_get_upgrade_subcommand: upgrade').
LP: #1164147
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It had been changed in code, but not in docs. So we needed
to reflect the change in docs as well so that both are in
sync.
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This allows a single file to declare and activate this data source.
This could come from:
* cloud-config-url on kernel cmdline
* /etc/cloud/cloud.cfg.d
* debian preseed of 'cloud-init/local-cloud-config'
Also here is
* some tests
* a small fix to parse_cmdline_data found when writing those tests.
LP: #1115833
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Add a base set for ec2 and datasource none.
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Start moving the current README for
datasources to a RST format and include
those files in the rtd site.
LP: #1113650
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LP: #1115833
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The write_files documentation incorrectly used 'perms' rather than
'permissions'.
LP: #1111205
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This change adds the ability to provide specific package versions to
Distro.install_packages and subsequently Distro.package_command. In order
to effectively use Distro.install_packages, one is now able to pass a
variety of formats in order to easily manage package requirements.
These are examples of what can be passed:
- "package"
- ["package1","package2"]
- ("package",)
- ("package", "version")
- [("package1",)("package2",)]
- [("package1", "version1"),("package2","version2")]
This change also adds the option to install a specific version for the
puppet configuration module. This is especially important here as
successful puppet deployments are highly reliant on specific puppet
versions.
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Augmenting the package version support to be available when specifying
extra packages to be installed at boot via the 'packages:' yaml key. This
change also improves type checking and add a configuration example to the
docs.
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Managing resolv.conf can be quite handy when running in an environment
where you would like to control DNS resolution, despite being provided
DNS server information by DHCP. This module will allow one to define the
structure of their resolv.conf and write it PER_ONCE.
Right now this makes the most sense on RedHat, and therefore, has defined 'distros' as such.
Note that when a config drive is used, and dhcp is not used that this module
may not be applicable since in the RedHat based distros the config drive typically
contains a ubuntu style network configuration which contains nameservers that can
be used in /etc/resolv.conf, but for other types of datasources it is useful to
have a module which can be specifically configured to write out /etc/resolv.conf
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