def test_get_single_release_html_two_same_updates_same_month(self):
"""Test the HTML view with two updates of the same type from the same month."""
create_update(self.db, ['bodhi-3.4.0-1.fc27'])
create_update(self.db, ['rust-chan-0.3.1-1.fc27'])
self.db.flush()
res = self.app.get('/releases/f17', headers={'Accept': 'text/html'})
self.assertEquals(res.content_type, 'text/html')
self.assertIn('f17-updates-testing', res)
# Since the updates are the same type and from the same month, we should see a count of 2 in
# the graph data.
graph_data = 'data : [\n 2,\n ]'
self.assertTrue(graph_data in res)
def test_multiple_builds(self):
"""
Assert that a greenwave message updates the gating tests status of an update.
"""
# Create an update with multiple builds
with mock.patch(target='uuid.uuid4', return_value='multiplebuilds'):
update = create_update(
self.db,
['MultipleBuild1-1.0-1.fc17', 'MultipleBuild2-1.0-1.fc17'])
update.type = models.UpdateType.bugfix
update.severity = models.UpdateSeverity.medium
self.db.flush()
# Reference it in the incoming message
self.sample_message.body[
"subject_identifier"] = "MultipleBuild1-1.0-1.fc17"
# Put bogus info in the message to make sure it does not get used
self.sample_message.body["policies_satisfied"] = False
self.sample_message.body["summary"] = "this should not be used"
# before the greenwave consumer run the gating tests status is None
assert update.test_gating_status is None
with mock.patch('bodhi.server.models.util.greenwave_api_post'
) as mock_greenwave:
greenwave_response = {
'policies_satisfied': True,
'summary': "all tests have passed"
}
mock_greenwave.return_value = greenwave_response
self.handler(self.sample_message)
# After the consumer run the gating tests status was updated.
assert update.test_gating_status == models.TestGatingStatus.passed
def create_update(self, build_nvrs, release_name=u'F17'):
"""
Create and return an Update with the given iterable of build_nvrs. Each build_nvr should be
a tuple of strings describing the name, version, and release for the build. For example,
build_nvrs might look like this:
((u'bodhi', u'2.3.3', u'1.fc24'), (u'python-fedora-atomic-composer', u'2016.3', u'1.fc24'))
You can optionally pass a release_name to select a different release than the default F17,
but the release must already exist in the database.
This is a convenience wrapper around bodhi.tests.server.create_update so that tests can just
call self.create_update() and not have to pass self.db.
"""
return create_update(self.db, build_nvrs, release_name)
def test_build_unassociated(self, warning):
"""A warning should be logged if the Bodhi Build object is not associated with an Update."""
update = self.db.query(Update).one()
update.date_pushed = None
u = create_update(self.db, [u'TurboGears-1.0.2.2-4.fc17'])
u.builds[0].update = None
self.db.flush()
# _fetch_updates() is called as part of UpdateInfoMetadata.__init__() so we'll just
# instantiate one.
md = UpdateInfoMetadata(update.release, update.request, self.db, self.temprepo,
close_shelf=False)
warning.assert_called_once_with(
'TurboGears-1.0.2.2-4.fc17 does not have a corresponding update')
# Since the Build didn't have an Update, no Update should have been added to md.updates.
self.assertEqual(md.updates, set([]))
def create_update(self, build_nvrs, release_name='F17'):
"""
Create and return an Update with the given iterable of build_nvrs.
Each build_nvr should be a tuple of strings describing the name, version, and release for
the build. For example, build_nvrs might look like this:
(('bodhi', '2.3.3', '1.fc24'), ('python-fedora-atomic-composer', '2016.3', '1.fc24'))
You can optionally pass a release_name to select a different release than the default F17,
but the release must already exist in the database.
This is a convenience wrapper around bodhi.tests.server.create_update so that tests can just
call self.create_update() and not have to pass self.db.
Args:
build_nvrs (iterable): An iterable of 3-tuples. Each 3-tuple is strings that express
the name, version, and release of the desired build.
release_name (basestring): The name of the release to associate with the new updates.
Returns:
bodhi.server.models.Update: The new update.
"""
return create_update(self.db, build_nvrs, release_name)
