def main(city):
con = db.connect()
db.create_table(con)
response = weather.get_weather(city)
record = weather.format_response(response)
db.insert_record(con, record)
con.close()
def result_collector(psycho_cursor, result_queue):
""" Stores result from result_queue to a database. """
while True:
result = result_queue.get()
if result is None:
break
# Store result in database
if psycho_cursor is not None:
db.insert_record(psycho_cursor, db.SCHEMAS[0], result)
else:
db.save_to_file(result)
logger.debug("result_collector stopped.")
def post(self, database, table, rowid=None):
"""INSERT or UPDATE records"""
# Prepare request (POST) vars. We only have to do this because
# we get a dict of lists and our funcs want a dict of single
# values
kwargs = {}
for k, v in self.request.arguments.iteritems():
kwargs[k] = v[0]
try:
if rowid:
# Perform UPDATE
json = dumps(db.update_record(database, table, rowid, **kwargs))
self.write(json)
else:
# Perform INSERT
id = db.insert_record(database, table, **kwargs)
self.set_status = 201 # HTTP 201 Created
loc = "/%s/%s/%d" % (database, table, id)
self.set_header("Location", loc)
self.write(loc)
except db.NoSuchDatabase:
raise HTTPError(404)
def post(self, database, table, rowid=None):
"""INSERT or UPDATE records"""
# Prepare request (POST) vars. We only have to do this because
# we get a dict of lists and our funcs want a dict of single
# values
kwargs = {}
for k, v in self.request.arguments.iteritems():
kwargs[k] = v[0]
try:
if rowid:
# Perform UPDATE
json = dumps(db.update_record(database, table, rowid,
**kwargs))
self.write(json)
else:
# Perform INSERT
id = db.insert_record(database, table, **kwargs)
self.set_status = 201 # HTTP 201 Created
loc = '/%s/%s/%d' % (database, table, id)
self.set_header('Location', loc)
self.write(loc)
except db.NoSuchDatabase:
raise HTTPError(404)
def event_create_record():
app_name = ent_app_name.get()
url = ent_url.get()
email = ent_email.get()
password = ent_password.get()
if app_name == '' or url == '' or email == '' or password == '':
messagebox.showinfo("Alert", "All details must be filled!")
return
# add the record into the database
db.insert_record((app_name, url, email, password))
# clear all the inputs
event_reset()
update_view('')
def test_update_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB, TEST_TABLE, col1=123, col2='abc')
db.update_record(TEST_DB, TEST_TABLE, 999, col2='def')
res = db.get_record(TEST_DB, TEST_TABLE, id)
self.assertEqual(res, {'rowid': id, 'col1': 123, 'col2': 'abc'})
db.update_record(TEST_DB, TEST_TABLE, id, col2='def')
res = db.get_record(TEST_DB, TEST_TABLE, 1)
self.assertEqual(res, {'rowid': id, 'col1': 123, 'col2': 'def'})
def test_update_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB,TEST_TABLE,col1=123,col2='abc')
db.update_record(TEST_DB,TEST_TABLE,999,col2='def')
res = db.get_record(TEST_DB,TEST_TABLE,id)
self.assertEqual(res, {'rowid':id,'col1':123,'col2':'abc'})
db.update_record(TEST_DB,TEST_TABLE,id,col2='def')
res = db.get_record(TEST_DB,TEST_TABLE,1)
self.assertEqual(res, {'rowid':id,'col1':123,'col2':'def'})
def test_delete_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB, TEST_TABLE, col1=123, col2='abc')
db.delete_record(TEST_DB, TEST_TABLE, id)
res = db.get_record(TEST_DB, TEST_TABLE, id)
self.assertEqual(res, None)
def test_replace_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB, TEST_TABLE, col1=123, col2='abc')
db.replace_record(TEST_DB, TEST_TABLE, id, [555, 'def'])
res = db.get_record(TEST_DB, TEST_TABLE, id)
self.assertEqual(res, {'rowid': id, 'col1': 555, 'col2': 'def'})
def test_insert_record(self):
id = db.insert_record(TEST_DB, TEST_TABLE, col1=123, col2='abc')
res = db.get_record(TEST_DB, TEST_TABLE, 1)
self.assertNotEqual(id, None)
self.assertEqual(res, {'rowid': id, 'col1': 123, 'col2': 'abc'})
def test_delete_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB,TEST_TABLE,col1=123,col2='abc')
db.delete_record(TEST_DB,TEST_TABLE,id)
res = db.get_record(TEST_DB,TEST_TABLE,id)
self.assertEqual(res, None)
def test_replace_record(self):
# TODO: define behavior for when a record does not exist
id = db.insert_record(TEST_DB,TEST_TABLE,col1=123,col2='abc')
db.replace_record(TEST_DB,TEST_TABLE,id,[555,'def'])
res = db.get_record(TEST_DB,TEST_TABLE,id)
self.assertEqual(res, {'rowid':id,'col1':555,'col2':'def'})
def test_insert_record(self):
id = db.insert_record(TEST_DB,TEST_TABLE,col1=123,col2='abc')
res = db.get_record(TEST_DB,TEST_TABLE,1)
self.assertNotEqual(id, None)
self.assertEqual(res, {'rowid':id,'col1':123,'col2':'abc'})
def add_record(id_input, name_input, marks_input):
db.insert_record(id_input, name_input, marks_input)
add_window.destroy()
update_table()