def create_depthseries(self):
tso = dto.TimeSeries(DS_NAME)
tso2 = dto.TimeSeries(DS2_NAME)
try:
res = depthseries.post_depth_series([tso2, tso])
except:
pass
yield depthseries.get_depthseries(prefix=DS_NAME)
try:
depthseries.delete_depth_series(DS_NAME)
depthseries.delete_depth_series(DS2_NAME)
except:
pass
def test_create_series(self):
prefix = ["one", "two", "three"]
stage = ["stageone", "stagetwo"]
stage1 = []
stage2 = []
for pre in prefix:
stage1.append(";".join([pre, stage[0], DS_NAME]))
stage2.append(";".join([pre, stage[1], DS_NAME]))
stage1tso = [dto.TimeSeries(t) for t in stage1]
stage2tso = [dto.TimeSeries(t) for t in stage2]
res = depthseries.post_depth_series(stage1tso)
assert res == {}
res = depthseries.post_depth_series(stage1tso + stage2tso)
assert res == {}
try:
for ds in stage1 + stage2:
depthseries.delete_depth_series(ds)
except:
pass
def test_depthseries_unit_correct(self):
tso = dto.TimeSeries(DS_NAME, unit="celsius")
res = depthseries.update_depth_series([tso])
series = depthseries.get_depthseries(prefix=DS_NAME)
assert series.to_json()[0]["unit"] == "celsius"
assert series.to_json()[1]["unit"] == "m"
def test_update_timeseries(self):
tso = dto.TimeSeries(DS_NAME, unit="celsius")
res = depthseries.update_depth_series([tso])
assert res == {}
def datapoints_fixture():
tso = dto.TimeSeries(TS_NAME)
timeseries.post_time_series([tso])
yield
timeseries.delete_time_series(TS_NAME)
def test_post_timeseries(self):
tso = dto.TimeSeries(TS_NAME)
res = timeseries.post_time_series([tso])
assert res == {}