def test_merge_sum_and_map(self):
"""test the time series merging/map static methods."""
t_in = TimeSeries(TRAFFIC_DATA_IN)
t_out = TimeSeries(TRAFFIC_DATA_OUT)
t_merged = TimeSeries.timeseries_list_merge(dict(name='traffic'), [t_in, t_out])
self.assertEqual(t_merged.at(2).get('in'), 26)
self.assertEqual(t_merged.at(2).get('out'), 67)
self.assertEqual(t_merged.name(), 'traffic')
t_summed = TimeSeries.timeseries_list_sum(
dict(name='traffic'), [t_in, t_in], 'in')
self.assertEqual(t_summed.at(0).get('in'), 104)
self.assertEqual(t_summed.at(1).get('in'), 36)
# more variations for coverage
test_idx_data = dict(
name="availability",
columns=["index", "uptime"],
points=[
["2014-07", 100],
["2014-08", 88],
["2014-09", 95],
["2014-10", 99],
["2014-11", 91],
["2014-12", 99],
["2015-01", 100],
["2015-02", 92],
["2015-03", 99],
["2015-04", 87],
["2015-05", 92],
["2015-06", 100],
]
)
t_idx = TimeSeries(test_idx_data)
idx_sum = TimeSeries.timeseries_list_sum(
dict(name='available'), [t_idx, t_idx], 'uptime')
self.assertEqual(idx_sum.at(0).get('uptime'), 200)
self.assertEqual(idx_sum.at(1).get('uptime'), 176)
self.assertEqual(idx_sum.at(2).get('uptime'), 190)
test_outage = dict(
name="outages",
columns=["timerange", "length", "esnet_ticket"],
points=[
[[1429673400000, 1429707600000], 23, "ESNET-20080101-001"],
[[1429673500000, 1429707700000], 54, "ESNET-20080101-002"],
],
)
t_tr = TimeSeries(test_outage)
tr_sum = TimeSeries.timeseries_list_sum(
dict(name='outage length'), [t_tr, t_tr], 'length')
self.assertEqual(tr_sum.at(0).get('length'), 46)
self.assertEqual(tr_sum.at(1).get('length'), 108)
def test_merge_sum_and_map(self):
"""test the time series merging/map static methods."""
t_in = TimeSeries(TRAFFIC_DATA_IN)
t_out = TimeSeries(TRAFFIC_DATA_OUT)
t_merged = TimeSeries.timeseries_list_merge(dict(name='traffic'),
[t_in, t_out])
self.assertEqual(t_merged.at(2).get('in'), 26)
self.assertEqual(t_merged.at(2).get('out'), 67)
self.assertEqual(t_merged.name(), 'traffic')
t_summed = TimeSeries.timeseries_list_sum(dict(name='traffic'),
[t_in, t_in], 'in')
self.assertEqual(t_summed.at(0).get('in'), 104)
self.assertEqual(t_summed.at(1).get('in'), 36)
# more variations for coverage
test_idx_data = dict(name="availability",
columns=["index", "uptime"],
points=[
["2014-07", 100],
["2014-08", 88],
["2014-09", 95],
["2014-10", 99],
["2014-11", 91],
["2014-12", 99],
["2015-01", 100],
["2015-02", 92],
["2015-03", 99],
["2015-04", 87],
["2015-05", 92],
["2015-06", 100],
])
t_idx = TimeSeries(test_idx_data)
idx_sum = TimeSeries.timeseries_list_sum(dict(name='available'),
[t_idx, t_idx], 'uptime')
self.assertEqual(idx_sum.at(0).get('uptime'), 200)
self.assertEqual(idx_sum.at(1).get('uptime'), 176)
self.assertEqual(idx_sum.at(2).get('uptime'), 190)
test_outage = dict(
name="outages",
columns=["timerange", "length", "esnet_ticket"],
points=[
[[1429673400000, 1429707600000], 23, "ESNET-20080101-001"],
[[1429673500000, 1429707700000], 54, "ESNET-20080101-002"],
],
)
t_tr = TimeSeries(test_outage)
tr_sum = TimeSeries.timeseries_list_sum(dict(name='outage length'),
[t_tr, t_tr], 'length')
self.assertEqual(tr_sum.at(0).get('length'), 46)
self.assertEqual(tr_sum.at(1).get('length'), 108)
def test_series_reduce(self):
"""Test reduce re-ordering out of order start times."""
# Mix the ordering up so they're out of chronological order
summ = TimeSeries.timeseries_list_sum(
{"name": "summ"}, [TS4, TS2, TS3, TS1, TS5], ["in", "out"])
self.assertEqual(summ.size(), 10)
self.assertEqual(summ.at(0).get('in'), 2)
self.assertEqual(summ.at(1).get('in'), 2)
self.assertEqual(summ.at(2).get('in'), 2)
self.assertEqual(summ.at(3).get('in'), 3)
self.assertEqual(summ.at(4).get('in'), 3)
self.assertEqual(summ.at(5).get('in'), 3)
self.assertEqual(summ.at(6).get('in'), 3)
self.assertEqual(summ.at(7).get('in'), 2)
self.assertEqual(summ.at(8).get('in'), 2)
self.assertEqual(summ.at(9).get('in'), 2)
def test_series_reduce(self):
"""Test reduce re-ordering out of order start times."""
# Mix the ordering up so they're out of chronological order
summ = TimeSeries.timeseries_list_sum({"name": "summ"},
[TS4, TS2, TS3, TS1, TS5],
["in", "out"])
self.assertEqual(summ.size(), 10)
self.assertEqual(summ.at(0).get('in'), 2)
self.assertEqual(summ.at(1).get('in'), 2)
self.assertEqual(summ.at(2).get('in'), 2)
self.assertEqual(summ.at(3).get('in'), 3)
self.assertEqual(summ.at(4).get('in'), 3)
self.assertEqual(summ.at(5).get('in'), 3)
self.assertEqual(summ.at(6).get('in'), 3)
self.assertEqual(summ.at(7).get('in'), 2)
self.assertEqual(summ.at(8).get('in'), 2)
self.assertEqual(summ.at(9).get('in'), 2)
