def test_ignore_append_only_violation(self):
gauged = Gauged(self.driver, append_only_violation=Gauged.IGNORE)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=2000)
writer.add('foo', 456, timestamp=1000)
self.assertIsNone(gauged.value('foo', timestamp=1000))
self.assertEqual(gauged.value('foo', timestamp=2000), 123)
def test_rewrite_append_only_violation(self):
gauged = Gauged(self.driver, append_only_violation=Gauged.REWRITE)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=2000)
writer.add('foo', 456, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=1000), None)
self.assertEqual(gauged.value('foo', timestamp=2000), 456)
def test_accepting_data_as_string(self):
gauged = Gauged(self.driver,
resolution=1000,
block_size=10000,
key_overflow=Gauged.IGNORE,
gauge_nan=Gauged.IGNORE)
with gauged.writer as writer:
writer.add('foo=123.456&bar=-15.98&qux=0&invalid=foobar\n',
timestamp=20000)
self.assertAlmostEqual(123.456, gauged.value('foo', timestamp=20000),
5)
self.assertAlmostEqual(-15.98, gauged.value('bar', timestamp=20000), 5)
self.assertEqual(gauged.value('qux', timestamp=20000), 0)
self.assertEqual(gauged.value('invalid', timestamp=20000), None)
stats = gauged.statistics()
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
stats = gauged.statistics(end=25000)
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
gauged = Gauged(self.driver,
resolution=1000,
block_size=10000,
key_overflow=Gauged.IGNORE)
with self.assertRaises(GaugedNaNError):
with gauged.writer as writer:
writer.add(u'foo=123.456&bar=-15.98&qux=0&invalid=foobar\n',
timestamp=20000)
def test_rewrite_append_only_violation(self):
gauged = Gauged(self.driver, append_only_violation=Gauged.REWRITE)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=2000)
writer.add('foo', 456, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=1000), None)
self.assertEqual(gauged.value('foo', timestamp=2000), 456)
def test_series_caching(self):
gauged = Gauged(self.driver, block_size=10000, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 250, timestamp=20000)
writer.add('foobar', 350, timestamp=40000)
writer.add('foobar', 70, timestamp=60000)
writer.add('bar', 70, timestamp=60000)
series = gauged.value_series('foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ 50, 250, 250, 350, 350 ])
series = gauged.value_series('bar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
gauged = Gauged(self.driver, block_size=10000, overwrite_blocks=True, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 150, timestamp=10000)
writer.add('foobar', 253, timestamp=15000)
writer.add('foobar', 351, timestamp=20000)
writer.add('foobar', 450, timestamp=40000)
writer.add('foobar', 170, timestamp=60000)
series = gauged.value_series('foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ 50, 250, 250, 350, 350 ])
series = gauged.value_series('bar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
series = gauged.value_series('foobar', start=0, end=60000, interval=10000, cache=False)
self.assertListEqual(series.values, [ 150, 351, 351, 450, 450 ])
self.driver.remove_cache(0)
series = gauged.value_series('foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ 150, 351, 351, 450, 450 ])
def test_version_mismatch(self):
self.driver.set_metadata({'current_version': 'foo'})
gauged = Gauged(self.driver)
with self.assertRaises(GaugedVersionMismatchError):
with gauged.writer:
pass
gauged.migrate()
def test_resume_from(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 0)
writer.add('foo', 123, timestamp=10000)
writer.add('foo', 456, timestamp=15000)
writer.add('foo', 789, timestamp=20000)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 21000)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=25000)
writer.add('foo', 456, timestamp=30000)
writer.add('foo', 789, timestamp=35000)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 36000)
gauged = Gauged(self.driver,
resolution=1000,
block_size=10000,
writer_name='foobar')
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 0)
writer.add('foo', 123, timestamp=10000)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 11000)
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 36000)
def test_version_mismatch(self):
self.driver.set_metadata({'current_version': 'foo'})
gauged = Gauged(self.driver)
with self.assertRaises(GaugedVersionMismatchError):
with gauged.writer:
pass
gauged.migrate()
def test_append_only_violation(self):
