def test_01_repo_sync_finish(self):
self.el.update(self.pulp, {'event_types': ['repo.sync.finish']})
self.el.reload(self.pulp)
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo, importer, [distributor] = YumRepo(
id='sync_error_repo',
importer=YumImporter(feed='http://example.com/repos/none'),
distributors=[YumDistributor(relative_url='/repos/none')
]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor):
response = repo.sync(self.pulp)
self.assertPulpOK()
with self.assertRaises(TaskFailure):
# make sure the sync did not succeed
Task.wait_for_report(self.pulp, response)
tasks = Task.from_report(self.pulp, response)
# assert the bin contains request with a failed task in body
self.bin.reload()
assert self.bin.request_count == 1, 'invalid bin.request count: %s' % self.bin.request_count
el_request = self.bin.requests[0]
assert el_request.method == 'POST', 'invalid bin request method: %s' % el_request.method
el_task = Task.from_call_report_data(json.loads(el_request.body))
# doesn't work and won't get fixed --- disabling
# assert el_task.state == TASK_ERROR_STATE, 'invalid request.body:Task.state: %s' % el_task.state
assert el_task.id in [
task.id for task in tasks
], 'invalid request.body:Task.id: %s' % el_task.id
def _test_02_repo_publish_finish(self):
self.el.update(self.pulp, {'event_listener': ['repo.publish.finish']})
self.el.reload(self.pulp)
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo, importer, [distributor] = YumRepo(
id='publish_error_repo',
importer=Importer.from_role(repo_role),
distributors=[
YumDistributor(distributor_type_id='invalid_distributor_id',
relative_url='xyz')
]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor):
response = repo.publish(self.pulp, 'invalid_distributor_id')
self.assertPulpOK()
with self.assertRaises(TaskFailure):
# make sure the publish task failed
Task.wait_for_report(self.pulp, response)
task = Task.from_report(self.pulp, response)
# assert the bin contains a request with a fained task in body
self.bin.reload()
assert self.bin.request_count == 1, 'invalid bin.request_count: %s' % self.bin.request_count
el_request = self.bin.requests[0]
assert el_request.method == 'POST', 'invalid bin request method: %s' % el_request.method
el_task = Task.from_call_report_data(json.loads(el_request.body))
assert el_task.state == TASK_ERROR_STATE, 'invalid request.body:Task.state: %s' % el_task.state
assert el_task.id in [
task.id for task in tasks
], 'invalid request.body:Task.id: %s' % el_task.id
def setUpClass(cls):
super(SimpleRepoCopyTest, cls).setUpClass()
#Destination repo
# make sure repos don't exist
# no need to wait for repos.delete to happen
dest_repo_name = cls.__name__ + '_copy'
dest_repo1 = Repo({'id': dest_repo_name})
dest_repo1.delete(cls.pulp)
cls.dest_repo1, _, _ = YumRepo(
id=dest_repo_name,
importer=YumImporter(None),
distributors=[YumDistributor(relative_url='abc')]).create(cls.pulp)
#2nd Destination Repo
dest_repo_name = cls.__name__ + '_copy1'
dest_repo2 = Repo({'id': dest_repo_name})
dest_repo2.delete(cls.pulp)
cls.dest_repo2, _, _ = YumRepo(
id=dest_repo_name,
importer=YumImporter(None),
distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
# Source repo
default_repo_config = [
repo for repo in ROLES.repos if repo.type == 'rpm'
][0]
cls.source_repo, _, _ = YumRepo.from_role(default_repo_config).create(
cls.pulp)
Task.wait_for_report(cls.pulp, cls.source_repo.sync(cls.pulp))
def testcase_02_upload_rpm(self):
# create yum-repo, -importer, -distributor
repo, importer, [distributor] = YumRepo(id='upload_test_rpm_repo', importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor) as (repo, importer, distributor):
# create and perform an rpm url upload
self.rpm_uploader(self.pulp, self.rpm_url_bear, repo, distributor)
def setUpClass(cls):
