def test_multipoint_weather():
"""Test multipoint coverage parser for weather station data."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse("fmi::observations::weather::multipointcoverage",
args=ARGS)
latest = max(res.data.keys())
assert isinstance(latest, dt.datetime)
data = res.data[latest]
# Take the first location by alphabetic name
loc = min(data.keys())
assert isinstance(loc, str)
loc_data = data[loc]
# Every measurement should have a value and unit
for measurement in loc_data.keys():
assert "value" in loc_data[measurement]
assert "units" in loc_data[measurement]
# Check that location metadata are available
meta = res.location_metadata[loc]
assert isinstance(meta["fmisid"], int)
assert isinstance(meta["latitude"], float)
assert isinstance(meta["longitude"], float)
# Make sure the times are within the specified time frame
start_time = min(res.data.keys())
end_time = max(res.data.keys())
assert start_time >= START_TIME
assert end_time <= END_TIME
def test_multipoint_radionuclide():
"""Test multipoint coverage parser for radionuclide data."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse(
"stuk::observations::air::radionuclide-activity-concentration::latest::multipointcoverage",
args=ARGS)
latest = max(res.data.keys())
assert isinstance(latest, dt.datetime)
data = res.data[latest]
# Take the first location by alphabetic name
loc = min(data.keys())
assert isinstance(loc, str)
loc_data = data[loc]
# Every measurement should have a value and unit
for measurement in loc_data.keys():
assert "value" in loc_data[measurement]
assert "units" in loc_data[measurement]
# Check that location metadata are available
meta = res.location_metadata[loc]
assert isinstance(meta["fmisid"], int)
assert isinstance(meta["latitude"], float)
assert isinstance(meta["longitude"], float)
def test_multipoint_mareograph_default():
"""Test multipoint coverage parser for default query of mareograph data."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse(
"fmi::observations::mareograph::multipointcoverage")
_verify_multipoint_common(res)
def test_multipoint_radionuclide():
"""Test multipoint coverage parser for radionuclide data."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse(
"stuk::observations::air::radionuclide-activity-concentration::latest::multipointcoverage",
args=ARGS)
_verify_multipoint_common(res)
def test_old_multipoint_daily_weather():
"""Test multipoint coverage parser for daily weather station data for pre-1970s."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse(
"fmi::observations::weather::daily::multipointcoverage", args=ARGS_OLD)
# Make sure the times are within the specified time frame
start_time = min(res.data.keys())
end_time = max(res.data.keys())
assert start_time >= START_TIME_OLD
assert end_time <= END_TIME_OLD
def test_multipoint_weather():
"""Test multipoint coverage parser for weather station data."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse("fmi::observations::weather::multipointcoverage",
args=ARGS)
_verify_multipoint_common(res)
# Make sure the times are within the specified time frame
start_time = min(res.data.keys())
end_time = max(res.data.keys())
assert start_time >= START_TIME
assert end_time <= END_TIME
def test_multipoint_weather_timeseries():
"""Test multipoint coverage parser for weather station data in timeseries mode."""
from fmiopendata.multipoint import download_and_parse
res = download_and_parse("fmi::observations::weather::multipointcoverage",
args=ARGS_TIMESERIES)
for loc in res.location_metadata:
assert "fmisid" in res.location_metadata[loc]
assert "latitude" in res.location_metadata[loc]
assert "longitude" in res.location_metadata[loc]
for loc in res.data:
len_times = len(res.data[loc]["times"])
for measurement in res.data[loc]:
if measurement == "times":
continue
assert len(res.data[loc][measurement]["values"]) == len_times
assert "unit" in res.data[loc][measurement]