gauged = Gauged(self.driver)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=2000)
with self.assertRaises(GaugedAppendOnlyError):
writer.add('foo', 456, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=1000), None)
self.assertEqual(gauged.value('foo', timestamp=2000), 123)
def test_config_instance(self):
config = Config(append_only_violation=Gauged.REWRITE,
resolution=1000, block_size=10000)
gauged = Gauged(self.driver, config=config)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=2000)
writer.add('foo', 2, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=2000), 2)
def test_look_behind(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000, max_look_behind=10000)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=10000)
writer.add('bar', 123, timestamp=40000)
self.assertEqual(gauged.value('foo', timestamp=10000), 123)
self.assertEqual(gauged.value('foo', timestamp=20000), 123)
self.assertEqual(gauged.value('foo', timestamp=30000), None)
def test_append_only_violation(self):
gauged = Gauged(self.driver)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=2000)
with self.assertRaises(GaugedAppendOnlyError):
writer.add('foo', 456, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=1000), None)
self.assertEqual(gauged.value('foo', timestamp=2000), 123)
def test_config_instance(self):
config = Config(append_only_violation=Gauged.REWRITE,
resolution=1000, block_size=10000)
gauged = Gauged(self.driver, config=config)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=2000)
writer.add('foo', 2, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=2000), 2)
def test_look_behind(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000, max_look_behind=10000)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=10000)
writer.add('bar', 123, timestamp=40000)
self.assertEqual(gauged.value('foo', timestamp=10000), 123)
self.assertEqual(gauged.value('foo', timestamp=20000), 123)
self.assertEqual(gauged.value('foo', timestamp=30000), None)
def test_context_defaults(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('bar', 123, timestamp=10000)
writer.add('foo', 456, timestamp=20000)
self.assertEqual(gauged.keys(), ['bar', 'foo'])
gauged = Gauged(self.driver, resolution=1000, block_size=10000,
defaults={'limit': 1})
self.assertEqual(gauged.keys(), ['bar'])
def test_coercing_non_string_keys(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add(1234, 100, timestamp=10000)
writer.add(True, 100, timestamp=10000)
writer.add(u'foo', 100, timestamp=10000)
self.assertEqual(gauged.value('1234', timestamp=10000), 100)
self.assertEqual(gauged.value('True', timestamp=10000), 100)
self.assertEqual(gauged.value('foo', timestamp=10000), 100)
def test_block_slicing(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 100, timestamp=11000)
writer.add('foo', 200, timestamp=23000)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=10000, end=30000), 150)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=11000, end=24000), 150)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=11000, end=23000), 100)
self.assertEqual(gauged.aggregate('foo', Gauged.STDDEV, start=11000, end=23000), 0)
def test_coercing_non_string_keys(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add(1234, 100, timestamp=10000)
writer.add(True, 100, timestamp=10000)
writer.add(u'foo', 100, timestamp=10000)
self.assertEqual(gauged.value('1234', timestamp=10000), 100)
self.assertEqual(gauged.value('True', timestamp=10000), 100)
self.assertEqual(gauged.value('foo', timestamp=10000), 100)
def test_block_slicing(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 100, timestamp=11000)
writer.add('foo', 200, timestamp=23000)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=10000, end=30000), 150)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=11000, end=24000), 150)
self.assertEqual(gauged.aggregate('foo', Gauged.MEAN, start=11000, end=23000), 100)
self.assertEqual(gauged.aggregate('foo', Gauged.STDDEV, start=11000, end=23000), 0)
def test_gauge_nan(self):
gauged = Gauged(self.driver, block_size=50000)
with gauged.writer as writer:
with self.assertRaises(GaugedNaNError):
writer.add('foobar', 'baz')
self.assertEqual(gauged.value('foobar'), None)
gauged = Gauged(self.driver, block_size=50000, gauge_nan=Gauged.IGNORE)
with gauged.writer as writer:
writer.add('foobar', 'baz')
self.assertEqual(gauged.value('foobar'), None)
def test_flush_flushes_last_complete_block(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=1000)