super(PublishGroupTest, cls).setUpClass()
# create repo_group
repo_group = RepoGroup(data={'id': cls.__name__ + "_repo_group"})
response = repo_group.create(cls.pulp)
cls.repo_group = RepoGroup.from_response(response)
cls.repo_group1 = RepoGroup(data={'id': cls.__name__ + "_repo_group1"})
#associate_distributor
with cls.pulp.asserting(True):
response = cls.repo_group.associate_distributor(
cls.pulp,
data={
'distributor_type_id': 'group_export_distributor',
'distributor_config': {
'http': False,
'https': False
},
'distributor_id': 'dist_1'
})
cls.distributor = GroupDistributor.from_response(response)
#create repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, importer, [
distributor
] = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
def setUpClass(cls):
super(PublishGroupTest, cls).setUpClass()
# create repo_group
repo_group=RepoGroup(data={'id': cls.__name__ + "_repo_group"})
response=repo_group.create(cls.pulp)
cls.repo_group = RepoGroup.from_response(response)
cls.repo_group1 = RepoGroup(data={'id': cls.__name__ + "_repo_group1"})
#associate_distributor
with cls.pulp.asserting(True):
response = cls.repo_group.associate_distributor(
cls.pulp,
data={
'distributor_type_id': 'group_export_distributor',
'distributor_config': {
'http': False,
'https': False
},
'distributor_id': 'dist_1'
}
)
cls.distributor = GroupDistributor.from_response(response)
#create repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, importer, [distributor] = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
def setUpClass(cls):
super(ImporterDistributorTest, cls).setUpClass()
#create repo with inporter/distributer associated
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, [cls.distributor] = YumRepo.from_role(repo_config).create(cls.pulp)
cls.importer = cls.repo.get_importer(cls.pulp, "yum_importer")
cls.repo1 = Repo(data={'id': cls.__name__ + "_repo1"})
def setUpClass(cls):
super(PuppetCopyRepoTest, cls).setUpClass()
# this repo role is hardwired because of the search strings
# refering to exact names as e.g. tomcat7_rhel
# The proxy role is considered
repo = {
'id': cls.__name__,
'feed': 'https://forge.puppetlabs.com',
'queries': ['tomcat'],
'proxy': ROLES.get('proxy'),
}
# create source repo and sync it to have modules fetched
cls.source_repo, _, _ = PuppetRepo.from_role(repo).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.source_repo.sync(cls.pulp))
# create two destinations repos for copy purpose
importer = PuppetImporter(feed=None, queries=[])
distributors = [PuppetDistributor()]
cls.dest_repo1, _, _ = PuppetRepo(id=cls.__name__ + '1',
importer=importer,
distributors=distributors).create(
cls.pulp)
cls.dest_repo2, _, _ = PuppetRepo(id=cls.__name__ + '2',
importer=importer,
distributors=distributors).create(
cls.pulp)
# create data for repo
cls.invalid_repo = Repo(data={'id': cls.__name__ + "_invalidrepo"})
# create yum repo
cls.yumrepo, _, _ = YumRepo(
id=cls.__name__ + 'yum',
importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
def setUpClass(cls):
super(PackageCategoryTest, cls).setUpClass()
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0].copy()
repo_role.id = cls.__name__ + '_repo1'
cls.repo1, cls.importer1, [cls.distributor1] = YumRepo.from_role(repo_role).create(cls.pulp)
cls.repo2, cls.importer2, [cls.distributor2] = YumRepo(id=cls.__name__ + '_repo2', importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
#sync
with cls.pulp.asserting(True):
response = cls.repo1.sync(cls.pulp)
Task.wait_for_report(cls.pulp, response)
#publish
with cls.pulp.asserting(True):
response = cls.repo1.publish(cls.pulp, cls.distributor1.id)
Task.wait_for_report(cls.pulp, response)
def setUpClass(cls):
super(ConsumerAuthTest, cls).setUpClass()
cls.ROLES = ROLES
cls.PROFILE = PROFILE
