def index():
e = bottle.request.POST.get('email')
p1 = bottle.request.POST.get('password1')
p2 = bottle.request.POST.get('password2')
if e and p1 and p2:
if p1 != p2:
return bottle.template('register', error='The passwords do not match', email=e, password1=p1, password2=p2)
else:
u = User(_DBCON, email=e, password=p1)
if u._id:
return bottle.template('register', error='An account already exists for that email address', email=e, password1=p1, password2=p2)
else:
u.save()
e = Email(recipient=e)
e.send('Places accounts activation', '<a href="%s/activate/%s">Activate</a>' % (settings.BASEURL, u.token))
return bottle.redirect('/success')
else:
vd = {
#'date':datetime.datetime.now().strftime('%Y'),
'baseurl':settings.BASEURL,
}
return bottle.template('register', error='Please complete the form', email=e or '', password1=p1 or '', password2=p2 or '', vd=vd)
def download_email(message_id):
raw_message = get_gmail_message(message_id)
parsed_message = parse_message(raw_message)
try:
Email.get(Email.message_id == parsed_message['message_id'])
print "Found email with id %s. Did not create" % parsed_message[
'message_id']
except DoesNotExist:
e = Email.create(**parsed_message)
sender_email_address = e.get_sender_email()
# if '@' not in sender_email_address: import pdb; pdb.set_trace()
s = SenderMetadata.get_or_create(
email_address=sender_email_address,
email_url=sender_email_address.split('@')[1])
e.sender = s
e.save()
def register_post(self):
e = bottle.request.POST.get('email')
p1 = bottle.request.POST.get('password1')
p2 = bottle.request.POST.get('password2')
if e and p1 and p2:
if p1 != p2:
self.viewdata.update({
'error': 'The passwords do not match',
'email': e,
'password1': p1,
'password2': p2,
})
return self._template('register')
else:
u = User(_DBCON, email=e, password=p1)
if u._id:
self.viewdata.update({
'error':
'An account already exists for that email address',
'email': e,
'password1': p1,
'password2': p2,
})
return self._template('register')
else:
u.save()
e = Email(recipient=e)
e.send(
'Places accounts activation',
'<a href="%s/activate/%s">Activate</a>' %
(settings.BASEURL, u.token))
return bottle.redirect('/success')
else:
self.viewdata.update({
'error': 'Please complete the form',
'email': e,
'password1': p1,
'password2': p2,
})
return self._template('register')
def reset_database():
# Delete 'emails.db' sqlite database
if os.path.exists('emails.db'):
os.remove('emails.db')
logger.info("Deleted database 'emails.db'")
# Re-create 'emails.db' sqlite database
db = SqliteDatabase('emails.db')
logger.info("Created database 'emails.db'")
Email.create_table()
SenderMetadata.create_table()
Comment.create_table()
Form.create_table()
Category.create_table()
Category(name="Meetings").save()
Category(name="Opinions").save()
Category(name="Question").save()
Category(name="Action").save()
Category(name="Thank You").save()
def register_post(self):
e = bottle.request.POST.get("email")
p1 = bottle.request.POST.get("password1")
p2 = bottle.request.POST.get("password2")
if e and p1 and p2:
if p1 != p2:
self.viewdata.update(
{"error": "The passwords do not match", "email": e, "password1": p1, "password2": p2}
)
return self._template("register")
else:
u = User(_DBCON, email=e, password=p1)
if u._id:
self.viewdata.update(
{
"error": "An account already exists for that email address",
"email": e,
"password1": p1,
"password2": p2,
}
)
return self._template("register")
else:
u.save()
e = Email(recipient=e)
e.send(
"Places accounts activation",
'<a href="%s/activate/%s">Activate</a>' % (settings.BASEURL, u.token),
)
return bottle.redirect("/success")
else:
self.viewdata.update({"error": "Please complete the form", "email": e, "password1": p1, "password2": p2})
return self._template("register")
def main():
html = """
<h4>Dit is een titel</h4>
<ul>
<li>Bolleke 1</li>
<li>Bolleke 2</li>
<li>Bolleke 3</li>
</ul>
<img src="https://i.ebayimg.com/00/s/NTQ1WDcyOA==/z/TJUAAOSwYihc2YXa/$_86.JPG" alt="nen auto">
"""
Email('*****@*****.**', '*****@*****.**',
'testje met html', html)
def main():
interests = [
'Snapchat',
'Zoom',
'Covid-19',
'SQL',
'Apple',
'Tesla',
'TSLA',
'Docker',
'AWS',
]
articles = get_relevant_articles(interests)
html = construct_email(articles)
Email(
'*****@*****.**',
'*****@*****.**',
'Daily Digest %s' % get_current_day(),
html
)
# Scientific computing imports import matplotlib.pyplot as plt from sklearn.feature_extraction.text import CountVectorizer from sklearn.metrics.pairwise import cosine_similarity import networkx as nx from scipy import sparse # Import other files in package from models.Comment import Comment from models.Form import Form from models.Email import Email t = Terminal() # Prepare Data into mutli-dimensional vectors emails = Email.select() texts = np.array([email.text for email in emails]) metadata = [email.id for email in emails] # Convert a collection of text documents to a matrix of token counts vectorizer = CountVectorizer(lowercase=True) count_vectors = vectorizer.fit_transform(texts) # Calculate cosine similarity vectors cosine_vectors = [cosine_similarity(v, count_vectors) for v in count_vectors] cosine_vectors = np.vstack(cosine_vectors) # Add vertical and horizontal axes metadata_vector_x = np.array([metadata]) metadata_vector_y = np.array([[' '] + metadata]).transpose() final_array = np.vstack((metadata_vector_x, cosine_vectors))