writer.add('foo', 2, timestamp=2000)
writer.add('foo', 3, timestamp=3000)
self.assertEqual(gauged.value('foo', timestamp=3000), None)
writer.flush()
self.assertEqual(gauged.value('foo', timestamp=3000), 2)
self.assertEqual(gauged.value('foo', timestamp=3000), 3)
def test_flush_flushes_last_complete_block(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=1000)
writer.add('foo', 2, timestamp=2000)
writer.add('foo', 3, timestamp=3000)
self.assertEqual(gauged.value('foo', timestamp=3000), None)
writer.flush()
self.assertEqual(gauged.value('foo', timestamp=3000), 2)
self.assertEqual(gauged.value('foo', timestamp=3000), 3)
def test_series_aggregate(self):
gauged = Gauged(self.driver, block_size=10000)
self.assertEqual(len(gauged.aggregate_series('foobar', Gauged.SUM).values), 0)
with gauged.writer as writer:
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 120, timestamp=20000)
writer.add('foobar', 30, timestamp=25000)
writer.add('foobar', 40, timestamp=30000)
writer.add('foobar', 10, timestamp=35000)
writer.add('bar', 10, timestamp=40000)
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=40000, interval=10000)
self.assertListEqual(series.values, [200, 150, 50])
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=40000, interval=10000, namespace=1)
self.assertListEqual(series.values, [])
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=32000, interval=10000)
self.assertListEqual(series.values, [200, 150, 40])
series = gauged.aggregate_series('foobar', Gauged.COUNT,
start=10000, end=50000, interval=10000)
self.assertListEqual(series.values, [2, 2, 2, 0])
series = gauged.aggregate_series('foobar', Gauged.MIN,
start=12000, end=42000, interval=10000)
self.assertListEqual(series.values, [120, 30, 10])
series = gauged.aggregate_series('foobar', Gauged.MAX,
start=12000, end=42000, interval=10000)
self.assertListEqual(series.values, [150, 40, 10])
def test_aggregate_series_caching(self):
gauged = Gauged(self.driver, block_size=10000, min_cache_interval=1)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
with gauged.writer as writer:
writer.add('bar', 50, timestamp=0)
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 250, timestamp=20000)
writer.add('foobar', 350, timestamp=40000)
writer.add('foobar', 70, timestamp=60000)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 100, 250, None, 350, None ])
gauged = Gauged(self.driver, block_size=10000, overwrite_blocks=True, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 150, timestamp=10000)
writer.add('foobar', 253, timestamp=15000)
writer.add('foobar', 351, timestamp=20000)
writer.add('foobar', 450, timestamp=40000)
writer.add('foobar', 170, timestamp=60000)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 100, 250, None, 350, None ])
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000, cache=False)
self.assertListEqual(series.values, [ None, 201.5, 351, None, 450, None ])
self.driver.remove_cache(0)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 201.5, 351, None, 450, None ])
self.assertListEqual(series.timestamps, [ 0, 10000, 20000, 30000, 40000, 50000 ])
def __init__(self, player):
"""Initialise files to save reports to."""
if OPTIONS.gauged:
self.gauged = Gauged('mysql://root@localhost/gauged')
self.gauged.sync()
self.player = player
file_name = self.player.directory + '/report.csv'
self.report_file = open(file_name, 'w')
file_name = self.player.directory + '/event.csv'
self.event_file = open(file_name, 'w')
self.start()
def test_interim_flushing(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=1000)
writer.flush()
writer.add('bar', 456, timestamp=2000)
writer.flush()
writer.add('baz', 789, timestamp=10000)
self.assertEqual(gauged.value('foo', timestamp=10000), 123)
self.assertEqual(gauged.value('bar', timestamp=10000), 456)
self.assertEqual(gauged.value('baz', timestamp=10000), 789)
def test_interim_flushing(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 123, timestamp=1000)
writer.flush()
writer.add('bar', 456, timestamp=2000)
writer.flush()
writer.add('baz', 789, timestamp=10000)
self.assertEqual(gauged.value('foo', timestamp=10000), 123)
self.assertEqual(gauged.value('bar', timestamp=10000), 456)
self.assertEqual(gauged.value('baz', timestamp=10000), 789)
def test_add_debug(self):
context = dict(called=False)
gauged = Gauged(self.driver)
def mock_debug(*_):
context['called'] = True
with gauged.writer as writer:
