Add a separate unit test to do a compose for a RHEL based image,
but then restrict the execution of test_compose_{disto} to the
distribution the test is running on, since currently cross-
distribution builds can be problematic.
Instead of manually copying credentials around, use the new
copy-creds.sh script. Also don't manually initialize kerberos,
because that is now done automatically by the worker and the
builder.
This script is intended to be called between "run-koji-container"
and "run-builder". It will copy the kerberos keytabs out of the
temporary directory generated by "run-koji-container" as well as
copying the SSL/TLS certificates from host to the share dir so
that the plugin ca use it to authenticate itself to composer.
This will create the a certificate authority (CA) and then create
a cert for composer and another one for the worker. The worker
one can also be used by the koji plugin.
The configuration file is needed to get subjectAltName working.
Use the standard session and options mock object together with the
new composer mock object to simulate a successful compose:
the mock composer will accept the request and also status calls
for it, which will immediately return with success. The plugin
should then return and indicate a successful compose.
Use httpretty to mock composer responses. Create a helper method
to configure a session object that should result in a valid
compose request. Simulate a bad request by asking for an arch
that the mock composer will refuse and check the correct exception
is thrown in the builder plugin.
Add the requests and httpretty packages to the test environment.
The former will be used in the builder plugin and the latter for
mocking http requests.
Create a new plugintest.PluginTest class that shares the plugin
loading code that is common to all plugin testing. Adapt the
existing (hub, builder) tests.
Also correct the name for test_builder.TestHubPlugin to
TestBuilderPlugin.
Create a github action that accepts any command with args and runs
it in a container that is prepared with all the dependencies for
koji (hub, builder, command line), so all tests, like pylint or
unit tests can run in it.
Instead of creating a compose from integration.sh, use the new
python based integration tests. The integration.sh script will
this just setup the environment and the actual tests are all
found in test/integration/
Try testing a compose via the koji, which involves creating using
the koji command line plugin to make the XMLRPC call to koji hub,
where the osbuild koji hub plugin verifies the parameters and then
creates the task. The osbuild koji plugin for the builder is then
picking up the task, and uses composer's koji API to request a
compose. Once this is successful it will be imported by composer
into koji via the 'CGImport' method.
The `koji osbuild-image` command waits for all this and reports
whether the task was successful or not via its exit code (and
on stdout).
This uses a fleet of containers: a database one, a kerberos kdc
one, another one for the koju hub and finally one for the koji
builder. The pre-build RPMs are used to install the plugins.
NB: On RHEL we need to manually install the `dnsname` podman
plugin, since it is missing, but required so that containers
can address each other by hostnames.
See [schutzbot/vendor/README.md](schutzbot/vendor/README.md)
The CI is in two stages, for each supported distro.
First the RPMs are generated from the spec file in the repo for the
given distro and architecture.
Once all the RPM builds have succeeded successfully, a test machine is
provisioned with osbulid-composer installed, and koji API enabled.
The repository containing the RPMs of the code being tested is also
enabled on the test machine, and the cli client is installed.
Finally, the test/integration.sh script is executed, which currently
does nothing.
Signed-off-by: Tom Gundersen <teg@jklm.no>
