def create_database(): try: User.create_table() except peewee.OperationalError: pass try: State.create_table() except peewee.OperationalError: pass try: City.create_table() except peewee.OperationalError: pass try: Place.create_table() except peewee.OperationalError: pass try: PlaceBook.create_table() except peewee.OperationalError: pass try: Amenity.create_table() except peewee.OperationalError: pass try: PlaceAmenities.create_table() except peewee.OperationalError: pass
def states(): if request.method == 'GET': #get list states states_list = [] states = State.select() for state in states: states_list.append(state.to_hash()) return jsonify(states_list) elif request.method == 'POST': #create new state post_name = request.form['name'] states = State.select() for state in states: if state.name == post_name: message = { 'code': 10001, 'msg': 'State already exists', } res = jsonify(message) res.status_code = 409 return res else: new_state = State.create(name=post_name) return jsonify(new_state.to_hash())
def handle_states(): '''Returns all the states from the database as JSON objects with a GET request, or adds a new state to the database with a POST request. Refer to exception rules of peewee `get()` method for additional explanation of how the POST request is handled: http://docs.peewee-orm.com/en/latest/peewee/api.html#SelectQuery.get ''' if request.method == 'GET': list = ListStyle().list(State.select(), request) return jsonify(list), 200 elif request.method == 'POST': params = request.values '''Check that all the required parameters are made in request.''' required = set(["name"]) <= set(request.values.keys()) if required is False: return jsonify(msg="Missing parameter."), 400 try: State.select().where(State.name == request.form['name']).get() return jsonify(code=10001, msg="State already exists"), 409 except State.DoesNotExist: state = State.create(name=request.form['name']) return jsonify(state.to_dict()), 201
def tearDown(self): #delete all from users PlaceBook.delete().execute() Place.delete().execute() User.delete().execute() City.delete().execute() State.delete().execute()
def handle_state_id(state_id): '''Select the state with the id from the database and store as the variable `state` with a GET request method. Update the data of the particular state with a PUT request method. This will take the parameters passed and update only those values. Remove the state with this id from the database with a DELETE request method. Keyword arguments: state_id: The id of the state from the database. ''' try: state = State.select().where(State.id == state_id).get() except State.DoesNotExist: return jsonify(msg="There is no state with this id."), 404 if request.method == 'GET': return jsonify(state.to_dict()), 200 elif request.method == 'DELETE': try: state = State.delete().where(State.id == state_id) except State.DoesNotExist: raise Exception("There is no state with this id.") state.execute() return jsonify(msg="State deleted successfully."), 200
def places_in_state(state_id): try: State.get(State.id == state_id) except State.DoesNotExist: return jsonify({'code': 404, 'msg': "State does not exist in the database"}), 404 query = Place.select().join(City).join(State).where(State.id == state_id) return ListStyles.list(query, request), 200
def setUp(self): # disabling logs logging.disable(logging.CRITICAL) self.app = app.test_client() # connecting to the database db.connect() # creating tables db.create_tables([User], safe=True) db.create_tables([State], safe=True) db.create_tables([City], safe=True) db.create_tables([Place], safe=True) db.create_tables([PlaceBook], safe=True) # Creating a setUp new_state = State(name='California') new_state.save() new_city = City(name='San Francisco', state=1) new_city.save() # Creating a new users user1 = User(first_name='Jon', last_name='Snow', email='jon@snow', password='******') user1.save() new_place = Place(owner=1, city=1, name="Steven", description="house", number_rooms=3, number_bathrooms=2, max_guest=3, price_by_night=100, latitude=37.774929, longitude=-122.419416) new_place.save()
def setUp(self): #connect to db and delete everyone in the users table PlaceBook.delete().execute() Place.delete().execute() User.delete().execute() City.delete().execute() State.delete().execute()
def create_state(): """ Create a state """ data = request.form try: if 'name' not in data: raise KeyError('name') state_check = State.select().where(State.name == data['name']) new = State.create(name=data['name']) res = {} res['code'] = 201 res['msg'] = "State was created successfully" return res, 201 except KeyError as e: response = {} response['code'] = 40000 response['msg'] = 'Missing parameters' return response, 400 except Exception as e: response = {} response['code'] = 10001 response['msg'] = "State already exists" return response, 409
def test_city_state(self): new_state = State(name="California") new_state.save() new_city = City(name="San Francisco", state=1) new_city.save() get_cities = self.app.get('/states/1/cities/1') assert get_cities.status_code == 200
