def hello():
db = dbQueries(path)
data = db.get_all_names()
# change list of tuples to list
formatted = [tuple[0] for tuple in data]
return render_template("home.html", mdata=formatted)
def test_num_bikes(address):
db = dbQueries(path)
mdata = db.get_all_names()
# change list of tuples to list
formatted = [tuple[0] for tuple in mdata]
address = address.replace("-", " ")
id = db.station_to_ID(address)
banking = db.take_credit(id)
if banking == True:
banking = "Yes"
else:
banking = "No"
count = db.get_valid_real_time_count()
# check if there was valid real_time data
if count == 0:
# fetch data from api
data = helpers.request_new_data()
db.insert_new_real_time_values(data, True)
# fetch all data to send back
real_time = db.get_real_time(id)
data = real_time[0]
return render_template('station.html',
Data=data,
Address=address,
mdata=formatted,
Banking=banking)
def test_num_bikes(address):
db = dbQueries("bikes.db")
mdata = db.get_all_names()
# change list of tuples to list
formatted = [tuple[0] for tuple in mdata]
address = address.replace("-", " ")
id = db.station_to_ID(address)
banking = db.take_credit(id)
if banking == True:
banking = "Yes"
else:
banking = "No"
count = db.get_valid_real_time_count()
# check if there was valid real_time data
if count == 0:
# fetch data from api
data = helpers.request_new_data()
db.insert_new_real_time_values(data, True)
# fetch all data to send back
real_time = db.get_real_time(id)
data = real_time[0]
return render_template('station.html', Data=data, Address = address, mdata = formatted, Banking = banking )
def hello():
db = dbQueries("bikes.db")
data = db.get_all_names()
# change list of tuples to list
formatted = [tuple[0] for tuple in data]
return render_template("home.html" ,mdata = formatted)
def real_time_by_station(id):
db = dbQueries(path)
count = db.get_valid_real_time_count()
# check if there was valid real_time data
if count == 0:
# fetch data from api
data = helpers.request_new_data()
db.insert_new_real_time_values(data, True)
# fetch all data to send back
real_time = db.get_real_time(id)
# send results back
return json.dumps(real_time)
def real_time_by_station(id):
db = dbQueries("bikes.db")
count = db.get_valid_real_time_count()
# check if there was valid real_time data
if count == 0:
# fetch data from api
data = helpers.request_new_data()
db.insert_new_real_time_values(data, True)
# fetch all data to send back
real_time = db.get_real_time(id)
# send results back
return json.dumps(real_time)
def station(name):
"""
Gets station information based on the address and loads the appropriate static template
"""
db = dbQueries(path)
# convert name to address
name = helpers.url_to_name(name)
info = db.static_info_by_name(name)
if (len(info) == 0):
error = "That station does not appear to exist"
return render_template('404.html', mdata=error), 404
return json.dumps(info)
def station(name):
"""
Gets station information based on the address and loads the appropriate static template
"""
db = dbQueries("bikes.db")
# convert name to address
name = helpers.url_to_name(name)
info = db.static_info_by_name(name)
if (len(info) == 0):
error = "That station does not appear to exist"
return render_template('404.html', mdata=error), 404
return json.dumps(info)
def to_static_template(location):
'''
Used for passing information to the static template
'''
database = dbQueries("bikes.db")
name = location
id = station_to_ID(name)
address = station_address_by_ID(id)
position = station_coordinates_by_ID(id)
available_bikes = available_bike_stands(id, time)
available_bike_stands = available_bike_stands(id, time)
take_credit = take_credit(id)
return render_template('static-template.html', name=tempName, address=tempAddress,
position=tempPosition, available_bikes=availableBikes,
available_bike_stands=availableBikeStands)
def real_time():
db = dbQueries("bikes.db")
count = db.get_valid_real_time_count()
# check if there was valid real_time data
print(count)
if count == 0:
# fetch data from api
print("no valid data. Fetching new data")
data = helpers.request_new_data()
db.insert_new_real_time_values(data)
# fetch all data to send back
real_time = db.get_real_time()
db.close_connection()
# send results back
return json.dumps(real_time)
def api():
return "usage:<br> api/station\
<br> api/static/YOUR_STATION_ID/YOUR_DAY\
