def run():
"""Requirements for Task 1F"""
# create list of systems with inconsistent typical range
inconsistent_stations = MonitoringStation.inconsistent_typical_range_stations(
build_station_list())
# print their names in alphabetical order
names = [station.name for station in inconsistent_stations]
print(sorted(names))
def test_typical_range_consistency():
""""Testing the range consistency"""
# Create a list of stations for testing
stations = []
s_id0 = "test-s-idA"
m_id0 = "test-m-idA"
label0 = "Station A"
coord0 = (52.204451, 0.119726)
trange0 = (22.3, 3.4445)
river0 = "River A"
town0 = "Town A"
s0 = MonitoringStation(s_id0, m_id0, label0, coord0, trange0, river0,
town0)
stations.append(s0)
s_id1 = "test-s-idB"
m_id1 = "test-m-idB"
label1 = "Station B"
coord1 = (52.265989, 0.119921)
trange1 = (32.3, 3.4445)
river1 = "River B"
town1 = "Town B"
s1 = MonitoringStation(s_id1, m_id1, label1, coord1, trange1, river1,
town1)
stations.append(s1)
s_id2 = "test-s-idC"
m_id2 = "test-m-idC"
label2 = "Station C"
coord2 = (52.519327, 1.016386)
trange2 = (-2.3, 3.4445)
river2 = "River C"
town2 = "Town C"
s2 = MonitoringStation(s_id2, m_id2, label2, coord2, trange2, river2,
town2)
stations.append(s2)
s_id3 = "test-s-idD"
m_id3 = "test-m-idD"
label3 = "Station D"
coord3 = (52.632525, 1.295940)
trange3 = (-2.3, 3.4445)
river3 = "River D"
town3 = "Town D"
s3 = MonitoringStation(s_id3, m_id3, label3, coord3, trange3, river3,
town3)
stations.append(s3)
s_id4 = "test-s-idE"
m_id4 = "test-m-idE"
label4 = "Station E"
coord4 = (52.454529, 5.525467)
trange4 = None
river4 = "River E"
town4 = "Town E"
s4 = MonitoringStation(s_id4, m_id4, label4, coord4, trange4, river4,
town4)
stations.append(s4)
result1 = MonitoringStation.inconsistent_typical_range_stations(stations)
print(result1)
assert result1 == ['Station A', 'Station B', 'Station E']