def handle_state_id(state_id): '''Select the state with the id from the database and store as the variable `state` with a GET request method. Update the data of the particular state with a PUT request method. This will take the parameters passed and update only those values. Remove the state with this id from the database with a DELETE request method. Keyword arguments: state_id: The id of the state from the database. ''' try: state = State.select().where(State.id == state_id).get() except State.DoesNotExist: return jsonify(msg="There is no state with this id."), 404 if request.method == 'GET': return jsonify(state.to_dict()), 200 elif request.method == 'DELETE': try: state = State.delete().where(State.id == state_id) except State.DoesNotExist: raise Exception("There is no state with this id.") state.execute() return jsonify(msg="State deleted successfully."), 200
def setUp(self): # disabling logs logging.disable(logging.CRITICAL) self.app = app.test_client() # connecting to the database db.connect() # creating tables db.create_tables([User], safe=True) db.create_tables([State], safe=True) db.create_tables([City], safe=True) db.create_tables([Place], safe=True) db.create_tables([PlaceBook], safe=True) # Creating a setUp new_state = State(name='California') new_state.save() new_city = City(name='San Francisco', state=1) new_city.save() # Creating a new users user1 = User(first_name='Jon', last_name='Snow', email='jon@snow', password='******') user1.save() new_place = Place(owner=1, city=1, name="Steven", description="house", number_rooms=3, number_bathrooms=2, max_guest=3, price_by_night=100, latitude=37.774929, longitude=-122.419416) new_place.save()
def test_review_place2(self): # Creating a setUp new_state = State(name='California') new_state.save() new_city = City(name='San Francisco', state=1) new_city.save() new_place = Place(owner=1, city=1, name="Steven", description="house", number_rooms=3, number_bathrooms=2, max_guest=3, price_by_night=100, latitude=37.774929, longitude=-122.419416) new_place.save() # Creating a review for a place that exist new_review = self.app.post('/places/1/reviews', data=dict(message="I like it", stars=5)) assert new_review.status_code == 200 # checking the review id, should be 1 assert json.loads(new_review.data)["id"] == 1 # Creating a review for a place that does not exist new_review = self.app.post('/places/3/reviews', data=dict(message="I like it", user_id=1, stars=5)) assert new_review.status_code == 404
def test_review_place3(self): # Creating a setUp new_state = State(name='California') new_state.save() new_city = City(name='San Francisco', state=1) new_city.save() new_place = Place(owner=1, city=1, name="Steven", description="house", number_rooms=3, number_bathrooms=2, max_guest=3, price_by_night=100, latitude=37.774929, longitude=-122.419416) new_place.save() # Creating a review for a place that exist new_review = self.app.post('/places/1/reviews', data=dict(message="I like it", stars=5)) assert new_review.status_code == 200 # Checking for a review that does not exist new_review_get = self.app.get('/places/1/reviews/5') assert new_review_get.status_code == 404 # Checking for a place that does not exist new_review_get = self.app.get('/places/2/reviews/2') assert new_review_get.status_code == 404 # Checking for a review that does exist new_review_get = self.app.get('/places/1/reviews/1') assert new_review_get.status_code == 200
def states(): """Handle GET and POST requests to /states route. Return a list of all states in the database in the case of a GET request. Create a new state in the database in the case of a POST request """ # handle GET requests: # -------------------------------------------------------------------------- if request.method == 'GET': list = ListStyle.list(State.select(), request) return jsonify(list) # handle POST requests: # -------------------------------------------------------------------------- elif request.method == 'POST': try: record = State(name=request.form["name"]) record.save() return jsonify(record.to_hash()) # return 409 state with given name already exists except IntegrityError: return json_response( add_status_=False, status_=409, code=10001, msg="State already exists" )
def tearDown(self): """ Remove city table from airbnb_test database upon completion of test case. """ # drop tables from database City.drop_table() State.drop_table()
def MakeState(state_id, state_name, region, is_state, all_states, futures): state = State.get_by_id(state_id) or State(id=state_id) state.name = state_name state.region = region.key state.is_state = is_state futures.append(state.put_async()) all_states[state_id] = state return state
def del_state(id): id_check = State.select().where(State.id == id) if not id_check: return {'code': 404, 'msg': 'State not found'}, 404 item = State.delete().where(State.id == id) item.execute() return {'code': 200, 'msg': 'Deleted successfully'}, 200
def tearDown(self): """ Remove city table from airbnb_test database upon completion of test case. """ # drop tables from database City.drop_table() State.drop_table()
