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Update make check target to run pep8 and run pyflakes or pyflakes3
depending on the value of 'PYVER'. This way the python3 build
environment does not need python2 and vice versa.
Also have make check run the 'yaml' test.
tox: have tox run pep8 in the pyflakes
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Now we can run make check to assess pep8, pyflakes for python2 or 3
And execute unittests via nosetests (2 and 3).
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this makes 'make' run pyflakes, so failures there will stop a build.
also adds it to tox.
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LX-brand zones on Joyent's SmartOS use a different metadata source
(socket file) than the KVM-based SmartOS virtualization (serial port).
This patch adds support for recognizing the different flavors of
virtualization on SmartOS and setting up a metadata source file object.
After the file object is created, the rest of the code for the datasource
LP: #1540965
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We are treating JoyentMetadataClient as a unit which the data source
depends on, so we mock it out instead of providing a fake implementation
of it.
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- Refactor both the base64 encoding and decoding into utility functions.
Also:
- Mechanically fix some other broken untested code.
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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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LP: #1316597
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See LP: #1243287 for more information, but the easiest thing to do
here is just not run smartos on arm.
LP: #1243287
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This test case isn't really valid any more as we've changed
the way this works.
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This reduces how much cloud-init is explicitly involved in what "vendor-data"
could accomplish. The goal of vendor-data was to provide the vendor with a
channel to run arbitrary code that accomodate for their specific platform.
Much of those accomodations are currently being done in cloud-init.
However, this now moves some of those things to default "vendor-data", instead
of cloud-init proper.
Basically, now we have an 'sdc:vendor-data' key in the metadata.
If that does not exist, then cloud-init will use the default.
The default, provides a boothook. That boothook writes a file into
/var/lib/cloud/per-boot/ . That file will be both written on every boot
and then executed at rc.local time frame (by 'scripts-per-boot').
It will then execute /var/lib/cloud/instance/data/user-script
and /var/lib/cloud/instance/data/operator-script if they exist.
So, the things that cloud-init is now doing outside of the default vendor-data
that I would rather be done in vendor-data is:
* managing the population of instance/data/user-script and
instance/data/operator-script. These could very easily be done
from the boothook, but doing them in cloud-init removes the necessity
for having a 'mdata-get' command in the image (or some other way for
the boothook script to query the datasource).
* managing the LEGACY things.
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default #cloud-config that writes per-boot script that fetches subsequent
sdc:operator-scripts and executes it.
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1. fixed conflation of user-data and cloud-init user-data. Cloud-init
user-data is now namespaced as 'cloud-init:user-data'.
2. user-scripts are now fetched from the meta-data service each boot and
executed as in the scripts directory
3. datacenter name is now namespaced as sdc:datacenter
4. user-scripts should be shebanged if there is no file magic
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Also
* cloudinit/sources/DataSourceAzure.py: invalid xml in a file called
'ovfenv.xml' should raise BrokenAzureDatasource rather than
NonAzureDataSource
* cloudinit/sources/DataSourceSmartOS.py:
cloudinit/sources/DataSourceAzure.py
use 'ephemeral0' as the device name in builtin fs_setup
* tests/unittests/test_datasource/test_azure.py:
* always patch 'list_possible_azure_ds_devs' as it calls find_devs_with
which calls blkid, and dramatically was slowing down tests on my system.
* test_user_cfg_set_agent_command_plain:
fix this test to not depend on specific format of yaml.dumps().
* test_userdata_arrives: add a test that user-data makes it through
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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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Added documentation on SmartOS datasource.
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initialized.
Added a mapping of attributes between cloud-init and smartos.
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