writer.debug = mock_debug
writer.add('foo', 123, timestamp=10000, debug=True)
writer.add('foo=123', timestamp=10000, debug=True)
self.assertEqual(gauged.value('foo', timestamp=10000), None)
self.assertTrue(context['called'])
def test_relative_dates(self):
now = long(time() * 1000)
gauged = Gauged(self.driver, defaults={'start': -4 * Gauged.DAY})
with gauged.writer as writer:
writer.add('foo', 1, timestamp=now - 6 * Gauged.DAY)
writer.add('foo', 2, timestamp=now - 5 * Gauged.DAY)
writer.add('foo', 3, timestamp=now - 3 * Gauged.DAY)
writer.add('foo', 4, timestamp=now - 2 * Gauged.DAY)
writer.add('foo', 5, timestamp=now - Gauged.DAY)
self.assertEqual(gauged.value('foo'), 5)
self.assertEqual(gauged.value('foo', timestamp=-1.5 * Gauged.DAY), 4)
def test_relative_dates(self):
now = long(time() * 1000)
gauged = Gauged(self.driver, defaults={'start':-4*Gauged.DAY})
with gauged.writer as writer:
writer.add('foo', 1, timestamp=now-6*Gauged.DAY)
writer.add('foo', 2, timestamp=now-5*Gauged.DAY)
writer.add('foo', 3, timestamp=now-3*Gauged.DAY)
writer.add('foo', 4, timestamp=now-2*Gauged.DAY)
writer.add('foo', 5, timestamp=now-Gauged.DAY)
self.assertEqual(gauged.value('foo'), 5)
self.assertEqual(gauged.value('foo', timestamp=-1.5*Gauged.DAY), 4)
def test_add_debug(self):
context = dict(called=False)
gauged = Gauged(self.driver)
def mock_debug(*_):
context['called'] = True
with gauged.writer as writer:
writer.debug = mock_debug
writer.add('foo', 123, timestamp=10000, debug=True)
writer.add('foo=123', timestamp=10000, debug=True)
self.assertEqual(gauged.value('foo', timestamp=10000), None)
self.assertTrue(context['called'])
def test_gauge_long_key(self):
gauged = Gauged(self.driver)
long_key = ''
for _ in xrange(self.driver.MAX_KEY + 1):
long_key += 'a'
with gauged.writer as writer:
with self.assertRaises(GaugedKeyOverflowError):
writer.add(long_key, 10)
gauged = Gauged(self.driver, key_overflow=Gauged.IGNORE)
with gauged.writer as writer:
writer.add(long_key, 10)
def test_auto_flush(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000, flush_seconds=0.001)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=2000), None)
sleep(0.002)
self.assertEqual(gauged.value('foo', timestamp=2000), None)
# note: the next write triggers the flush() of all prior writes
writer.add('foo', 2, timestamp=2000)
sleep(0.002)
self.assertEqual(gauged.value('foo', timestamp=2000), 1)
self.assertEqual(gauged.value('foo', timestamp=2000), 2)
def test_clear_from(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=10000)
writer.add('foo', 2, timestamp=20000)
writer.add('foo', 3, timestamp=30000)
writer.add('foo', 4, timestamp=40000, namespace=1)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 41000)
self.assertEqual(gauged.value('foo', timestamp=40000), 3)
self.assertEqual(gauged.value('foo', timestamp=40000, namespace=1), 4)
with gauged.writer as writer:
with self.assertRaises(ValueError):
# note: must be cleared from nearest block boundary (20000)
writer.clear_from(25000)
writer.clear_from(20000)
self.assertEqual(gauged.value('foo', timestamp=40000), 1)
self.assertEqual(gauged.value('foo', timestamp=40000, namespace=1),
None)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 21000)
writer.add('foo', 5, timestamp=30000)
writer.add('foo', 6, timestamp=30000, namespace=1)
self.assertEqual(gauged.value('foo', timestamp=40000), 5)
self.assertEqual(gauged.value('foo', timestamp=40000, namespace=1), 6)
def test_series_caching(self):
gauged = Gauged(self.driver, block_size=10000, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 250, timestamp=20000)
writer.add('foobar', 350, timestamp=40000)
writer.add('foobar', 70, timestamp=60000)
writer.add('bar', 70, timestamp=60000)
series = gauged.value_series(
'foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [50, 250, 250, 350, 350])
series = gauged.value_series('bar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
gauged = Gauged(
self.driver, block_size=10000, overwrite_blocks=True, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 150, timestamp=10000)
writer.add('foobar', 253, timestamp=15000)
writer.add('foobar', 351, timestamp=20000)
writer.add('foobar', 450, timestamp=40000)
writer.add('foobar', 170, timestamp=60000)
series = gauged.value_series(
'foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [50, 250, 250, 350, 350])
series = gauged.value_series('bar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