def get_state(state_id): """ Get the given state Returns the given state in the database. --- tags: - State parameters: - in: path name: state_id type: integer required: True description: ID of the state responses: 200: description: State returned successfully schema: id: State required: - name - id - created_at - updated_at properties: name: type: string description: name of the given state default: None id: type: integer description: id of the state default: 1 created_at: type: datetime string description: date and time the state was created in the database default: '2016-08-11 20:30:38' updated_at: type: datetime string description: date and time the state was updated in the database default: '2016-08-11 20:30:38' 404: description: State was not found 500: description: Request could not be processed """ try: ''' Check that state_id exists ''' query = State.select().where(State.id == state_id) if not query.exists(): raise LookupError('state_id') state = State.get(State.id == state_id) return state.to_dict(), 200 except LookupError as e: abort(404) except Exception as e: abort(500)
def tearDown(self): """ Remove place table from airbnb_test database upon completion of test case. """ Place.drop_table() City.drop_table() State.drop_table() User.drop_table()
def tearDown(self): """ Remove place table from airbnb_test database upon completion of test case. """ Place.drop_table() City.drop_table() State.drop_table() User.drop_table()
def create_state(): data = request.form name_check = State.select().where(State.name == data['name']) if name_check: return {'code': 10001, 'msg': 'State already exists'}, 409 state = State.create( name = data['name'] ) return {'code': 201,'msg': 'State was created successfully'}, 201
def tearDown(self): """Remove tables from airbnb_test database upon completion of test.""" ReviewUser.drop_table() ReviewPlace.drop_table() Review.drop_table() Place.drop_table() City.drop_table() State.drop_table() User.drop_table()
def createStateViaPeewee(self): """ Create a state record using the API's database/Peewee models. createStateViaPeewee returns the Peewee object for the record. This method will not work if the database models are not written correctly. """ record = State(name='namestring') record.save() return record
def modify_state(state_id): state = State.get(State.id == state_id) if request.method == "GET": return jsonify(state.to_hash()) elif request.method == 'DELETE': state_info = State.get(State.id == state_id) state_info.delete_instance() state_info.save() return jsonify(msg="State deleted")
def state_id(state_id): if request.method == 'GET': #get state from state_id state = State.get(State.id == state_id) return jsonify(state.to_hash()) elif request.method == 'DELETE': #delete state with id state_id state = State.get(State.id == state_id) state.delete_instance() return 'State %s deleted \n' % state_id
def tearDown(self): """ Remove placebook table from airbnb_test database upon completion of test case. """ # drop tables from database PlaceBook.drop_table() Place.drop_table() City.drop_table() State.drop_table() User.drop_table()
def tearDown(self): """ Remove placebook table from airbnb_test database upon completion of test case. """ # drop tables from database PlaceBook.drop_table() Place.drop_table() City.drop_table() State.drop_table() User.drop_table()
def state(number): if request.method == 'GET': query = State.get(State.id == number) return query.to_hash() else: try: query = State.select().where(State.id == number).get() except: return {'code':404, 'msg':'state not found'}, 404 out_json = query.to_hash() query.delete_instance() return out_json
def setUp(self): """ Overload def setUp(self): to create a test client of airbnb app, and create placebook table in airbnb_test database. """ self.app = app.test_client() # set up test client self.app.testing = True # set testing to True logging.disable(logging.CRITICAL) # disable logs # connect to airbnb_test database and create tables database.connect() database.create_tables([User, State, City, Place, PlaceBook], safe=True) # create user record for route user_record = User(email='anystring', password='******', first_name='anystring2', last_name='anystring3') user_record.save() # create state record for route state_record = State(name="foo-state") state_record.save() # create city record for route city_record = City(name="foo-city", state="1") city_record.save() # create place records for route place_record = Place(owner=1, city=1, name="foo", description="foo description", number_rooms=1, number_bathrooms=1, max_guest=1, price_by_night=1, latitude=20.0, longitude=22.0) place_record.save() place_record2 = Place(owner=1, city=1, name="foo", description="foo description", number_rooms=1, number_bathrooms=1, max_guest=1, price_by_night=1, latitude=20.0, longitude=22.0) place_record2.save()
