def connect(self):
""" intended for google callback, either logs in a existing user or creates a new user and logs them in """
code = self.request.args.get("code")
logging.info("received code of %s " % code)
try:
# Upgrade the authorization code into a credentials object
oauth_flow = flow_from_clientsecrets("{}client_secrets.json".format(app_files), scope="profile email")
oauth_flow.redirect_uri = secrets.GOOGLE_REDIRECT_URI
credentials = oauth_flow.step2_exchange(code)
except FlowExchangeError as e:
logging.info(e)
return self.flash_out("Failed to upgrade the authorization code.", 401)
stored_credentials = session.get("credentials")
stored_gplus_id = session.get("pid")
# Store the access token in the session for later use, maybe in another
# version
session["provider"] = "google"
session["credentials"] = credentials.to_json()
# pid stands for provider id
session["pid"] = credentials.id_token["sub"]
if stored_credentials and (credentials.id_token["sub"] == stored_gplus_id):
return self.flash_out("Current user is already logged in.")
logging.info("#Geting google user info")
# Get user info
u_info = self.google.get_user_info(credentials.access_token, credentials.id_token["sub"])
if u_info.get("error"):
self.auth.logout()
return self.flash_out("Something went wrong with the user_info retrieval", 401)
my_image = self.upload_image_link(
u_info["image"]["url"][:-2] + "200",
utils.remove_special_characters(u_info["displayName"] + u_info["id"] + "google"),
)
# retrieve an existing user or store a new user in the db
my_user = self.auth.store_user(u_info["displayName"], u_info["emails"][0]["value"], "/img/" + my_image.id)[1]
if not my_user:
self.auth.logout()
return self.flash_out("Could not store the user to the db")
# store the user id and the user name in session
session["uid"] = my_user.id
session["name"] = my_user.name
return redirect("/")
def post(self):
# check for csrf
if not self.request.form.get("state") == session['state']:
return self.flash_out(
"The state did not match your session, please try again", 401, "/")
# Define the available variables to populate the object
my_vars = ['name', 'category', 'description', 'link']
# Define which ones should be Title case
titles = ['name', 'category']
new_item = {}
for mp in my_vars:
if mp in titles:
new_item[mp] = self.request.form.get(mp).title()
else:
new_item[mp] = self.request.form.get(mp)
new_item['user_id'] = self.user_info['uid']
# this test excludes the optional image file test
new_item_valid, new_item_test_error = utils.test_new_item(new_item)
if not new_item_valid:
# Here we should really re-populate the fields with the content submitted
# for now one has to resubmit, there should also be a test on the
# front end
return self.flash_out(
new_item_test_error, 401, url_for("additem_view"))
# Check to see if this potential item is already in the db
if Items.item_exists(dbs, new_item['name'], new_item['category']):
return self.flash_out(
"This Item already exists in this category", 401, url_for("additem_view"))
# Check to see if there is a picture submission and upload it
upload_file = self.request.files["picture"]
if upload_file:
image_name = utils.remove_special_characters(
new_item["name"] + new_item["category"]) + "_img"
img = self.upload_image_file(upload_file, image_name)
# if the upload and storage succeeds add the img id to the item.
if img:
new_item['picture'] = img.id
# add the new item to the database
Items.addItem(dbs, new_item)
return self.flash_out("New Item added", 200, "/")
def download_photos_from_archive_page(archive_page_index):
archive_page = get_archives_page(archive_url, archive_page_index)
photo_pages_urls = get_links_to_photo_pages(archive_page)
for url in photo_pages_urls:
photo_url = get_link_to_photo(photography_root_url + url)
photo_page_content = requests.get(photography_root_url + url).text
photo_name = get_photo_name(photo_page_content)
photo_name = utils.remove_special_characters(photo_name)
photo_timestamp = get_photo_timestamp(photo_page_content)