series = gauged.value_series(
'foobar', start=0, end=60000, interval=10000, cache=False)
self.assertListEqual(series.values, [150, 351, 351, 450, 450])
self.driver.remove_cache(0)
series = gauged.value_series(
'foobar', start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [150, 351, 351, 450, 450])
def test_series_aggregate(self):
gauged = Gauged(self.driver, block_size=10000)
self.assertEqual(
len(gauged.aggregate_series('foobar', Gauged.SUM).values), 0)
with gauged.writer as writer:
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 120, timestamp=20000)
writer.add('foobar', 30, timestamp=25000)
writer.add('foobar', 40, timestamp=30000)
writer.add('foobar', 10, timestamp=35000)
writer.add('bar', 10, timestamp=40000)
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=40000, interval=10000)
self.assertListEqual(series.values, [200, 150, 50])
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=40000, interval=10000, namespace=1)
self.assertListEqual(series.values, [])
series = gauged.aggregate_series('foobar', Gauged.SUM,
start=10000, end=32000, interval=10000)
self.assertListEqual(series.values, [200, 150, 40])
series = gauged.aggregate_series('foobar', Gauged.COUNT,
start=10000, end=50000, interval=10000)
self.assertListEqual(series.values, [2, 2, 2, 0])
series = gauged.aggregate_series('foobar', Gauged.MIN,
start=12000, end=42000, interval=10000)
self.assertListEqual(series.values, [120, 30, 10])
series = gauged.aggregate_series('foobar', Gauged.MAX,
start=12000, end=42000, interval=10000)
self.assertListEqual(series.values, [150, 40, 10])
def test_no_data(self):
gauged = Gauged(self.driver)
self.assertEqual(len(gauged.namespaces()), 0)
self.assertEqual(len(gauged.value_series('foo')), 0)
self.assertEqual(len(gauged.aggregate_series('foo', Gauged.SUM)), 0)
self.assertEqual(gauged.value('foo'), None)
self.assertEqual(gauged.aggregate('foo', Gauged.SUM), None)
self.assertEqual(len(gauged.keys()), 0)
stats = gauged.statistics()
for attr in ['data_points', 'byte_count']:
self.assertEqual(getattr(stats, attr), 0)
def test_statistics(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('bar', 123, timestamp=10000)
writer.add('bar', 123, timestamp=15000, namespace=1)
writer.add({ 'foo': 123, 'bar': 456 }, timestamp=20000)
stats = gauged.statistics()
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
stats = gauged.statistics(end=20000)
# note: statistics() rounds to the nearest block boundary
self.assertEqual(stats.data_points, 1)
self.assertEqual(stats.byte_count, 8)
stats = gauged.statistics(namespace=1)
self.assertEqual(stats.data_points, 1)
self.assertEqual(stats.byte_count, 8)
def test_statistics(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('bar', 123, timestamp=10000)
writer.add('bar', 123, timestamp=15000, namespace=1)
writer.add({'foo': 123, 'bar': 456}, timestamp=20000)
stats = gauged.statistics()
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
stats = gauged.statistics(end=20000)
# note: statistics() rounds to the nearest block boundary
self.assertEqual(stats.data_points, 1)
self.assertEqual(stats.byte_count, 8)
stats = gauged.statistics(namespace=1)
self.assertEqual(stats.data_points, 1)
self.assertEqual(stats.byte_count, 8)
def _initialize_store_if_needed():
global gaugedStore
global logStore
# I think gauged can deal with concurrency concerns since
# it's backed by MySQL; in this context it's ok if it fails too
if gaugedStore is None:
# print 'Initializing gauged store.'
gaugedStore = Gauged(configerator.MYSQL_STORE_STRING)
gaugedStore.sync() # initiate schema if necessary.
if logStore is None:
logStore = logging.getLogger(__name__)
logStore.setLevel(logging.INFO)
handler = logging.FileHandler(BACKUP_LOGFILE)
handler.setLevel(logging.INFO)
formatter = logging.Formatter('%(message)s')
handler.setFormatter(formatter)
logStore.addHandler(handler)
def test_fuzzy(self, decimal_places=4, max_values=3):
def random_values(n, minimum, maximum, decimals):
return [ round(random.random() * (maximum - minimum) + minimum, decimals) \
for _ in xrange(n) ]
def percentile(values, percentile):
if not len(values):
return float('nan')
values = sorted(values)
rank = float(len(values) - 1) * percentile / 100
nearest_rank = int(floor(rank))
result = values[nearest_rank]
if (ceil(rank) != nearest_rank):
result += (rank - nearest_rank) * (values[nearest_rank + 1] - result)
return result
def stddev(values):
total = len(values)
