def test_sync_repo(test_data_env):
repo = LocalFeedDataRepo.from_disk('test/data/feeds_repo')
assert repo.has_metadata(), 'Repo should have metadata'
assert repo.has_root(), 'Repo should have root dir already'
with pytest.raises(Exception):
DataFeeds.sync_from_fetched(repo, catalog_client=None)
assert DataFeeds.sync_metadata(
feed_client=test_data_env.feed_client) == empty_metadata_sync_result
assert DataFeeds.sync_metadata(
feed_client=test_data_env.feed_client,
to_sync=['vulnerabilities'])[0].get('vulnerabilities') is not None
assert DataFeeds.sync_from_fetched(repo, catalog_client=None)
def test_sync_repo(test_data_env, test_data_path):
feeds_repo_path = os.path.join(test_data_path, "feeds_repo")
repo = LocalFeedDataRepo.from_disk(feeds_repo_path)
assert repo.has_metadata(), "Repo should have metadata"
assert repo.has_root(), "Repo should have root dir already"
with pytest.raises(Exception):
DataFeeds.sync_from_fetched(repo, catalog_client=None)
assert (DataFeeds.sync_metadata(
feed_client=test_data_env.feed_client) == empty_metadata_sync_result)
assert (DataFeeds.sync_metadata(feed_client=test_data_env.feed_client,
to_sync=["vulnerabilities"
])[0].get("vulnerabilities")
is not None)
assert DataFeeds.sync_from_fetched(repo, catalog_client=None)
def test_metadata_sync(test_data_env):
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client)
assert r == empty_metadata_sync_result, 'Expected empty dict result from metadata sync with no to_sync directive'
r = DataFeeds.sync_metadata(
feed_client=test_data_env.feed_client,
to_sync=['vulnerabilities', 'packages', 'vulndb', 'nvdv2'])
assert r is not None, 'Expected dict result from metadata sync'
assert type(r) == tuple and type(r[0]) == dict and type(
r[1]
) == list, 'Expected tuple with element 1 = dict result from metadata sync'
assert len(r[0]) == 4, 'Expected dict result from metadata sync'
assert r[0].get('vulnerabilities')
assert r[0].get('packages')
assert r[0].get('vulndb')
assert r[0].get('nvdv2')
def test_group_lookups(test_data_env):
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client)
assert r == empty_metadata_sync_result, 'No metadata should be returned from sync with empty to_sync input'
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client,
to_sync=['vulnerabilities'])
assert r and len(
r[0]
) == 1, 'Metadata should be returned from sync with non-empty to_sync list'
df = feed_instance_by_name('vulnerabilities')
assert df is not None, 'vulnerabilities feed instance not loaded'
assert df.metadata, 'No vuln metadata found'
logger.info('Vuln feed metadata {}'.format(df.metadata.to_json()))
assert not df.group_by_name('not_a_real_Group'), 'Found non-existent group'
assert df.group_by_name('alpine:3.6'), 'Should have found group alpine:3.6'
def test_metadata_sync(test_data_env):
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client)
assert (
r == empty_metadata_sync_result
), "Expected empty dict result from metadata sync with no to_sync directive"
r = DataFeeds.sync_metadata(
feed_client=test_data_env.feed_client,
to_sync=["vulnerabilities", "packages", "vulndb", "nvdv2"],
)
assert r is not None, "Expected dict result from metadata sync"
assert (type(r) == tuple and type(r[0]) == dict and type(r[1]) == list
), "Expected tuple with element 1 = dict result from metadata sync"
assert len(r[0]) == 4, "Expected dict result from metadata sync"
assert r[0].get("vulnerabilities")
assert r[0].get("packages")
assert r[0].get("vulndb")
assert r[0].get("nvdv2")
def test_group_lookups(test_data_env):
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client)
assert (
r == empty_metadata_sync_result
), "No metadata should be returned from sync with empty to_sync input"
r = DataFeeds.sync_metadata(feed_client=test_data_env.feed_client,
to_sync=["vulnerabilities"])
assert (
r and len(r[0]) == 1
), "Metadata should be returned from sync with non-empty to_sync list"
df = feed_instance_by_name("vulnerabilities")
assert df is not None, "vulnerabilities feed instance not loaded"
assert df.metadata, "No vuln metadata found"
logger.info("Vuln feed metadata {}".format(df.metadata.to_json()))
assert not df.group_by_name("not_a_real_Group"), "Found non-existent group"
assert df.group_by_name("alpine:3.6"), "Should have found group alpine:3.6"