cls.rsa_primary = RSA.load_key(
'/usr/share/pulp_auto/tests/data/fake-consumer.pem')
cls.rsa_secondary = RSA.load_key(
'/usr/share/pulp_auto/tests/data/fake-consumer-secondary.pem')
bio_fd = BIO.MemoryBuffer()
cls.rsa_primary.save_pub_key_bio(bio_fd)
cls.pub_pem_primary = bio_fd.getvalue()
bio_fd = BIO.MemoryBuffer()
cls.rsa_secondary.save_pub_key_bio(bio_fd)
cls.pub_pem_secondary = bio_fd.getvalue()
repo_role = [repo for repo in cls.ROLES.repos if repo.type == 'rpm'][0]
cls.repo, cls.importer, [
cls.distributor
] = YumRepo.from_role(repo_role).create(cls.pulp)
cls.consumer = Consumer.register(cls.pulp,
cls.__name__ + '_consumer',
rsa_pub=cls.pub_pem_primary)
cls.agent = Agent(pulp_auto.handler,
PROFILE=pulp_auto.handler.profile.PROFILE)
cls.qpid_handle = QpidHandle(cls.ROLES.qpid.url,
cls.consumer.id,
auth=Authenticator(
signing_key=cls.rsa_primary,
verifying_key=cls.pulp.pubkey))
def setUpClass(cls):
super(ImporterDistributorTest, cls).setUpClass()
#create repo with inporter/distributer associated
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, [cls.distributor
] = YumRepo.from_role(repo_config).create(cls.pulp)
cls.importer = cls.repo.get_importer(cls.pulp, "yum_importer")
cls.repo1 = Repo(data={'id': cls.__name__ + "_repo1"})
def setUpClass(cls):
# set up a repo for the test cases
super(EventListenerTest, cls).setUpClass()
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0].copy()
repo_role.id = 'EventListenerRepo'
# this test case relies on exact events counts
# auto_publish would mess things up
repo_role.auto_publish = False
cls.repo, cls.importer, [cls.distributor] = YumRepo.from_role(repo_role).create(cls.pulp)
def setUpClass(cls):
# set up the class with a repo that is synced and set up for nodes to feed from
super(NodeTestRepo, cls).setUpClass()
cls.node.activate(cls.pulp)
repo_role = ROLES.repos[0]
cls.repo, cls.importer, [cls.distributor] = YumRepo.from_role(repo_role).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
response = cls.repo.associate_distributor(cls.pulp, NodeDistributor.default().data)
cls.node_distributor = NodeDistributor.from_response(response)
def testcase_03_parallel_upload_rpms(self):
import gevent
repo, importer, [distributor] = YumRepo(id='upload_test_rpm_repo', importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor) as (repo, importer, distributor):
# create and perform an rpm url upload
jobs = [gevent.spawn(lambda: self.rpm_uploader(self.pulp, url, repo, distributor)) for url in \
[self.rpm_url_bear, self.rpm_url_mouse]]
gevent.joinall(jobs, raise_error=True)
def setUpClass(cls):
super(RegRepoFeedTest, cls).setUpClass()
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0].copy()
repo_role.id = cls.__name__ + '_repo'
# create repo
cls.repo, cls.importer, [cls.distributor] = YumRepoFacade.from_role(repo_role).create(cls.pulp)
# create consumer
cls.consumer = Consumer(ROLES.consumers[0])
setattr(cls.consumer, 'cli', Cli.ready_instance(**ROLES.consumers[0]))
def setUpClass(cls):
super(SimpleOrphanTest, cls).setUpClass()
# prepare orphans by syncing and deleting a repo
# make sure the repo is gone
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo = Repo(repo_config)
repo.delete(cls.pulp)
# create and sync repo
cls.repo, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
# this is where orphans appear
Task.wait_for_report(cls.pulp, cls.repo.delete(cls.pulp))
def _test_02_repo_publish_finish(self):
self.el.update(self.pulp, {'event_listener': ['repo.publish.finish']})
self.el.reload(self.pulp)
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo, importer, [distributor] = YumRepo(id='publish_error_repo', importer=Importer.from_role(repo_role),
distributors=[YumDistributor(distributor_type_id='invalid_distributor_id', relative_url='xyz')]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor):