mean = float(sum(values)) / total
sum_of_squares = sum((elem - mean) ** 2 for elem in values)
return sqrt(float(sum_of_squares) / total)
for resolution in (100, 500, 1000):
for n in xrange(1, max_values):
for end in (1000, 10000):
gauged = Gauged(self.driver, block_size=1000, resolution=resolution)
gauged.driver.clear_schema()
values = random_values(n, -100, 100, 2)
with gauged.writer as writer:
timestamps = sorted(random_values(n, 0, end, 0))
for value, timestamp in zip(values, timestamps):
writer.add('foo', value, timestamp=int(timestamp))
self.assertAlmostEqual(sum(values), gauged.aggregate('foo', Gauged.SUM),
places=decimal_places)
self.assertAlmostEqual(min(values), gauged.aggregate('foo', Gauged.MIN),
places=decimal_places)
self.assertAlmostEqual(max(values), gauged.aggregate('foo', Gauged.MAX),
places=decimal_places)
self.assertAlmostEqual(len(values), gauged.aggregate('foo', Gauged.COUNT),
places=decimal_places)
mean = float(sum(values)) / len(values)
self.assertAlmostEqual(mean, gauged.aggregate('foo', Gauged.MEAN),
places=decimal_places)
self.assertAlmostEqual(stddev(values), gauged.aggregate('foo', Gauged.STDDEV),
places=decimal_places)
self.assertAlmostEqual(percentile(values, 50), gauged.aggregate('foo', Gauged.MEDIAN),
places=decimal_places)
self.assertAlmostEqual(percentile(values, 98), gauged.aggregate('foo',
Gauged.PERCENTILE, percentile=98), places=decimal_places)
def test_interval_size_error(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('likes', 10)
with self.assertRaises(GaugedIntervalSizeError):
gauged.value_series('likes', interval=1)
with self.assertRaises(GaugedIntervalSizeError):
gauged.aggregate_series('likes', Gauged.SUM, interval=1)
with self.assertRaises(GaugedIntervalSizeError):
gauged.aggregate_series('likes', Gauged.MEAN, interval=1)
def test_clear_from(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=10000)
writer.add('foo', 2, timestamp=20000)
writer.add('foo', 3, timestamp=30000)
writer.add('foo', 4, timestamp=40000, namespace=1)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 41000)
self.assertEqual(gauged.value('foo', timestamp=40000), 3)
self.assertEqual(gauged.value('foo', timestamp=40000, namespace=1), 4)
with gauged.writer as writer:
with self.assertRaises(ValueError):
# note: must be cleared from nearest block boundary (20000)
writer.clear_from(25000)
writer.clear_from(20000)
self.assertEqual(gauged.value('foo', timestamp=40000), 1)
self.assertEqual(
gauged.value('foo', timestamp=40000, namespace=1), None)
with gauged.writer as writer:
self.assertEqual(writer.resume_from(), 21000)
writer.add('foo', 5, timestamp=30000)
writer.add('foo', 6, timestamp=30000, namespace=1)
self.assertEqual(gauged.value('foo', timestamp=40000), 5)
self.assertEqual(gauged.value('foo', timestamp=40000, namespace=1), 6)
def test_fuzzy(self, decimal_places=4, max_values=3):
def random_values(n, minimum, maximum, decimals):
return [round(random.random() * (maximum - minimum) + minimum, decimals)
for _ in xrange(n)]
def percentile(values, percentile):
if not len(values):
return float('nan')
values = sorted(values)
rank = float(len(values) - 1) * percentile / 100
nearest_rank = int(floor(rank))
result = values[nearest_rank]
if (ceil(rank) != nearest_rank):
result += (rank - nearest_rank) * \
(values[nearest_rank + 1] - result)
return result
def stddev(values):
total = len(values)
mean = float(sum(values)) / total
sum_of_squares = sum((elem - mean) ** 2 for elem in values)
return sqrt(float(sum_of_squares) / total)
for resolution in (100, 500, 1000):
for n in xrange(1, max_values):
for end in (1000, 10000):
gauged = Gauged(
self.driver, block_size=1000, resolution=resolution)
gauged.driver.clear_schema()
values = random_values(n, -100, 100, 2)
with gauged.writer as writer:
timestamps = sorted(random_values(n, 0, end, 0))
for value, timestamp in zip(values, timestamps):
writer.add('foo', value, timestamp=int(timestamp))
self.assertAlmostEqual(sum(values), gauged.aggregate('foo', Gauged.SUM),
places=decimal_places)
self.assertAlmostEqual(min(values), gauged.aggregate('foo', Gauged.MIN),
places=decimal_places)
self.assertAlmostEqual(max(values), gauged.aggregate('foo', Gauged.MAX),
places=decimal_places)
self.assertAlmostEqual(len(values), gauged.aggregate('foo', Gauged.COUNT),
places=decimal_places)
mean = float(sum(values)) / len(values)
self.assertAlmostEqual(mean, gauged.aggregate('foo', Gauged.MEAN),
places=decimal_places)
