def test_add_meta_object(self):
metadata = Metadata("total_lane_kilometres", region_set, interval_set,
"kilometer")
metadata_set = MetadataSet([])
metadata_set.add_metadata_object(metadata)
# access list of metadata attributes
assert metadata_set.names == ["total_lane_kilometres"]
assert metadata_set.spatial_resolutions == [region_set]
assert metadata_set.temporal_resolutions == [interval_set]
assert metadata_set.units == ["kilometer"]
def test_hanging_inputs(self, get_sector_model):
"""
sos_model_high
sos_model_lo
-> em
"""
SectorModel = get_sector_model
energy_model = SectorModel('energy_sector_model')
input_metadata = {
'name': 'electricity_demand_input',
'spatial_resolution': Mock(),
'temporal_resolution': Mock(),
'units': 'unit'
}
energy_model._model_inputs = MetadataSet([input_metadata])
sos_model_lo = SosModel('lower')
sos_model_lo.add_model(energy_model)
input_object = Metadata(input_metadata['name'],
input_metadata['spatial_resolution'],
input_metadata['temporal_resolution'],
input_metadata['units'])
expected = MetadataSet([])
expected.add_metadata_object(input_object)
assert energy_model.free_inputs.names == ['electricity_demand_input']
assert sos_model_lo.free_inputs.names == ['electricity_demand_input']
sos_model_high = SosModel('higher')
sos_model_high.add_model(sos_model_lo)
assert sos_model_high.free_inputs['electricity_demand_input'] == \
input_object