response = repo.publish(self.pulp, 'invalid_distributor_id')
self.assertPulpOK()
with self.assertRaises(TaskFailure):
# make sure the publish task failed
Task.wait_for_report(self.pulp, response)
task = Task.from_report(self.pulp, response)
# assert the bin contains a request with a fained task in body
self.bin.reload()
assert self.bin.request_count == 1, 'invalid bin.request_count: %s' % self.bin.request_count
el_request = self.bin.requests[0]
assert el_request.method == 'POST', 'invalid bin request method: %s' % el_request.method
el_task = Task.from_call_report_data(json.loads(el_request.body))
assert el_task.state == TASK_ERROR_STATE, 'invalid request.body:Task.state: %s' % el_task.state
assert el_task.id in [task.id for task in tasks], 'invalid request.body:Task.id: %s' % el_task.id
def setUpClass(cls):
super(ScheduledSyncTest, cls).setUpClass()
# create and sync rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
# create a schedule sync
cls.importer = cls.repo.get_importer(cls.pulp, "yum_importer")
# sync will be done every minute
response = cls.importer.schedule_sync(cls.pulp, "PT1M")
cls.action = ScheduledAction.from_response(response)
cls.delta = time.time() + 120
def testcase_01_upload_and_download_using_dnf_rpm(self):
# create yum-repo, -importer, -distributor
repo, importer, [distributor] = YumRepo(id='test_22_rpm_repo_for_dnf', importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor):
# create and perform an rpm url upload
with deleting(self.pulp, upload_url_rpm(self.pulp, self.rpm_url)) as (upload,):
# assign the upload to the repo
response = upload.import_to(self.pulp, repo)
self.assertPulpOK()
Task.wait_for_report(self.pulp, response)
# check the content is accessible
response = repo.publish(self.pulp, distributor.id)
self.assertPulpOK()
Task.wait_for_report(self.pulp, response)
# fetch the package through the repo
pulp_rpm_url = distributor.content_url(self.pulp, url_basename(self.rpm_url))
pulp_repo = distributor.content_url(self.pulp)
with closing(temp_url(pulp_rpm_url)) as tmpfile:
assert url_basename(self.rpm_url).startswith(rpm_metadata(tmpfile)['unit_key']['name'])
assert "bear" == download_package_with_dnf(self.pulp, pulp_repo, "bear")
def setUpClass(cls):
super(ScheduledSyncTest, cls).setUpClass()
# create and sync rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
# create a schedule sync
cls.importer = cls.repo.get_importer(cls.pulp, "yum_importer")
# sync will be done every minute
response = cls.importer.schedule_sync(cls.pulp, "PT1M")
cls.action = ScheduledAction.from_response(response)
cls.delta = time.time() + 120
def setUpClass(cls):
super(SimpleOrphanTest, cls).setUpClass()
# prepare orphans by syncing and deleting a repo
# make sure the repo is gone
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo = Repo(repo_config)
repo.delete(cls.pulp)
# create and sync repo
cls.repo, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
# this is where orphans appear
Task.wait_for_report(cls.pulp, cls.repo.delete(cls.pulp))
def setUpClass(cls):
# set up a repo for the test cases
super(EventListenerTest, cls).setUpClass()
repo_role = [repo for repo in ROLES.repos
if repo.type == 'rpm'][0].copy()
repo_role.id = 'EventListenerRepo'
# this test case relies on exact events counts
# auto_publish would mess things up
repo_role.auto_publish = False
cls.repo, cls.importer, [
cls.distributor
] = YumRepo.from_role(repo_role).create(cls.pulp)
def setUpClass(cls):
# set up the class with a repo that is synced and set up for nodes to feed from
super(NodeTestRepo, cls).setUpClass()
cls.node.activate(cls.pulp)
repo_role = ROLES.repos[0]
cls.repo, cls.importer, [
cls.distributor
] = YumRepo.from_role(repo_role).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
