def _get_all_locations(config_path: str) -> List[getmaps.Location]:
"""
Wrapper for getmaps.get_all_locations()
Args:
config_path (str): The path to a JSON-formatted config file
containing the database connection string parameters
Returns:
List[getmaps.Location]: A list of all Location objects returned
by a query
"""
connection = getmaps.database_connect(config_path)
return getmaps.get_all_locations(connection)
def _get_rounds(config_path: str) -> List[str]:
"""
Gets a list of the unique round type and number pairs that have been
changed
Args:
config_path (str): The path to a JSON-formatted config file
containing the database connection string parameters
Returns:
List[str]: A list of round type and number pairs with no duplicate
values
"""
connection = getmaps.database_connect(config_path)
rounds = []
with open ('.\\get_rounds.sql', 'r') as rounds_query_f:
rounds_query = rounds_query_f.read()
cursor = connection.cursor()
cursor.execute(rounds_query)
rows = cursor.fetchall()
for row in rows:
for col in row:
if col != None:
rounds.append(col)
return list(set(rounds))
"""
main.py
Uses the classes and functions in getmaps.py and createprints.py to
get and layout two different elevations of maps on a page
"""
import getmaps
import createprints
if __name__ == '__main__':
# Connect to the database
connection = getmaps.database_connect('.\\.config')
# Get the UPRN from command line arguments or user input
uprn = getmaps.get_uprn_from_input()
location = getmaps.get_location_from_uprn(connection, uprn)
location.print_location()
# Get the maps
template = createprints.open_template()
# Most zoomed in to least zoomed in
scales = [1000, 10000]
maps = [
getmaps.get_arcgis_map(location, scales[0], 4663, 3502, 600, uprn),
getmaps.get_arcgis_map(location, scales[1], 4663, 2649, 1200, uprn)
]
template = createprints.write_text_on_template(
f'{location.street}, {location.town}, {location.postcode}', template)
# Create and print the maps
map_images = createprints.open_maps(uprn, scales)
final_maps = createprints.paste_maps(template, map_images)
result = createprints.save_print(uprn, final_maps, 'pdf')
print(result)