photo_caption = photo_timestamp + '_' + photo_name
if len(photo_url) > 0 and len(photo_caption) > 0:
print('Downloading ' + photo_caption + ' from ' + photo_url)
download_url_with_caption('downloads', photo_url, photo_caption)
return
def load_data(args, mode='train'):
text = []
usecols = list(
map(lambda x: int(x),
args.get('Data', 'usecols').split(',')))
path = args.get('Data', 'dataset') + '/' + mode + '.csv'
print('\n path: ' + path)
data = pd.read_csv(path,
usecols=usecols,
encoding=args['Data'].get('encoding'),
sep=args['Data'].get('csv_sep'),
doublequote=True)
labels = data.iloc[:, 0].tolist()
if args.get('Data', 'dataset') == 'yelp':
text = data.iloc[:, 1].tolist()
elif args.get('Data', 'dataset') == 'ag_news':
text = (data.iloc[:, 1] + ' ' + data.iloc[:, 2]).tolist()
text = [remove_stop_words(t) for t in text]
text = [remove_special_characters(t) for t in text]
text = [remove_numbers(t) for t in text]
text = [remove_single_letters(t) for t in text]
text = [remove_single_characters(t) for t in text]
return labels, text
def connect(self):
""" intended for facebook callback, either logs in a existing user or creates a new user and logs them in """
if request.args.get("state") != session["state"]:
return self.json_out("invalid state", 401)
# get the authorization code
code = request.args.get("code")
# Get the access token for this user
url = "https://graph.facebook.com/v2.3/oauth/access_token"
params = {
"client_id": secrets.FB_APP_ID,
"redirect_uri": secrets.FB_REDIRECT_URI,
"client_secret": secrets.FB_APP_SECRET,
"code": code,
}
answer = requests.get(url, params=params)
token_answer = answer.json()
# check if the exchange succeeded
if token_answer.get("error"):
return self.flash_out("could not make the exchange", 401)
# Get user info
u_inf = self.oauth.facebook.get_user_info(token_answer["access_token"])
# check if the user info request succeeded
if u_inf.get("error"):
return self.json_out("authentication failed", 401)
# Try to find the user in the db
user = self.auth.get_user_by_email(u_inf["email"])
if not user:
# get user picture before we store user
u_pic = requests.get(
"https://graph.facebook.com/v2.2/me/picture",
params={"access_token": token_answer["access_token"], "redirect": 0, "width": 200, "height": 200},
).json()
# if request for picture fails put a default avatar as a picture
if u_pic.get("error"):
user = self.auth.store_user(
name=u_inf["name"], email=u_inf["email"], picture="/static/img/default_avatar.jpg"
)
else:
picture = self.upload_image_link(
u_pic["data"]["url"], utils.remove_special_characters(u_inf["id"] + u_inf["name"] + "facebook")
)
# Store the new user in the db
user = self.auth.store_user(name=u_inf["name"], email=u_inf["email"], picture="/img/" + picture.id)[1]
# If storing it in the db doesn't work, logout and throw an error
if not user:
self.auth.logout()
return self.flash_out("could not store user in the db", 401)
# Set credentials to the received token
credentials = token_answer
# Calculate the token expiration time based on the server time
# and store it for easy token expiration check
credentials["expiration"] = int(time.time() + token_answer["expires_in"])
self.auth.set_login(user, credentials, "facebook", u_inf["id"])
return redirect("/")
def test_no_emoticons_without_letters_or_numbers(self):
s = ("Here are some emoticons without letters or numbers in them"
" >:( :) :-)")
self.assertEqual(
to_string(ut.remove_special_characters(s)),
"here are some emoticons without letters or numbers in them")
def test_numbers(self):
s = "1,2 1.2 1,000"
self.assertEqual(to_string(ut.remove_special_characters(s)),
"12 12 1000")
def test_no_twitter_signs(self):
s = "#scandal @elonmusk #innovation @here"
self.assertEqual(to_string(ut.remove_special_characters(s)),
"scandal elonmusk innovation here")
def test_no_emojis(self):
s = "💪🔥"
self.assertEqual(to_string(ut.remove_special_characters(s)), "")
def test_no_punctuation(self):
s = "He said: 'Hey, my name is... Tim!' - Tim."