response = cls.repo.associate_distributor(
cls.pulp,
NodeDistributor.default().data)
cls.node_distributor = NodeDistributor.from_response(response)
def setUpClass(cls):
super(ScheduledPublishTest, cls).setUpClass()
# create and sync and publish rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, [cls.distributor] = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
Task.wait_for_report(cls.pulp, cls.repo.publish(cls.pulp, cls.distributor.id))
# create a schedule publish
cls.distributor = cls.repo.get_distributor(cls.pulp, cls.distributor.id)
# publish will be done every minute
response = cls.distributor.schedule_publish(cls.pulp, "PT1M")
cls.action = ScheduledAction.from_response(response)
cls.delta = time.time() + 120
def setUpClass(cls):
super(RegRepoCopyTest, cls).setUpClass()
# create repo
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0].copy()
repo_role.id = cls.__name__ + '_repo1'
cls.repo1, cls.importer1, [cls.distributor1] = YumRepoFacade.from_role(repo_role).create(cls.pulp)
cls.repo2, cls.importer2, [cls.distributor2] = YumRepoFacade(id=cls.__name__ + '_repo2',
importer=YumImporter(feed=None), distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
# create consumer
cls.consumer = Consumer(ROLES.consumers[0])
setattr(cls.consumer, 'cli', Cli.ready_instance(**ROLES.consumers[0]))
def setUpClass(cls):
super(CliConsumerTest, cls).setUpClass()
# create all repos
# get repo configs across all consumers
repo_configs = sum([consumer.repos for consumer in ROLES.consumers],
[])
# filter&uniq repo configs
repo_configs = {
repo.id: repo
for repo in repo_configs if repo.type == 'rpm'
}.values()
with cls.pulp.asserting(True):
cls.repos = [
FacadeYumRepo.from_role(repo_config).create(cls.pulp)
for repo_config in repo_configs
]
# sync&publish all repos
with cls.pulp.asserting(True):
task_reports = [repo.sync(cls.pulp) for repo, _, _ in cls.repos]
Task.wait_for_reports(cls.pulp, task_reports)
with cls.pulp.asserting(True):
task_reports = [
repo.publish(cls.pulp, distributor.id)
for repo, _, [distributor] in cls.repos
]
Task.wait_for_reports(cls.pulp, task_reports)
# create all consumers
# gather all consumers
consumer_configs = {
consumer.id: consumer
for consumer in ROLES.consumers
}
with cls.pulp.asserting(True):
cls.consumers = [
Consumer(consumer_config)
for consumer_config in consumer_configs.values()
]
# set up consumer cli & link repos
for consumer in cls.consumers:
setattr(consumer, 'cli',
Cli.ready_instance(**consumer_configs[consumer.id]))
setattr(
consumer, 'repos',
filter(
lambda (repo, importer, distributors):
any(repo.id == repo_config.id for repo_config in
consumer_configs[consumer.id].repos), cls.repos))
def setUpClass(cls):
super(RegRepoFeedTest, cls).setUpClass()
repo_role = [repo for repo in ROLES.repos
if repo.type == 'rpm'][0].copy()
repo_role.id = cls.__name__ + '_repo'
# create repo
cls.repo, cls.importer, [
cls.distributor
] = YumRepoFacade.from_role(repo_role).create(cls.pulp)
# create consumer
cls.consumer = Consumer(ROLES.consumers[0])
setattr(cls.consumer, 'cli', Cli.ready_instance(**ROLES.consumers[0]))
def test_01_repo_sync_finish(self):
self.el.update(self.pulp, {'event_types': ['repo.sync.finish']})
self.el.reload(self.pulp)
repo_role = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
repo, importer, [distributor] = YumRepo(id='sync_error_repo',
importer=YumImporter(feed='http://example.com/repos/none'),
distributors=[YumDistributor(relative_url='/repos/none')]).create(self.pulp)
with deleting(self.pulp, repo, importer, distributor):
response = repo.sync(self.pulp)
self.assertPulpOK()
with self.assertRaises(TaskFailure):
# make sure the sync did not succeed
Task.wait_for_report(self.pulp, response)
tasks = Task.from_report(self.pulp, response)
