def test_batch_operation(self):
expected_val = {}
for counter_name in self.counter_name_list:
expected_val[counter_name] = 1
MC.increment(counter_name)
# Fetching multiple counters at the same time and checking values
values = MC.get_multi(self.counter_name_list)
self.assertDictEqual(expected_val, values)
# Flushing all but first counter
for counter_name in self.counter_name_list[1:]:
MC.put_to_datastore(counter_name, flush=True)
values = MC.get_multi(self.counter_name_list)
self.assertDictEqual(expected_val, values)
# Check if all counters exist
for counter_name in self.counter_name_list:
self.assertTrue(MC.exist(counter_name))
# Delete all counters and check if they still exist
MC.delete_multi(self.counter_name_list)
for counter_name in self.counter_name_list:
self.assertFalse(MC.exist(counter_name))
def test_batch_operation(self):
expected_val = {}
for counter_name in self.counter_name_list:
expected_val[counter_name] = 1
MC.increment(counter_name)
# Fetching multiple counters at the same time and checking values
values = MC.get_multi(self.counter_name_list)
self.assertDictEqual(expected_val, values)
# Flushing all but first counter
for counter_name in self.counter_name_list[1:]:
MC.put_to_datastore(counter_name, flush=True)
values = MC.get_multi(self.counter_name_list)
self.assertDictEqual(expected_val, values)
# Check if all counters exist
for counter_name in self.counter_name_list:
self.assertTrue(MC.exist(counter_name))
# Delete all counters and check if they still exist
MC.delete_multi(self.counter_name_list)
for counter_name in self.counter_name_list:
self.assertFalse(MC.exist(counter_name))