def setUp(self): """ Overload def setUp(self): to create a test client of airbnb app, and create placebook table in airbnb_test database. """ self.app = app.test_client() # set up test client self.app.testing = True # set testing to True logging.disable(logging.CRITICAL) # disable logs # connect to airbnb_test database and create tables database.connect() database.create_tables([User, State, City, Place, PlaceBook], safe=True) # create user record for route user_record = User( email='anystring', password='******', first_name='anystring2', last_name='anystring3' ) user_record.save() # create state record for route state_record = State(name="foo-state") state_record.save() # create city record for route city_record = City(name="foo-city", state="1") city_record.save() # create place records for route place_record = Place( owner=1, city=1, name="foo", description="foo description", number_rooms=1, number_bathrooms=1, max_guest=1, price_by_night=1, latitude=20.0, longitude=22.0 ) place_record.save() place_record2 = Place( owner=1, city=1, name="foo", description="foo description", number_rooms=1, number_bathrooms=1, max_guest=1, price_by_night=1, latitude=20.0, longitude=22.0 ) place_record2.save()
def create_new_state(): post_data = request.values if 'name' not in post_data: return {'code':400, 'msg':'bad request'}, 400 state_query = State.select().where(State.name == post_data['name']) if state_query.exists(): out = {'code': 10001, 'msg': 'State already exists'} return out, 409 try: state_row = State.create(name=post_data['name']) return state_row.to_hash() except: return {'code':500, 'msg':'database connection error'}, 500
def create_state(): """ Create a state Creates a state based on post parameters. --- tags: - state parameters: - name: name in: query type: string description: name of the state to create responses: 200: description: Success message schema: id: success_message properties: status: type: number description: status code default: 200 msg: type: string description: Status message default: 'Success' 400: description: Error message schema: id: error_message properties: status: type: number description: status code default: 40000 msg: type: string description: Status message default: 'Missing parameters' """ content = request.get_json(force=True) if not all(param in content.keys() for param in ["name"]): #ERROR return error_msg(400, 40000, "Missing parameters") try: state = State() state.name = content["name"] state.save() except Exception as e: return error_msg(400, 400, "Error") return error_msg(200, 200, "Success")
def get_places_by_city(state_id, city_id): """ Get all places List all places in the given city in the database. --- tags: - Place parameters: - name: state_id in: path type: integer required: True description: ID of the state - name: city_id in: path type: integer required: True description: ID of the city responses: 200: description: List of all places schema: $ref: '#/definitions/get_places_get_Places' """ try: ''' Check if the state_id exists ''' query = State.select().where(State.id == state_id) if not query.exists(): raise LookupError('state_id') ''' Check if the city_id exists ''' query = City.select().where(City.id == city_id) if not query.exists(): raise LookupError('city_id') ''' Check if the city_id is associated to the state_id ''' city = City.get(City.id == city_id) query = State.select().where(State.id == city.state, State.id == state_id) if not query.exists(): raise LookupError('city_id, state_id') ''' Return all places in the given city ''' data = Place.select().where(Place.city == city.id) return ListStyle.list(data, request), 200 except LookupError as e: abort(404) except Exception as error: abort(500)
def setUp(self): """ Overload def setUp(self): to create a test client of airbnb app, and create review table in airbnb_test database. """ self.app = app.test_client() # set up test client self.app.testing = True # set testing to True logging.disable(logging.CRITICAL) # disable logs database.connect() # connect to airbnb_test db database.create_tables( # create tables [User, State, City, Place, Review, ReviewUser, ReviewPlace], safe=True ) # create user record for routes user_record = User( email='anystring', password='******', first_name='anystring2', last_name='anystring3' ) user_record.save() user_record2 = User( email='anystring-2', password='******', first_name='anystring2', last_name='anystring3' ) user_record2.save() # create place records (and dependencies) for routes state_record = State(name='foo-statee') state_record.save() city_record = City(name='foo-city', state=1) city_record.save() place_record = Place( owner_id=1, city_id=1, name="foo", description="foo description", number_rooms=1, number_bathrooms=1, max_guest=1, price_by_night=1, latitude=20.0, longitude=22.0 ) place_record.save()
def app_states(): if request.method == "GET": try: query = State.select() return ListStyles.list(query, request), 200 except State.DoesNotExist: return jsonify({"code": 404, "msg": "No tables exist yet"}), 404 elif request.method == "POST": try: new = State.create(name=str(request.form['name'])) return jsonify(new.to_dict()), 201 except: return jsonify({"code": 10001, "msg": "State already exists"}), 409
def app_states_id(state_id): if request.method == "GET": try: query = State.get(State.id == state_id) return jsonify(query.to_dict()), 200 except: return jsonify({"code": 404, "msg": "not found"}), 404 elif request.method == "DELETE": try: query = State.get(State.id == state_id) query.delete_instance() return jsonify({"code": 200, "msg": "success"}), 200 except: return jsonify({"code": 404, "msg": "not found"}), 404
