def filter_out_overlapping(self, pools):
entitled_product_ids_to_certs = self._get_entitled_product_to_cert_map(
)
filtered_pools = []
for pool in pools:
provided_ids = set(
[p['productId'] for p in pool['providedProducts']])
wrapped_pool = PoolWrapper(pool)
# NOTE: We may have to check for other types or handle the case of a product with no type in the future
if wrapped_pool.get_product_attributes('type')['type'] == 'SVC':
provided_ids.add(pool['productId'])
overlap = 0
possible_overlap_pids = provided_ids.intersection(
list(entitled_product_ids_to_certs.keys()))
for productid in possible_overlap_pids:
if self._dates_overlap(pool, entitled_product_ids_to_certs[productid]) \
and productid not in self.sorter.partially_valid_products:
overlap += 1
else:
break
if overlap != len(provided_ids) or wrapped_pool.get_stacking_id(
) in self.sorter.partial_stacks:
filtered_pools.append(pool)
return filtered_pools
def filter_out_overlapping(self, pools):
entitled_product_ids_to_certs = self._get_entitled_product_to_cert_map()
filtered_pools = []
for pool in pools:
provided_ids = set([p['productId'] for p in pool['providedProducts']])
wrapped_pool = PoolWrapper(pool)
# NOTE: We may have to check for other types or handle the case of a product with no type in the future
if wrapped_pool.get_product_attributes('type')['type'] == 'SVC':
provided_ids.add(pool['productId'])
overlap = 0
possible_overlap_pids = provided_ids.intersection(list(entitled_product_ids_to_certs.keys()))
for productid in possible_overlap_pids:
if self._dates_overlap(pool, entitled_product_ids_to_certs[productid]) \
and productid not in self.sorter.partially_valid_products:
overlap += 1
else:
break
if overlap != len(provided_ids) or wrapped_pool.get_stacking_id() in self.sorter.partial_stacks:
filtered_pools.append(pool)
return filtered_pools