<br> api/real-time\
<br> api/real-time/station/YOUR_STATION_ID"
# db has to be inside function otherwise error about db being created in another thread
db = dbQueries("bikes.db")
racknum = request.args.get('racknum')
max_racknum = db.num_bike_stations()
if int(racknum) > max_racknum:
# http://flask.pocoo.org/docs/0.10/patterns/errorpages/
# return render_template('test.html', mData = data)
error = "station number out of range. Max is " + (str)(max_racknum)
return render_template('404.html', mdata=error), 404
# return render_template('404.html'), 404
else:
return racknum
def api():
return "usage:<br> api/station\
<br> api/static/YOUR_STATION_ID/YOUR_DAY\
<br> api/real-time\
<br> api/real-time/station/YOUR_STATION_ID"
# db has to be inside function otherwise error about db being created in another thread
db = dbQueries(path)
racknum = request.args.get('racknum')
max_racknum = db.num_bike_stations()
if int(racknum) > max_racknum:
# http://flask.pocoo.org/docs/0.10/patterns/errorpages/
# return render_template('test.html', mData = data)
error = "station number out of range. Max is " + (str)(max_racknum)
return render_template('404.html', mdata=error), 404
# return render_template('404.html'), 404
else:
return racknum
def real_time():
f = open("/tmp/db.log", "a")
f.write("server.py " + path + "\n")
f.close()
db = dbQueries(path)
count = db.get_valid_real_time_count()
# check if there was valid real_time data
print(count)
if count == 0:
# fetch data from api
print("no valid data. Fetching new data")
data = helpers.request_new_data()
db.insert_new_real_time_values(data)
# fetch all data to send back
real_time = db.get_real_time()
db.close_connection()
# send results back
return json.dumps(real_time)
def historical_data(id, day=None):
"""
gets historical data for a station by id. Used by the client side
"""
# get all station information by id.
db = dbQueries("bikes.db")
max_station = db.max_station()
if day is not None:
if 0 < (int)(id) <= max_station and 0 <= (int)(day) <= 6:
info = db.get_historical_info_by_id_and_day(id, day)
else:
error = "Station must be between 1 and " + (str)(max_station) + ". Day must be between 0 and 6"
return render_template('404.html', mdata=error), 404
else:
if 0 < (int)(id) <= max_station:
info = db.get_historical_info_by_id(id)
else:
error = "Station must be between 0 and " + (str)(max_station)
return render_template('404.html', mdata=error), 404
return json.dumps(info)
def setup_db():
db = dbQueries(path)
db.setup_db()
return "setting up database"
def setup_db():
db = dbQueries("bikes.db")
db.setup_db()
return "setting up database"
# Reference:
# Nose.readthedocs.org. 'Writing Tests - Nose 1.3.7 Documentation', available:
# https://nose.readthedocs.org/en/latest/writing_tests.html [Accessed: 25/03/16]
__author__ = "Ellen Rushe"
from src.dbQueries import dbQueries
# Test using 'bikes' database.
dbq = dbQueries('bikes.db')
def test_station_to_ID():
assert dbq.station_to_ID('BLACKHALL PLACE') == 88
def test_station_address_by_name():
assert dbq.station_address_by_name('BLACKHALL PLACE') == 'Blackhall Place'
def test_station_address_by_ID():
assert dbq.station_address_by_ID('88') == 'Blackhall Place'
def test_station_coordinates_by_name():
assert dbq.station_coordinates_by_name('BLACKHALL PLACE') == (-6.281637,
53.3488)
def test_station_coordinates_by_ID():
assert dbq.station_coordinates_by_ID('88') == (-6.281637, 53.3488)
# Reference:
# Nose.readthedocs.org. 'Writing Tests - Nose 1.3.7 Documentation', available:
# https://nose.readthedocs.org/en/latest/writing_tests.html [Accessed: 25/03/16]
__author__ = "Ellen Rushe"
from src.dbQueries import dbQueries
# Test using 'bikes' database.
dbq = dbQueries('bikes.db')
def test_station_to_ID():
assert dbq.station_to_ID('BLACKHALL PLACE')==88
def test_station_address_by_name():
assert dbq.station_address_by_name('BLACKHALL PLACE')== 'Blackhall Place'
def test_station_address_by_ID():
assert dbq.station_address_by_ID('88')== 'Blackhall Place'
def test_station_coordinates_by_name():
assert dbq.station_coordinates_by_name('BLACKHALL PLACE')== (-6.281637, 53.3488)
def test_station_coordinates_by_ID ():
assert dbq.station_coordinates_by_ID('88')== (-6.281637, 53.3488)
def test_available_bike_stands():
assert dbq.available_bike_stands('42', '1457367302')== 18
def test_available_bikes():