def regional(): with client.context(): year = datetime.date.today().year championships = Championship.query( ndb.AND(Championship.year == year, Championship.region != None)).fetch() competitions = ndb.get_multi([c.competition for c in championships]) states = State.query().fetch() regions = Region.query().order(Region.name).fetch() championships.sort( key=lambda championship: championship.competition.get().start_date) championship_regions = [ championship.region for championship in championships ] regions_missing_championships = [ region for region in regions if region.key not in championship_regions ] return render_template( 'regional.html', c=common.Common(wca_disclaimer=True), year=year, championships=championships, regions_missing_championships=regions_missing_championships)
def edit_championships(): with client.context(): me = auth.user() if not me or not me.HasAnyRole(Roles.AdminRoles()): abort(403) all_us_competitions = (Competition.query( Competition.country == ndb.Key(Country, 'USA')).order( Competition.name).fetch()) national_championships = (Championship.query( Championship.national_championship == True).order( -Championship.year).fetch()) regional_championships = (Championship.query( Championship.region != None).order( Championship.region).order(-Championship.year).fetch()) state_championships = (Championship.query( Championship.state != None).order( Championship.state).order(-Championship.year).fetch()) states = State.query().fetch() regions = Region.query().fetch() return render_template('admin/edit_championships.html', c=common.Common(), all_us_competitions=all_us_competitions, national_championships=national_championships, regional_championships=regional_championships, state_championships=state_championships, states=states, regions=regions)
def state_id(state_id): """Handle GET and DELETE requests to /states/<state_id> route. Return a hash of the appropriate record in the database in the case of a GET request. Delete the appropriate record in the case of a DELETE request. """ # check whether resource exists: # -------------------------------------------------------------------------- try: record = State.get(State.id == state_id) # return 404 not found if it does not except State.DoesNotExist: return json_response( add_status_=False, status_=404, code=404, msg="not found" ) # if exception does not arise: # -------------------------------------------------------------------------- # handle GET requests if request.method == 'GET': return jsonify(record.to_hash()) # handle DELETE requests elif request.method == "DELETE": record.delete_instance() record.save() return 'deleted state\n'
def get_states(): if request.method == 'GET': states = [] query = State.select() for state in query: states.append(state.to_hash()) return jsonify(states)
def get_state(id): try: state = State.get(State.id == id) except Exception as e: return {'code': 404, 'msg': "State not found"}, 404 return state.to_hash(), 200
def ParseFromDict(self, row): self.start_date = datetime.date(int(row['year']), int(row['month']), int(row['day'])) self.end_date = datetime.date(int(row['year']), int(row['endMonth']), int(row['endDay'])) self.year = int(row['year']) self.name = row['name'] self.short_name = row['cellName'] self.events = [ ndb.Key(Event, event_id) for event_id in row['eventSpecs'].split(' ') ] self.latitude = int(row['latitude']) self.longitude = int(row['longitude']) state = None if ',' in row['cityName']: city_split = row['cityName'].split(',') state_name = city_split[-1].strip() state = State.get_state(state_name) self.city_name = ','.join(city_split[:-1]) if state: self.state = state.key else: self.city_name = row['cityName'] self.country = ndb.Key(Country, row['countryId'])
def setUp(self): """ Overload def setUp(self): to create a test client of airbnb app, and create city table in airbnb_test database. """ self.app = app.test_client() # set up test client self.app.testing = True # set testing to True logging.disable(logging.CRITICAL) # disable logs # connect to airbnb_test db and create tables database.connect() database.create_tables([State, City], safe=True) # create state record for route state_record = State(name='namestring') state_record.save()
def state_id(state_id): """Handle GET and DELETE requests to /states/<state_id> route. Return a hash of the appropriate record in the database in the case of a GET request. Delete the appropriate record in the case of a DELETE request. """ # check whether resource exists: # -------------------------------------------------------------------------- try: record = State.get(State.id == state_id) # return 404 not found if it does not except State.DoesNotExist: return json_response(add_status_=False, status_=404, code=404, msg="not found") # if exception does not arise: # -------------------------------------------------------------------------- # handle GET requests if request.method == 'GET': return jsonify(record.to_hash()) # handle DELETE requests elif request.method == "DELETE": record.delete_instance() record.save() return 'deleted state\n'
