def test_increment(self):
val = DC.get_value('incr-count')
# Single Increment Steps
for dummy in range(INCREMENT_STEPS):
DC.increment('incr-count')
val += INCREMENT_STEPS
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
# Multiple Increment Steps
for dummy in range(INCREMENT_STEPS):
DC.increment('incr-count', INCREMENT_VALUE)
val += INCREMENT_STEPS * INCREMENT_VALUE
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
# Random Increment Steps
for dummy in range(INCREMENT_STEPS):
delta = random.randint(1, RAND_INCREMENT_MAX)
val += delta
DC.increment('incr-count', delta)
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
DC.decrement('incr-count', val + 10)
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), -10)
def test_increment(self):
val = DC.get_value('incr-count')
# Single Increment Steps
for dummy in range(INCREMENT_STEPS):
DC.increment('incr-count')
val += INCREMENT_STEPS
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
# Multiple Increment Steps
for dummy in range(INCREMENT_STEPS):
DC.increment('incr-count', INCREMENT_VALUE)
val += INCREMENT_STEPS * INCREMENT_VALUE
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
# Random Increment Steps
for dummy in range(INCREMENT_STEPS):
delta = random.randint(1, RAND_INCREMENT_MAX)
val += delta
DC.increment('incr-count', delta)
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), val)
DC.decrement('incr-count', val + 10)
DC.minify('incr-count')
self.assertEquals(DC.get_value('incr-count'), -10)
def test_set(self):
val = DC.get_value('set-count')
DC.increment('set-count', 5)
DC.set('set-count', val + 10)
val += 10
self.assertEquals(DC.get_value('set-count'), val)
def test_set(self):
val = DC.get_value('set-count')
DC.increment('set-count', 5)
DC.set('set-count', val + 10)
val += 10
self.assertEquals(DC.get_value('set-count'), val)