def test_increment_decrement(self):
val = MC.get(self.counter_name)
for _ in range(INCREMENT_STEPS):
MC.increment(self.counter_name)
self.assertEqual(val + INCREMENT_STEPS, MC.get(self.counter_name))
for _ in range(INCREMENT_STEPS):
MC.decrement(self.counter_name)
self.assertEqual(val, MC.get(self.counter_name))
# Bulk Increment / Decrement
MC.decrement(self.counter_name, INCREMENT_STEPS)
self.assertEqual(val - INCREMENT_STEPS, MC.get(self.counter_name))
MC.increment(self.counter_name, 2 * INCREMENT_STEPS)
self.assertEqual(val + INCREMENT_STEPS, MC.get(self.counter_name))
# Testing the aliases
self.assertEqual(val + INCREMENT_STEPS, MC.value(self.counter_name))
self.assertEqual(val + INCREMENT_STEPS, MC.count(self.counter_name))
# Incrementing / Decrementing by Random amount
expected_val = MC.get(self.counter_name)
for _ in range(INCREMENT_STEPS):
val = random.randint(-RAND_INCREMENT_MAX, RAND_INCREMENT_MAX)
MC.increment(self.counter_name, val)
expected_val += val
val = random.randint(-RAND_INCREMENT_MAX, RAND_INCREMENT_MAX)
MC.decrement(self.counter_name, val)
expected_val -= val
self.assertEqual(expected_val, MC.get(self.counter_name))
def test_increment_decrement(self):
val = MC.get(self.counter_name)
for _ in range(INCREMENT_STEPS):
MC.increment(self.counter_name)
self.assertEqual(val + INCREMENT_STEPS, MC.get(self.counter_name))
for _ in range(INCREMENT_STEPS):
MC.decrement(self.counter_name)
self.assertEqual(val, MC.get(self.counter_name))
# Bulk Increment / Decrement
MC.decrement(self.counter_name, INCREMENT_STEPS)
self.assertEqual(val - INCREMENT_STEPS, MC.get(self.counter_name))
MC.increment(self.counter_name, 2 * INCREMENT_STEPS)
self.assertEqual(val + INCREMENT_STEPS, MC.get(self.counter_name))
# Testing the aliases
self.assertEqual(val + INCREMENT_STEPS, MC.value(self.counter_name))
self.assertEqual(val + INCREMENT_STEPS, MC.count(self.counter_name))
# Incrementing / Decrementing by Random amount
expected_val = MC.get(self.counter_name)
for _ in range(INCREMENT_STEPS):
val = random.randint(-RAND_INCREMENT_MAX, RAND_INCREMENT_MAX)
MC.increment(self.counter_name, val)
expected_val += val
val = random.randint(-RAND_INCREMENT_MAX, RAND_INCREMENT_MAX)
MC.decrement(self.counter_name, val)
expected_val -= val
self.assertEqual(expected_val, MC.get(self.counter_name))