self.assertAlmostEqual(stddev(values), gauged.aggregate('foo', Gauged.STDDEV),
places=decimal_places)
self.assertAlmostEqual(percentile(values, 50), gauged.aggregate('foo', Gauged.MEDIAN),
places=decimal_places)
self.assertAlmostEqual(percentile(values, 98), gauged.aggregate('foo',
Gauged.PERCENTILE, percentile=98), places=decimal_places)
def test_aggregate_series_caching(self):
gauged = Gauged(self.driver, block_size=10000, min_cache_interval=1)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [])
with gauged.writer as writer:
writer.add('bar', 50, timestamp=0)
writer.add('foobar', 50, timestamp=10000)
writer.add('foobar', 150, timestamp=15000)
writer.add('foobar', 250, timestamp=20000)
writer.add('foobar', 350, timestamp=40000)
writer.add('foobar', 70, timestamp=60000)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 100, 250, None, 350, None ])
gauged = Gauged(self.driver, block_size=10000, overwrite_blocks=True, min_cache_interval=1)
with gauged.writer as writer:
writer.add('foobar', 150, timestamp=10000)
writer.add('foobar', 253, timestamp=15000)
writer.add('foobar', 351, timestamp=20000)
writer.add('foobar', 450, timestamp=40000)
writer.add('foobar', 170, timestamp=60000)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 100, 250, None, 350, None ])
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000, cache=False)
self.assertListEqual(series.values, [ None, 201.5, 351, None, 450, None ])
self.driver.remove_cache(0)
series = gauged.aggregate_series('foobar', Gauged.MEAN,
start=0, end=60000, interval=10000)
self.assertListEqual(series.values, [ None, 201.5, 351, None, 450, None ])
self.assertListEqual(series.timestamps, [ 0, 10000, 20000, 30000, 40000, 50000 ])
def test_no_data(self):
gauged = Gauged(self.driver)
self.assertEqual(len(gauged.namespaces()), 0)
self.assertEqual(len(gauged.value_series('foo')), 0)
self.assertEqual(len(gauged.aggregate_series('foo', Gauged.SUM)), 0)
self.assertEqual(gauged.value('foo'), None)
self.assertEqual(gauged.aggregate('foo', Gauged.SUM), None)
self.assertEqual(len(gauged.keys()), 0)
stats = gauged.statistics()
for attr in ['data_points', 'byte_count']:
self.assertEqual(getattr(stats, attr), 0)
def test_keys(self):
gauged = Gauged(self.driver)
with gauged.writer as writer:
writer.add('foobar', 1, timestamp=1000)
writer.add('foobaz', 1, timestamp=1000)
writer.add('bar', 1, timestamp=1000, namespace=1)
self.assertListEqual(gauged.keys(), ['foobar', 'foobaz'])
self.assertListEqual(gauged.keys(prefix='bar'), [])
self.assertListEqual(gauged.keys(namespace=1), ['bar'])
self.assertListEqual(gauged.keys(namespace=1, prefix='bar'), ['bar'])
self.assertListEqual(gauged.keys(limit=1), ['foobar'])
self.assertListEqual(gauged.keys(limit=1, offset=1), ['foobaz'])
def test_use_after_free_error(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
pass
with self.assertRaises(GaugedUseAfterFreeError):
writer.flush()
with self.assertRaises(GaugedUseAfterFreeError):
writer.add('foo', 123, timestamp=1000)
with self.assertRaises(GaugedUseAfterFreeError):
list(writer.parse_query('foo=bar'))
def test_parse_query(self):
gauged = Gauged(self.driver)
with gauged.writer as writer:
result = writer.parse_query(
'foo=bar&baz=&foobar&%3Ckey%3E=value%3D%3')
self.assertDictEqual(dict(result), {
'<key>': 'value=%3',
'foo': 'bar',
'baz': ''
})
def __init__(self, player):
"""Initialise files to save reports to."""
if OPTIONS.gauged:
self.gauged = Gauged('mysql://root@localhost/gauged')
self.gauged.sync()
self.player = player
file_name = self.player.directory + '/report.csv'
self.report_file = open(file_name, 'w')
file_name = self.player.directory + '/event.csv'
self.event_file = open(file_name, 'w')
self.start()
def test_interval_size_error(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('likes', 10)
with self.assertRaises(GaugedIntervalSizeError):
gauged.value_series('likes', interval=1)
with self.assertRaises(GaugedIntervalSizeError):
gauged.aggregate_series('likes', Gauged.SUM, interval=1)
with self.assertRaises(GaugedIntervalSizeError):
gauged.aggregate_series('likes', Gauged.MEAN, interval=1)
def test_keys(self):
gauged = Gauged(self.driver)
with gauged.writer as writer:
writer.add('foobar', 1, timestamp=1000)
writer.add('foobaz', 1, timestamp=1000)
writer.add('bar', 1, timestamp=1000, namespace=1)
self.assertListEqual(gauged.keys(), ['foobar', 'foobaz'])
self.assertListEqual(gauged.keys(prefix='bar'), [])