# assert the bin contains request with a failed task in body
self.bin.reload()
assert self.bin.request_count == 1, 'invalid bin.request count: %s' % self.bin.request_count
el_request = self.bin.requests[0]
assert el_request.method == 'POST', 'invalid bin request method: %s' % el_request.method
el_task = Task.from_call_report_data(json.loads(el_request.body))
# doesn't work and won't get fixed --- disabling
# assert el_task.state == TASK_ERROR_STATE, 'invalid request.body:Task.state: %s' % el_task.state
assert el_task.id in [task.id for task in tasks], 'invalid request.body:Task.id: %s' % el_task.id
def test_01(self):
errors = 0
# change the range to 300-600 and run it separately from the rest of testcases
for i in xrange(3):
with self.agent.catching(True), self.agent.running(self.qpid_handle, frequency=10):
try:
self.bindRepo()
self._tearDown()
except (TaskFailure, TaskTimeoutError) as error:
print '> ',
errors += 1
print error
repo_role = [repo for repo in self.ROLES.repos if repo.type == 'rpm'][0]
self.repo, self.importer, [self.distributor] = YumRepo.from_role(repo_role).create(self.pulp)
print i
print "errors", errors
def setUpClass(cls):
super(ScheduledPublishTest, cls).setUpClass()
# create and sync and publish rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo, _, [cls.distributor
] = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo.sync(cls.pulp))
Task.wait_for_report(cls.pulp,
cls.repo.publish(cls.pulp, cls.distributor.id))
# create a schedule publish
cls.distributor = cls.repo.get_distributor(cls.pulp,
cls.distributor.id)
# publish will be done every minute
response = cls.distributor.schedule_publish(cls.pulp, "PT1M")
cls.action = ScheduledAction.from_response(response)
cls.delta = time.time() + 120
def setUpClass(cls):
super(ConsumerAuthTest, cls).setUpClass()
cls.ROLES = ROLES
cls.PROFILE = PROFILE
cls.rsa_primary = RSA.load_key('/usr/share/pulp_auto/tests/data/fake-consumer.pem')
cls.rsa_secondary = RSA.load_key('/usr/share/pulp_auto/tests/data/fake-consumer-secondary.pem')
bio_fd = BIO.MemoryBuffer()
cls.rsa_primary.save_pub_key_bio(bio_fd)
cls.pub_pem_primary = bio_fd.getvalue()
bio_fd = BIO.MemoryBuffer()
cls.rsa_secondary.save_pub_key_bio(bio_fd)
cls.pub_pem_secondary = bio_fd.getvalue()
repo_role = [repo for repo in cls.ROLES.repos if repo.type == 'rpm'][0]
cls.repo, cls.importer, [cls.distributor] = YumRepo.from_role(repo_role).create(cls.pulp)
cls.consumer = Consumer.register(cls.pulp, cls.__name__ + '_consumer', rsa_pub=cls.pub_pem_primary)
cls.agent = Agent(pulp_auto.handler, PROFILE=pulp_auto.handler.profile.PROFILE)
cls.qpid_handle = QpidHandle(cls.ROLES.qpid.url, cls.consumer.id, auth=Authenticator(signing_key=cls.rsa_primary, verifying_key=cls.pulp.pubkey))
def setUpClass(cls):
super(RegRepoCopyTest, cls).setUpClass()
# create repo
repo_role = [repo for repo in ROLES.repos
if repo.type == 'rpm'][0].copy()
repo_role.id = cls.__name__ + '_repo1'
cls.repo1, cls.importer1, [
cls.distributor1
] = YumRepoFacade.from_role(repo_role).create(cls.pulp)
cls.repo2, cls.importer2, [cls.distributor2] = YumRepoFacade(
id=cls.__name__ + '_repo2',
importer=YumImporter(feed=None),
distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
# create consumer
cls.consumer = Consumer(ROLES.consumers[0])
setattr(cls.consumer, 'cli', Cli.ready_instance(**ROLES.consumers[0]))
def setUpClass(cls):
super(UnitSearchTest, cls).setUpClass()
#create and sync puppet repo
# FIXME: hardwired role details
repo = {
'id': cls.__name__,
'queries': ['jenkins'],
'feed': 'https://forge.puppetlabs.com',
'proxy': ROLES.get('proxy'),
}
# make sure we run clean
response = Repo({'id': repo['id']}).delete(cls.pulp)
if response == ResponseLike(202):
Task.wait_for_report(cls.pulp, response)
