def list_imports(request, instance):
finished = GenericImportEvent.FINISHED_CREATING
trees = TreeImportEvent.objects.filter(instance=instance).order_by('id')
active_trees = trees.exclude(status=finished)
finished_trees = trees.filter(status=finished)
species = SpeciesImportEvent.objects\
.filter(instance=instance)\
.order_by('id')
active_species = species.exclude(status=finished)
finished_species = species.filter(status=finished)
active_events = list(active_trees) + list(active_species)
imports_finished = all(ie.is_finished() for ie in active_events)
instance_units = {
k + '_' + v: get_value_display_attr(instance, k, v, 'units')[1]
for k, v in [('plot', 'width'), ('plot', 'length'), (
'tree', 'height'), ('tree', 'diameter'), ('tree', 'canopy_height')]
}
return {
'importer_instance_units': instance_units,
'active_trees': active_trees,
'finished_trees': finished_trees,
'active_species': active_species,
'finished_species': finished_species,
'imports_finished': imports_finished
}
def list_imports(request, instance):
finished = GenericImportEvent.FINISHED_CREATING
trees = TreeImportEvent.objects.filter(instance=instance).order_by('id')
active_trees = trees.exclude(status=finished)
finished_trees = trees.filter(status=finished)
species = SpeciesImportEvent.objects\
.filter(instance=instance)\
.order_by('id')
active_species = species.exclude(status=finished)
finished_species = species.filter(status=finished)
active_events = list(active_trees) + list(active_species)
imports_finished = all(ie.is_finished() for ie in active_events)
instance_units = {k + '_' + v:
get_value_display_attr(instance, k, v, 'units')[1]
for k, v in [('plot', 'width'),
('plot', 'length'),
('tree', 'height'),
('tree', 'diameter'),
('tree', 'canopy_height')]}
return {'importer_instance_units': instance_units,
'active_trees': active_trees,
'finished_trees': finished_trees,
'active_species': active_species,
'finished_species': finished_species,
'imports_finished': imports_finished
}
def test_annual_rainfall_unit_conversion(self):
rainfall_unit_key, rainfall_unit = get_value_display_attr(
self.instance, 'greenInfrastructure', 'rainfall', 'units')
self.assertEqual(rainfall_unit, 'in')
__, __, unit_key = dotted_split(rainfall_unit_key, 3, maxsplit=2)
self.assertEqual(rainfall_unit, 'in')
config_key = 'annual_rainfall_inches'
request_key = 'instance.config.annual_rainfall_inches'
updates = {request_key: 10}
json_updates = json.dumps(updates)
request = make_request(method='PUT',
body=json_updates,
user=self.commander)
green_infrastructure(request, self.instance)
self.assertEqual(self.instance.config[config_key], 10.0)
self.instance.config[unit_key] = 'cm'
config_key = 'annual_rainfall_inches'
request_key = 'instance.config.{}'.format(config_key)
updates = {request_key: 25.4}
json_updates = json.dumps(updates)
request = make_request(method='PUT',
body=json_updates,
user=self.commander)
green_infrastructure(request, self.instance)
self.assertEqual(self.instance.config[config_key], 10.0)
def list_imports(request, instance):
table_names = [TABLE_ACTIVE_TREES, TABLE_FINISHED_TREES,
TABLE_ACTIVE_SPECIES, TABLE_FINISHED_SPECIES]
tables = [_get_table_context(instance, table_name, 1)
for table_name in table_names]
instance_units = {k + '_' + v:
get_value_display_attr(instance, k, v, 'units')[1]
for k, v in [('plot', 'width'),
('plot', 'length'),
('tree', 'height'),
('tree', 'diameter'),
('tree', 'canopy_height')]}
return {
'tables': tables,
'importer_instance_units': instance_units,
}
def list_imports(request, instance):
table_names = [TABLE_ACTIVE_TREES, TABLE_FINISHED_TREES,
TABLE_ACTIVE_SPECIES, TABLE_FINISHED_SPECIES]
_cleanup_tables(instance)
tables = [_get_table_context(instance, table_name, 1)
for table_name in table_names]
instance_units = {k + '_' + v:
get_value_display_attr(instance, k, v, 'units')[1]
for k, v in [('plot', 'width'),
('plot', 'length'),
('tree', 'height'),
('tree', 'diameter'),
('tree', 'canopy_height')]}
return {
'tables': tables,
'importer_instance_units': instance_units,
}
def _csv_field_serializer_map(instance, field_names):
"""
Create serializer functions that convert values to the proper units.
"""
map = {}
convertable_fields = {'tree__diameter': ('tree', 'diameter'),
'tree__height': ('tree', 'height'),
'tree__canopy_height': ('tree', 'canopy_height'),
'width': ('plot', 'width'),
'length': ('plot', 'length')}
def make_serializer(factor, digits):
return lambda x: str(round(factor * x, digits))
for name, details in convertable_fields.iteritems():
model_name, field = details
factor = storage_to_instance_units_factor(instance,
model_name,
field)
_, digits = get_value_display_attr(instance, model_name, field,
'digits')
digits = int(digits)
map[name] = make_serializer(factor, digits)
return map
def _csv_field_serializer_map(instance, field_names):
"""
Create serializer functions that convert values to the proper units.
"""
map = {}
convertable_fields = {
'tree__diameter': ('tree', 'diameter'),
'tree__height': ('tree', 'height'),
'tree__canopy_height': ('tree', 'canopy_height'),
'width': ('plot', 'width'),
'length': ('plot', 'length')
}
def make_serializer(factor, digits):
return lambda x: str(round(factor * x, digits))
for name, details in convertable_fields.iteritems():
model_name, field = details
factor = storage_to_instance_units_factor(instance, model_name, field)
_, digits = get_value_display_attr(instance, model_name, field,
'digits')
digits = int(digits)
map[name] = make_serializer(factor, digits)
return map
def identifier_and_value(key):
return get_value_display_attr(
instance, category_name, value_name, key)
def identifier_and_value(key):
return get_value_display_attr(instance, category_name,
value_name, key)
