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Update flake8 error code

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flake8-print moved its namespace from `T0*` to `T2*` as a breaking
change in version 5.0.0 – see https://github.com/jbkahn/flake8-print#500---2022-04-30
This commit is contained in:
Chris Hill-Scott
2022-05-05 13:50:29 +01:00
parent 1794344306
commit 7a0ba988bb
2 changed files with 18 additions and 18 deletions
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34
app/broadcast_areas/create-broadcast-areas-db.py
View File

@@ -64,7 +64,7 @@ def clean_up_invalid_polygons(polygons, indent=" "):
)).simplify(0) )).simplify(0)
if simplified_polygon.is_valid: if simplified_polygon.is_valid:
print( # noqa: T001 print( # noqa: T201
f"{indent}Polygon {index + 1}/{len(polygons)} is valid" f"{indent}Polygon {index + 1}/{len(polygons)} is valid"
) )
yield simplified_polygon yield simplified_polygon
@@ -76,12 +76,12 @@ def clean_up_invalid_polygons(polygons, indent=" "):
# don’t have an area. They wouldn’t contribute to a broadcast # don’t have an area. They wouldn’t contribute to a broadcast
# so we can ignore them. # so we can ignore them.
if simplified_polygon.area == 0: if simplified_polygon.area == 0:
print( # noqa: T001 print( # noqa: T201
f"{indent}Polygon {index + 1}/{len(polygons)} has 0 area, skipping" f"{indent}Polygon {index + 1}/{len(polygons)} has 0 area, skipping"
) )
continue continue
print( # noqa: T001 print( # noqa: T201
f"{indent}Polygon {index + 1}/{len(polygons)} needs fixing..." f"{indent}Polygon {index + 1}/{len(polygons)} needs fixing..."
) )
@@ -107,7 +107,7 @@ def clean_up_invalid_polygons(polygons, indent=" "):
assert fixed_polygon.is_valid assert fixed_polygon.is_valid
assert isclose(fixed_polygon.area, shapely_polygon.area, rel_tol=0.001) assert isclose(fixed_polygon.area, shapely_polygon.area, rel_tol=0.001)
print( # noqa: T001 print( # noqa: T201
f"{indent}Polygon {index + 1}/{len(polygons)} fixed!" f"{indent}Polygon {index + 1}/{len(polygons)} fixed!"
) )
@@ -135,7 +135,7 @@ def polygons_and_simplified_polygons(feature):
'Polygon of 0 size found' 'Polygon of 0 size found'
) )
print( # noqa: T001 print( # noqa: T201
f' Original:{full_resolution.point_count: >5} points' f' Original:{full_resolution.point_count: >5} points'
f' Smoothed:{smoothed.point_count: >5} points' f' Smoothed:{smoothed.point_count: >5} points'
f' Simplified:{simplified.point_count: >4} points' f' Simplified:{simplified.point_count: >4} points'
@@ -169,7 +169,7 @@ def estimate_number_of_smartphones_in_area(country_or_ward_code):
# We don’t have population figures for wards of the City of # We don’t have population figures for wards of the City of
# London. We’ll leave it empty here and estimate on the fly # London. We’ll leave it empty here and estimate on the fly
# later based on physical area. # later based on physical area.
print(' Population: N/A') # noqa: T001 print(' Population: N/A') # noqa: T201
return None return None
# For some reason Bryher is the only ward missing population data, so we # For some reason Bryher is the only ward missing population data, so we
@@ -264,8 +264,8 @@ def add_test_areas():
f_id = feature["properties"]['id'] f_id = feature["properties"]['id']
f_name = feature["properties"]['name'] f_name = feature["properties"]['name']
print() # noqa: T001 print() # noqa: T201
print(f_name) # noqa: T001 print(f_name) # noqa: T201
feature, _, utm_crs = polygons_and_simplified_polygons( feature, _, utm_crs = polygons_and_simplified_polygons(
feature["geometry"] feature["geometry"]
@@ -296,8 +296,8 @@ def add_countries():
f_id = feature["properties"]['ctry19cd'] f_id = feature["properties"]['ctry19cd']
f_name = feature["properties"]['ctry19nm'] f_name = feature["properties"]['ctry19nm']
print() # noqa: T001 print() # noqa: T201
print(f_name) # noqa: T001 print(f_name) # noqa: T201
feature, simple_feature, utm_crs = ( feature, simple_feature, utm_crs = (
polygons_and_simplified_polygons(feature["geometry"]) polygons_and_simplified_polygons(feature["geometry"])
@@ -336,8 +336,8 @@ def _add_electoral_wards(dataset_id):
ward_name = feature["properties"]["wd20nm"] ward_name = feature["properties"]["wd20nm"]
ward_id = "wd20-" + ward_code ward_id = "wd20-" + ward_code
print() # noqa: T001 print() # noqa: T201
print(ward_name) # noqa: T001 print(ward_name) # noqa: T201
try: try:
la_id = "lad20-" + ward_code_to_la_id_mapping[ward_code] la_id = "lad20-" + ward_code_to_la_id_mapping[ward_code]
@@ -358,7 +358,7 @@ def _add_electoral_wards(dataset_id):
]) ])
except KeyError: except KeyError:
print("Skipping", ward_code, ward_name) # noqa: T001 print("Skipping", ward_code, ward_name) # noqa: T201
rtree_index_path.open('wb').write(pickle.dumps(rtree_index)) rtree_index_path.open('wb').write(pickle.dumps(rtree_index))
repo.insert_broadcast_areas(areas_to_add, keep_old_polygons) repo.insert_broadcast_areas(areas_to_add, keep_old_polygons)
@@ -371,8 +371,8 @@ def _add_local_authorities(dataset_id):
la_id = feature["properties"]["LAD20CD"] la_id = feature["properties"]["LAD20CD"]
group_name = feature["properties"]["LAD20NM"] group_name = feature["properties"]["LAD20NM"]
print() # noqa: T001 print() # noqa: T201
print(group_name) # noqa: T001 print(group_name) # noqa: T201
group_id = "lad20-" + la_id group_id = "lad20-" + la_id
@@ -424,7 +424,7 @@ def _add_counties_and_unitary_authorities(dataset_id):
# cheeky global variable # cheeky global variable
keep_old_polygons = sys.argv[1:] == ['--keep-old-polygons'] keep_old_polygons = sys.argv[1:] == ['--keep-old-polygons']
print('keep_old_polygons: ', keep_old_polygons) # noqa: T001 print('keep_old_polygons: ', keep_old_polygons) # noqa: T201
repo = BroadcastAreasRepository() repo = BroadcastAreasRepository()
@@ -443,7 +443,7 @@ most_detailed_polygons = formatted_list(
after_each='', after_each='',
) )
print( # noqa: T001 print( # noqa: T201
'\n' '\n'
'DONE\n' 'DONE\n'
f' Processed {len(point_counts):,} polygons.\n' f' Processed {len(point_counts):,} polygons.\n'

2
app/broadcast_areas/populations.py
View File

@@ -55,7 +55,7 @@ def estimate_number_of_smartphones_for_population(population):
total_population = sum(dict(population).values()) total_population = sum(dict(population).values())
total_phones = sum(smartphone_ownership_for_area_by_age_range.values()) total_phones = sum(smartphone_ownership_for_area_by_age_range.values())
print( # noqa: T001 print( # noqa: T201
f' Population:{total_population: 11,.0f}' f' Population:{total_population: 11,.0f}'
f' Phones:{total_phones: 11,.0f}' f' Phones:{total_phones: 11,.0f}'
) )