cls.repo1, _, _ = PuppetRepo.from_role(repo).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo1.sync(cls.pulp))
# create and sync rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo2, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo2.sync(cls.pulp))
def setUpClass(cls):
super(UnitSearchTest, cls).setUpClass()
#create and sync puppet repo
# FIXME: hardwired role details
repo = {
'id': cls.__name__,
'queries': ['jenkins'],
'feed': 'https://forge.puppetlabs.com',
'proxy': ROLES.get('proxy'),
}
# make sure we run clean
response = Repo({'id': repo['id']}).delete(cls.pulp)
if response == ResponseLike(202):
Task.wait_for_report(cls.pulp, response)
cls.repo1, _, _ = PuppetRepo.from_role(repo).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo1.sync(cls.pulp))
# create and sync rpm repo
repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.repo2, _, _ = YumRepo.from_role(repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.repo2.sync(cls.pulp))
def test_01(self):
errors = 0
# change the range to 300-600 and run it separately from the rest of testcases
for i in xrange(3):
with self.agent.catching(True), self.agent.running(
self.qpid_handle, frequency=10):
try:
self.bindRepo()
self._tearDown()
except (TaskFailure, TaskTimeoutError) as error:
print '> ',
errors += 1
print error
repo_role = [
repo for repo in self.ROLES.repos if repo.type == 'rpm'
][0]
self.repo, self.importer, [
self.distributor
] = YumRepo.from_role(repo_role).create(self.pulp)
print i
print "errors", errors
def setUpClass(cls):
super(SimpleRepoCopyTest, cls).setUpClass()
#Destination repo
# make sure repos don't exist
# no need to wait for repos.delete to happen
dest_repo_name = cls.__name__ + '_copy'
dest_repo1 = Repo({'id': dest_repo_name})
dest_repo1.delete(cls.pulp)
cls.dest_repo1, _, _ = YumRepo(id=dest_repo_name, importer=YumImporter(None),
distributors=[YumDistributor(relative_url='abc')]).create(cls.pulp)
#2nd Destination Repo
dest_repo_name = cls.__name__ + '_copy1'
dest_repo2 = Repo({'id': dest_repo_name})
dest_repo2.delete(cls.pulp)
cls.dest_repo2, _, _ = YumRepo(id=dest_repo_name, importer=YumImporter(None),
distributors=[YumDistributor(relative_url='xyz')]).create(cls.pulp)
# Source repo
default_repo_config = [repo for repo in ROLES.repos if repo.type == 'rpm'][0]
cls.source_repo, _, _ = YumRepo.from_role(default_repo_config).create(cls.pulp)
Task.wait_for_report(cls.pulp, cls.source_repo.sync(cls.pulp))
def setUpClass(cls):
super(CliConsumerTest, cls).setUpClass()
# create all repos
# get repo configs across all consumers
repo_configs = sum([consumer.repos for consumer in ROLES.consumers], [])
# filter&uniq repo configs
repo_configs = {repo.id: repo for repo in repo_configs if repo.type == 'rpm'}.values()
with cls.pulp.asserting(True):
cls.repos = [ FacadeYumRepo.from_role(repo_config).create(cls.pulp) for repo_config in repo_configs ]
# sync&publish all repos
with cls.pulp.asserting(True):
task_reports = [repo.sync(cls.pulp) for repo, _, _ in cls.repos]
Task.wait_for_reports(cls.pulp, task_reports)
with cls.pulp.asserting(True):
task_reports = [ repo.publish(cls.pulp, distributor.id) for repo, _, [distributor] in cls.repos]
Task.wait_for_reports(cls.pulp, task_reports)
# create all consumers
# gather all consumers
consumer_configs = {consumer.id: consumer for consumer in ROLES.consumers}
with cls.pulp.asserting(True):
cls.consumers = [Consumer(consumer_config) for consumer_config in consumer_configs.values()]
# set up consumer cli & link repos
for consumer in cls.consumers:
setattr(consumer, 'cli', Cli.ready_instance(**consumer_configs[consumer.id]))
setattr(
consumer,
'repos',
filter(
lambda (repo, importer, distributors): any(repo.id == repo_config.id for repo_config in consumer_configs[consumer.id].repos),
cls.repos
)
)