def process_state(request):
"""Procesa una consulta de tipo GET para normalizar provincias.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objecto flask.Response.
"""
valid_rule, format_request, error = parser.get_url_rule(request)
if not valid_rule:
return parser.get_response_for_invalid(request, message=error)
valid_request, error = parser.validate_params(request, STATES)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
state_id = request.args.get(ID)
name = request.args.get(NAME)
max = request.args.get(MAX) or 24
order = request.args.get(ORDER)
fields = parser.get_fields(request.args.get(FIELDS))
matches = data.query_entity(STATES,
entity_id=state_id,
name=name,
order=order,
fields=fields,
max=max)
return parser.get_response({STATES: matches}, format_request)
def process_department(request):
"""Procesa una consulta de tipo GET para normalizar departamentos.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objecto flask.Response.
"""
valid_rule, format_request, error = parser.get_url_rule(request)
if not valid_rule:
return parser.get_response_for_invalid(request, message=error)
valid_request, error = parser.validate_params(request, DEPARTMENTS)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
dept_id = request.args.get(ID)
name = request.args.get(NAME)
state = request.args.get(STATE)
max = request.args.get(MAX) or format_request['max']
order = request.args.get(ORDER)
fields = parser.get_fields(request.args.get(FIELDS))
flatten = FLATTEN in request.args or format_request['convert']
matches = data.query_entity(DEPARTMENTS,
entity_id=dept_id,
name=name,
state=state,
flatten=flatten,
order=order,
fields=fields,
max=max)
return parser.get_response({DEPARTMENTS: matches}, format_request)
def process_place(request):
"""Procesa una consulta para georreferenciar una ubicación.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de una de las funciones invocadas según el tipo de Request.
"""
valid_request, error = parser.validate_params(request, PLACE)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
if not request.args.get(LAT):
return parser.get_response_for_invalid(request, message=LAT_REQUIRED)
if not request.args.get(LON):
return parser.get_response_for_invalid(request, message=LON_REQUIRED)
lat = request.args.get(LAT)
lon = request.args.get(LON)
flatten = FLATTEN in request.args
matches = data.query_place(MUNICIPALITIES, lat, lon, flatten)
if not matches:
matches = data.query_place(DEPARTMENTS, lat, lon, flatten)
return parser.get_response({PLACE: matches})
def process_street(request):
"""Procesa una consulta de tipo GET para normalizar calles.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objecto flask.Response.
"""
valid_request, error = parser.validate_params(request, STREETS)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
name = request.args.get(NAME)
locality = request.args.get(LOCALITY)
department = request.args.get(DEPT)
state = request.args.get(STATE)
road_type = request.args.get(ROAD_TYPE)
max = request.args.get(MAX)
fields = parser.get_fields(request.args.get(FIELDS))
matches = data.query_streets(name, locality, department, state, road_type,
max, fields)
for street in matches:
street.pop(GEOM, None)
return parser.get_response({STREETS: matches})
def process_locality(request):
"""Procesa una consulta de tipo GET para normalizar localidades.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objeto flask.Response.
"""
valid_rule, format_request, error = parser.get_url_rule(request)
if not valid_rule:
return parser.get_response_for_invalid(request, message=error)
valid_request, error = parser.validate_params(request, SETTLEMENTS)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
locality_id = request.args.get(ID)
name = request.args.get(NAME)
state = request.args.get(STATE)
department = request.args.get(DEPT)
municipality = request.args.get(MUN)
exact = EXACT in request.args
order = request.args.get(ORDER)
fields = parser.get_fields(request.args.get(FIELDS))
flatten = FLATTEN in request.args or format_request['convert']
max = request.args.get(MAX) or format_request['max']
matches = data.query_entity(SETTLEMENTS,
entity_id=locality_id,
name=name,
municipality=municipality,
department=department,
state=state,
max=max,
order=order,
fields=fields,
flatten=flatten,
exact=exact)
return parser.get_response({LOCALITIES: matches}, format_request)
def address_get(request):
"""Procesa una consulta de tipo GET para normalizar direcciones.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objeto flask.Response.
"""
valid_request, error = parser.validate_params(request, ADDRESSES)
if not valid_request:
return parser.get_response_for_invalid(request, message=error)
if not request.args.get(ADDRESS):
return parser.get_response_for_invalid(request,
message=ADDRESS_REQUIRED)
search = parser.build_search_from(request.args)
if search['number'] is None:
return parser.get_response_for_invalid(request,
message=NUMBER_REQUIRED)
matches = data.query_address(search)
return parser.get_response({ADDRESSES: matches})
def address_post(request):
"""Procesa una consulta de tipo POST para normalizar direcciones.
Args:
request (flask.Request): Objeto con información de la consulta HTTP.
Returns:
Resultado de la consulta como objecto flask.Response.
"""
matches = []
json_data = request.get_json()
if json_data:
addresses = json_data.get(ADDRESSES)
if not addresses:
return parser.get_response_for_invalid(request, message=EMPTY_DATA)
for address in addresses:
search = parser.get_search_from_string(address)
matches.append({
'original': address,
'normalizadas': data.query_address(search)
})
return parser.get_response({ADDRESSES: matches})