self.assertEqual(to_string(ut.remove_special_characters(s)),
"he said hey my name is tim tim")
def post(self, category, item_id):
# Check CSRF state
state = self.request.form.get("csrf")
if state != session['state']:
return self.flash_out(
"The CSRF state is not valid, try again", 401, "/")
# Check if item is in the db
item = Items.get_by_id(dbs, item_id)
if not item or item.user_id != self.user_info['uid']:
return self.flash_out(
"The item you are trying to update does not belong to you.", 401, "/")
# List of fileds allowed to be updated
update_fields = ["name", "description", "category", "link"]
new_vals = {}
for field in update_fields:
new_val = self.request.form.get(field)
# if the user is choosing to update this field and it's not the
# same value as before
if new_val and not getattr(item, field) == new_val:
new_vals[field] = new_val
setattr(item, field, new_val)
# if there are updates and they are valid properties
if new_vals:
new_vals_valid, new_vals_test_error = utils.test_item_prop(
new_vals)
if not new_vals_valid:
return self.flash_out(new_vals_test_error, 401, "/")
prev_img_id = None
upload_file = self.request.files["picture"]
if upload_file:
if item.picture:
# Changing the image name in order to prevent atomicity
# problems (deleting and immediately writing to the same id)
image_name = item.picture.split(".")[0]
image_number = (
(int(image_name[-1]) + 1) if image_name[-1].isdigit() else 1)
image_name = image_name + str(image_number)
else:
image_name = utils.remove_special_characters(
item.name + item.category) + "_img"
img = self.upload_image_file(upload_file, image_name)
if img:
prev_img_id = item.picture
item.picture = img.id
# if there are no new values and no new image
elif not new_vals:
return self.flash_out(" No new updates submitted", 200, url_for(
"item_view", category=item.category, item_id=item.id))
# persist the changes
Items.update_item(dbs, item)
# Erase the previous picture from the db
if prev_img_id:
Images.delete_by_id(dbs, prev_img_id)
return self.flash_out("Item has been updated", 200, url_for(
"item_view", category=item.category, item_id=item.id))
def connect(self):
''' intended for google callback, either logs in a existing user or creates a new user and logs them in '''
code = self.request.args.get('code')
logging.info("received code of %s " % code)
try:
# Upgrade the authorization code into a credentials object
oauth_flow = flow_from_clientsecrets(
'{}client_secrets.json'.format(app_files),
scope='profile email')
oauth_flow.redirect_uri = secrets.GOOGLE_REDIRECT_URI
credentials = oauth_flow.step2_exchange(code)
except FlowExchangeError as e:
logging.info(e)
return self.flash_out("Failed to upgrade the authorization code.",
401)
stored_credentials = session.get('credentials')
stored_gplus_id = session.get('pid')
# Store the access token in the session for later use, maybe in another
# version
session['provider'] = 'google'
session['credentials'] = credentials.to_json()
# pid stands for provider id
session['pid'] = credentials.id_token['sub']
if stored_credentials and (credentials.id_token['sub']
== stored_gplus_id):
return self.flash_out('Current user is already logged in.')
logging.info("#Geting google user info")
# Get user info
u_info = self.google.get_user_info(credentials.access_token,
credentials.id_token['sub'])
if u_info.get("error"):
self.auth.logout()
return self.flash_out(
"Something went wrong with the user_info retrieval", 401)
my_image = self.upload_image_link(
u_info['image']['url'][:-2] + '200',
utils.remove_special_characters(u_info['displayName'] +
u_info['id'] + 'google'))
# retrieve an existing user or store a new user in the db
my_user = self.auth.store_user(u_info['displayName'],
u_info["emails"][0]['value'],
"/img/" + my_image.id)[1]
if not my_user:
self.auth.logout()
return self.flash_out("Could not store the user to the db")
# store the user id and the user name in session
session['uid'] = my_user.id
session['name'] = my_user.name
return redirect("/")
def connect(self):
''' intended for facebook callback, either logs in a existing user or creates a new user and logs them in '''
if request.args.get('state') != session['state']:
return self.json_out("invalid state", 401)
# get the authorization code
code = request.args.get('code')
# Get the access token for this user
url = "https://graph.facebook.com/v2.3/oauth/access_token"
params = {
"client_id": secrets.FB_APP_ID,
"redirect_uri": secrets.FB_REDIRECT_URI,
"client_secret": secrets.FB_APP_SECRET,
"code": code
}
answer = requests.get(url, params=params)
token_answer = answer.json()
# check if the exchange succeeded
if token_answer.get("error"):
return self.flash_out("could not make the exchange", 401)
# Get user info
u_inf = self.oauth.facebook.get_user_info(token_answer['access_token'])
# check if the user info request succeeded
if u_inf.get("error"):
return self.json_out("authentication failed", 401)
# Try to find the user in the db
user = self.auth.get_user_by_email(u_inf['email'])
if not user:
# get user picture before we store user
u_pic = requests.get("https://graph.facebook.com/v2.2/me/picture",
params={
"access_token":
token_answer['access_token'],
"redirect": 0,
"width": 200,
"height": 200
}).json()
# if request for picture fails put a default avatar as a picture
if u_pic.get("error"):
user = self.auth.store_user(
name=u_inf["name"],
email=u_inf['email'],
picture='/static/img/default_avatar.jpg')
else:
picture = self.upload_image_link(
u_pic['data']['url'],
utils.remove_special_characters(u_inf["id"] +
u_inf["name"] +
"facebook"))
# Store the new user in the db
user = self.auth.store_user(name=u_inf["name"],
email=u_inf['email'],
picture="/img/" + picture.id)[1]
# If storing it in the db doesn't work, logout and throw an error
if not user:
self.auth.logout()
return self.flash_out("could not store user in the db", 401)
# Set credentials to the received token
credentials = token_answer
# Calculate the token expiration time based on the server time
# and store it for easy token expiration check
credentials['expiration'] = int(time.time() +
token_answer['expires_in'])
self.auth.set_login(user, credentials, "facebook", u_inf['id'])
return redirect("/")
