When collecting results, not only check pending tests, but also new results for
failed tests. This picks up new test results from manual retries which might
now have succeeded.
Their default values are invalid and must be set locally. But as
britney1-ubuntu copies these into production, we would run with an invalid
config with an unmodified config file.
Until now, autopkgtest results were triggered via an external "adt-britney"
command from lp:auto-package-testing. This required a lot of state files and
duplicated effort, uses hardcoded absolute paths to these external tools, and
is quite hard to understand and maintain. We also want to move away from
Jenkins and rsyncing state files.
Directly retrieve autopkgtest results from a publicly readable and browsable
Swift container, with a debci-compatible layout
(https://wiki.debian.org/debci/DistributedSpec). This now tracks both requests
and results on a per-architecture granularity, so that we can track
per-architecture regressions/always-failed.
Introduce a new ADT_SWIFT_URL config option that sets the swift base URL. If
this key is not set, the behaviour does not change compared to previous
versions, and no results will be retrieved from the cloud.
This still keeps the old adt-britney requests/results as the authoritative
data and for now merely shows the swift results in addition. With that we can
compare the results and run the cloud testing in parallel to find/fix problems
until we switch over. Due to that, the code to britney.py is temporary, does
*not* use AutoPackageTest.results(), and instead just reads the internal
results map.
This is necessary so that we can properly match requested to received results
when the latter arrive in different runs for different architectures.
This also opens up the possibility of per-arch blacklisting later.
Until now, autopkgtests were triggered via an external "adt-britney" command
from lp:auto-package-testing. This duplicated a lot of effort (such as its own
chdist and reverse dependency calculation), maintains a lot of state files,
uses hardcoded absolute paths to these external tools, and is quite hard to
understand and maintain. We want to get rid of all this.
Add logic to AutoPackageTest.request() to use britney's existing reverse
dependency maps and figure out the set of tests to run for packages in
unstable. These are being tracked in "requested_tests".
Add logic to AutoPackageTest.submit() to send test requests to the AMQP server
specified in the new "ADT_AMQP" config key. For testing this can be a file://
URL, and if not set no test requests will be sent at all.
The set of tests which were requested in previous runs are tracked in
UNSTABLE/autopkgtest/pending.txt, so that we don't re-request tests in
subsequent runs.
There is no implementation for collect() and results() yet, these will be done
in a separate commit.
Add initial test cases.
Don't change britney.conf from the source tree and restore it back after the
tests; this is prone to leave a broken config behind if a test gets
interrupted. Instead, copy the file to our temp dir, and let tests hack on it
there.
(Introduced in lp:~canonical-ci-engineering/britney/boottesting-support)
Extend read_sources to store a new AUTOPKGTEST boolean flag, which is true if
the Testsuite: field exists and starts with "autopkgtest" (this covers autodep8
cases like autopkgtest-pkg-perl).
Extend TestData.add() to take a new testsuite argument which specifies the
source's Testsuite: field.
Fix boottest-britney location to match production.
Fix TestTouchManifest test failures, now that we retry on manifest download errors, the tests should inhibit the retries when testing the failures.
5 out of the 8 TestBoottestEnd2End are still failing because the excuse says the tests are skipped instead of running/failing/being in progress, etc.
