def test_parse_image_name(monkeypatch):
monkeypatch.setattr(ConfigFile, 'get', lambda *args, **kwargs: "FOOF")
gce = GCE('fake')
assert gce.parse_image_name(
'sles12-sp5-gce-x8664-0-9-1-byos-build1-56') == {
'key': '12-sp5-gce-byos-x8664',
'build': '0-9-1-1-56'
}
assert gce.parse_image_name(
'sles15-sp2-byos-x8664-0-9-3-gce-build1-10') == {
'key': '15-sp2-gce-byos-x8664',
'build': '0-9-3-1-10'
}
assert gce.parse_image_name('sles15-sp2-x8664-0-9-3-gce-build1-10') == {
'key': '15-sp2-gce-x8664',
'build': '0-9-3-1-10'
}
assert gce.parse_image_name(
'sles15-sp2-chost-byos-x8664-0-9-3-gce-build1-11') == {
'key': '15-sp2-gce-chost-byos-x8664',
'build': '0-9-3-1-11'
}
assert gce.parse_image_name('do not match') is None
def cleanup_run():
for namespace in PCWConfig.get_namespaces_for('cleanup'):
try:
providers = PCWConfig.get_providers_for('cleanup', namespace)
logger.debug("[{}] Run cleanup for {}".format(namespace, ','.join(providers)))
if 'azure' in providers:
Azure(namespace).cleanup_all()
if 'ec2' in providers:
EC2(namespace).cleanup_all()
if 'gce' in providers:
GCE(namespace).cleanup_all()
except Exception as e:
logger.exception("[{}] Cleanup failed!".format(namespace))
send_mail('{} on Cleanup in [{}]'.format(type(e).__name__, namespace), traceback.format_exc())
def cleanup_run():
cfg = ConfigFile()
if cfg.has('cleanup'):
for vault_namespace in cfg.getList(['cleanup', 'namespaces'], cfg.getList(['vault', 'namespaces'], [''])):
try:
providers = cfg.getList(['vault.namespace.{}'.format(vault_namespace), 'providers'],
['ec2', 'azure', 'gce'])
logger.debug("[{}] Run cleanup for {}".format(vault_namespace, ','.join(providers)))
if 'azure' in providers:
Azure(vault_namespace).cleanup_all()
if 'ec2' in providers:
EC2(vault_namespace).cleanup_all()
if 'gce' in providers:
GCE(vault_namespace).cleanup_all()
except Exception as e:
logger.exception("[{}] Cleanup failed!".format(vault_namespace))
send_mail('{} on Cleanup in [{}]'.format(type(e).__name__, vault_namespace), traceback.format_exc())
def test_cleanup_all(monkeypatch):
newer_then_min_age = datetime.now(timezone.utc).isoformat()
older_then_min_age = (
datetime.now(timezone.utc) -
timedelta(hours=min_image_age_hours + 1)).isoformat()
older_then_max_age = (
datetime.now(timezone.utc) -
timedelta(hours=max_image_age_hours + 1)).isoformat()
fmi = FakeMockImages([
FakeRequest({ # on images().list()
'items': [{
'name': 'I will not be parsed',
'creationTimestamp': older_then_max_age
}, {
'name': 'sles12-sp5-gce-x8664-0-9-1-byos-build1-54',
'creationTimestamp': newer_then_min_age
}, {
'name': 'sles12-sp5-gce-x8664-0-9-1-byos-build1-56',
'creationTimestamp': older_then_min_age
}]
}),
FakeRequest({ # on images().list_next()
'items': [{
'name': 'sles12-sp5-gce-x8664-0-9-1-byos-build1-57',
'creationTimestamp': older_then_min_age
}, {
'name': 'sles12-sp5-gce-x8664-0-9-1-byos-build1-58',
'creationTimestamp': older_then_max_age
}]
}),
None, # on images().list_next()
FakeRequest({
'error': {
'errors': [{
'message': 'err message'
}]
},
'warnings': [{
'message': 'warning message'
}]
}),
FakeRequest(), # on images().delete()
])
def mocked_compute_client():
pass
mocked_compute_client.images = lambda *args, **kwargs: fmi
monkeypatch.setattr(GCE, 'compute_client',
lambda self: mocked_compute_client)
monkeypatch.setattr(Provider, 'cfgGet', mock_cfgGet)
gce = GCE('fake')
generators.max_images_per_flavor = 2
gce.cleanup_all()
assert fmi.deleted == [
'sles12-sp5-gce-x8664-0-9-1-byos-build1-56',
'sles12-sp5-gce-x8664-0-9-1-byos-build1-58'
]
fmi = FakeMockImages([FakeRequest({})])
gce.cleanup_all()
assert fmi.deleted == []