self.assertListEqual(gauged.keys(namespace=1), ['bar'])
self.assertListEqual(gauged.keys(namespace=1, prefix='bar'), ['bar'])
self.assertListEqual(gauged.keys(limit=1), ['foobar'])
self.assertListEqual(gauged.keys(limit=1, offset=1), ['foobaz'])
def test_context_defaults(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000)
with gauged.writer as writer:
writer.add('bar', 123, timestamp=10000)
writer.add('foo', 456, timestamp=20000)
self.assertListEqual(gauged.keys(), [ 'bar', 'foo' ])
gauged = Gauged(self.driver, resolution=1000, block_size=10000, defaults={
'limit': 1
})
self.assertListEqual(gauged.keys(), [ 'bar' ])
def test_gauge_nan(self):
gauged = Gauged(self.driver, block_size=50000)
with gauged.writer as writer:
with self.assertRaises(GaugedNaNError):
writer.add('foobar', 'baz')
self.assertEqual(gauged.value('foobar'), None)
gauged = Gauged(self.driver, block_size=50000, gauge_nan=Gauged.IGNORE)
with gauged.writer as writer:
writer.add('foobar', 'baz')
self.assertEqual(gauged.value('foobar'), None)
def test_auto_flush(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000, flush_seconds=0.001)
with gauged.writer as writer:
writer.add('foo', 1, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=2000), None)
sleep(0.002)
self.assertEqual(gauged.value('foo', timestamp=2000), None)
# note: the next write triggers the flush() of all prior writes
writer.add('foo', 2, timestamp=2000)
sleep(0.002)
self.assertEqual(gauged.value('foo', timestamp=2000), 1)
self.assertEqual(gauged.value('foo', timestamp=2000), 2)
def test_accepting_data_as_string(self):
gauged = Gauged(self.driver, resolution=1000, block_size=10000,
key_overflow=Gauged.IGNORE, gauge_nan=Gauged.IGNORE)
with gauged.writer as writer:
writer.add('foo=123.456&bar=-15.98&qux=0&invalid=foobar\n', timestamp=20000)
self.assertAlmostEqual(123.456, gauged.value('foo', timestamp=20000), 5)
self.assertAlmostEqual(-15.98, gauged.value('bar', timestamp=20000), 5)
self.assertEqual(gauged.value('qux', timestamp=20000), 0)
self.assertEqual(gauged.value('invalid', timestamp=20000), None)
stats = gauged.statistics()
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
stats = gauged.statistics(end=25000)
self.assertEqual(stats.data_points, 3)
self.assertEqual(stats.byte_count, 24)
gauged = Gauged(self.driver, resolution=1000, block_size=10000,
key_overflow=Gauged.IGNORE)
with self.assertRaises(GaugedNaNError):
with gauged.writer as writer:
writer.add(u'foo=123.456&bar=-15.98&qux=0&invalid=foobar\n', timestamp=20000)
def migrate(options):
gauged = Gauged(options.uri)
migrations = gauged.driver.prepare_migrations()
current_meta = gauged.driver.all_metadata()
current_version = current_meta['current_version']
goto_version = gauged.VERSION
if current_version > goto_version:
logging.error("You have a newer schema than the current version")
return 1
for version, upgrade_script in migrations.iteritems():
logging.debug('-' * 20)
logging.debug('from/to version : %s/%s', current_version, version)
# skip until current version
if version <= current_version:
logging.debug('skipping because already done')
continue
elif version > goto_version:
logging.debug('skipping because not needed')
break
# if migration is found but empty, skip to next
if not upgrade_script:
logging.debug('skipping because migration empty')
current_version = version
continue
# if migration is found, needs to be executed
try:
if not isinstance(upgrade_script, list):
upgrade_script = [upgrade_script]
for stmt in upgrade_script:
logging.debug('executing %s' % stmt)
gauged.driver.cursor.execute(stmt)
gauged.driver.db.commit()
except:
gauged.driver.db.rollback()
logging.error('failed to execute %s', upgrade_script)
return 1
logging.info('successfully migrated to %s', version)
gauged.driver.set_metadata({'current_version': version})
current_version = version
def test_gauged_init_store(self):
gauged = Gauged('sqlite+foo://')
self.assertEqual(len(gauged.metadata()), 0)
with self.assertRaises(GaugedSchemaError):
gauged.keys()
def test_add_with_whitelist(self):
gauged = Gauged(self.driver, key_whitelist=['a'])
with gauged.writer as writer:
writer.add({'a': 123, 'b': 456}, timestamp=2000)
self.assertEqual(gauged.value('a', timestamp=2000), 123)
self.assertEqual(gauged.value('b', timestamp=2000), None)
def test_memory_driver(self):
gauged = Gauged()
with gauged.writer as writer:
writer.add('foo', 1, timestamp=1000)
self.assertEqual(gauged.value('foo', timestamp=1000), 1)