def test_download_link_fetching(mocker, regions_list, services_list):
with open('./test_data/response_mock.txt') as f:
response = f.read()
client = Client(regions_list, services_list)
mocker.patch('CommonServerPython.BaseClient._http_request',
return_value=response)
assert client.get_azure_download_link() == 'https://download.microsoft.com/download' \
'/7/1/D/71D86715-5596-4529-9B13-DA13A5DE5B63/' \
'ServiceTags_Public_20200504.json'
def test_filter_duplicate_addresses(list_to_filter, expected_result):
"""
Given:
- A list of objects, where some of the objects has the same value. (The 4 cases are just different permutations
and ordering).
When:
- Removing duplicate objects from the given list.
Then:
- Ensure the resulted list contains the object with the maximal number of keys for each value.
"""
client = Client([], [])
assert expected_result == client.filter_and_aggregate_values(
list_to_filter)
def test_extract_metadata(regions_list, services_list, values_group_section,
expected_result):
client = Client(regions_list, services_list)
assert (client.extract_metadata_of_indicators_group(values_group_section)
== expected_result)
def test_build_ip(regions_list, services_list, ip, region, service,
expected_result):
client = Client(regions_list, services_list)
assert (client.build_ip_indicator(ip, region=region,
service=service) == expected_result)
def test_extract_indicators(regions_list, services_list, values_group_section,
expected_result):
client = Client(regions_list, services_list)
assert (client.extract_indicators_from_values_dict(values_group_section) ==
expected_result)
def test_download_link_fetching(regions_list, services_list):
client = Client(regions_list, services_list)
assert client.get_azure_download_link()