def test_is_enough_cached_data_present(cache_manager: CacheManager):
cache_entries = [f'{{"timestamp": {get_utc_now()}}}'] * 1
with mock.patch(
"cache.cache_manager.read_cached_values_by_feature") as read_cache:
read_cache.return_value = cache_entries
assert (cache_manager.is_enough_cached_data_present(ACCESSIBILITY) is
False)
cache_entries = [f'{{"timestamp": {get_utc_now()}}}'] * 5
with mock.patch(
"cache.cache_manager.read_cached_values_by_feature") as read_cache:
read_cache.return_value = cache_entries
assert (cache_manager.is_enough_cached_data_present(ACCESSIBILITY) is
True)
async def _extract_meta_data(
self,
allow_list: dict,
cache_manager: CacheManager,
shared_memory_name: str,
) -> dict:
data = {}
tasks = []
shared_status = shared_memory.ShareableList(name=shared_memory_name)
shared_status[0] = 0
for metadata_extractor in self.metadata_extractors:
if allow_list[metadata_extractor.key]:
if (not cache_manager.bypass
and self.is_feature_whitelisted_for_cache(
metadata_extractor)
and cache_manager.is_host_predefined()
and cache_manager.is_enough_cached_data_present(
metadata_extractor.key)):
extracted_metadata: dict = (
cache_manager.get_predefined_metadata(
metadata_extractor.key))
data.update(extracted_metadata)
shared_status[0] += 1
else:
tasks.append(metadata_extractor.start())
extracted_metadata: tuple[dict] = await asyncio.gather(*tasks)
shared_status[0] += len(tasks)
data = {**data, **dict(ChainMap(*extracted_metadata))}
return data