class TestTimeSeries(object):
def setup_method(self):
self.client = MockRedisClient()
self.timeseries = TimeSeries(self.client, 'test')
timestamps = [0, 0, 1, 1, 1, 60]
for timestamp in timestamps:
self.timeseries.insert(timestamp)
def teardown_method(self):
pass
def test_insert(self):
assert int(float(self.client._data['test:1sec:0'])) == 2
assert int(float(self.client._data['test:1sec:1'])) == 3
assert int(float(self.client._data['test:1sec:60'])) == 1
assert int(float(self.client._data['test:1min:0'])) == 5
assert int(float(self.client._data['test:1min:60'])) == 1
assert int(float(self.client._data['test:1hour:0'])) == 6
assert int(float(self.client._data['test:1day:0'])) == 6
def test_fetch(self):
begin_timestamp = 0
end_timestamp = 60
results = self.timeseries.fetch('1min', begin_timestamp, end_timestamp)
assert results[0]['timestamp'] == 0
assert int(float(results[0]['value'])) == 5
assert int(float(results[1]['timestamp'])) == 60
assert int(float(results[1]['value'])) == 1
from redis import Redis
from timeseries import TimeSeries
client = Redis(port=9005, db=0)
client.flushdb()
ts = TimeSeries(client, 'test')
before = client.info(section='memory')
for timestamp in range(60 * 60):
ts.insert(timestamp)
after = client.info(section='memory')
print(after['used_memory'] - before['used_memory'])