def list_of_states(): if request.method == 'GET': list = ListStyle.list(State.select(), request) return jsonify(list) if request.method == 'POST': # name_state = request.form['name'] try: new_state = State(name=request.form['name']) # saving the changes new_state.save() # returning the new information in hash form return "New State entered! -> %s\n" % (new_state.name) except: return make_response(jsonify({'code': 10000, 'msg': 'State already exist'}), 409)
def setUp(self): """ Overload def setUp(self): to create a test client of airbnb app, and create city table in airbnb_test database. """ self.app = app.test_client() # set up test client self.app.testing = True # set testing to True logging.disable(logging.CRITICAL) # disable logs # connect to airbnb_test db and create tables database.connect() database.create_tables([State, City], safe=True) # create state record for route state_record = State(name='namestring') state_record.save()
def handle_place_state_id(state_id): '''Retrieve all the places with a state of that passed in the URL. Keyword arguments: state_id -- The id of the state that this place belongs. ''' if request.method == 'GET': try: State.select().where(State.id == state_id).get() except State.DoesNotExist: return jsonify("No state exists with this id."), 400 list = ListStyle().list((Place.select().join(City).join(State).where( State.id == state_id)), request) return jsonify(list), 200
def get_states(): """ Get all states List all states in the database. --- tags: - State responses: 200: description: List of all states schema: id: States required: - data - paging properties: data: type: array description: states array items: $ref: '#/definitions/get_state_get_State' paging: description: pagination schema: $ref: '#/definitions/get_amenities_get_Paging' """ try: ''' Returns a list of states in list named result ''' data = State.select() return ListStyle.list(data, request), 200 except Exception as e: abort(500)
def delete_state(state_id): """ Delete state with id as state_id """ try: state = State.get(State.id == state_id) except Exception as error: response = {} response['code'] = 404 response['msg'] = 'State not found' return response, 404 delete_state = State.delete().where(State.id == state_id) delete_state.execute() response = {} response['code'] = 200 response['msg'] = "State was deleted successfully" return response, 200
def modify_state(state_id): try: # displaying state by id if request.method == 'GET': return jsonify(State.get(State.id == state_id).to_dict()) except: return "No State was found with id %d\n" % (int(id)) if request.method == 'DELETE': id = state_id try: # creating and oobject calling the State get_state = State.get(State.id == id) # deleting state based on the id get_state.delete_instance() return "State with id %d was deleted\n" % (int(id)) except: return "No State was found with id %d\n" % (int(id))
def delete_state(number): try: query = State.get(State.id == number) except State.DoesNotExist: return {'code':404, 'msg':'state not found'}, 404 out_json = query.to_dict() query.delete_instance() return out_json
def modify_state(state_id): try: # displaying state by id if request.method == 'GET': return jsonify(State.get(State.id == state_id).to_dict()) except: return "No State was found with id %d\n" % (int(id)) if request.method == 'DELETE': id = state_id try: # creating and oobject calling the State get_state = State.get(State.id == id) # deleting state based on the id get_state.delete_instance() return "State with id %d was deleted\n" % (int(id)) except: return "No State was found with id %d\n" % (int(id))
def state_places(state_id): state = State.select().where(State.id == state_id) if state.wrapped_count() < 1: return json_response(status_=404, code=10002, msg="state not found") query = Place.select().join(City).join(State).where(State.id == state_id) return ListStyle.list(query, request)
def state_create_modify(): if request.method == 'GET': state_list = State.select() order_values = [i.to_hash() for i in state_list] return jsonify(order_values) elif request.method == 'POST': check_state_name = State.select().where( State.name == request.form['name']) if check_state_name: error_msg = {'code': 10001, 'msg': 'State already exists'} return jsonify(error_msg) else: state = State.create(name=request.form['name']) return jsonify(state.to_hash())
def GetEligibleStateKeys(self): if self.state: return [self.state] if self.region: return State.query(State.region == self.region).fetch( keys_only=True) # National championships are not based on residence, they're based on # citizenship. return None
def states_id(state_id): if request.method == 'GET': try: state = State.get(State.id == state_id) return jsonify(state.to_dict()), 200 except State.DoesNotExist: return json_response(status_=404, msg="not found") elif request.method == 'DELETE': try: state = State.get(State.id == state_id) state.delete_instance() state.save() return json_response(status_=200, msg="State succesfully deleted") except State.DoesNotExist: return json_response(status_=404, msg="state does not exist")