def test_domain_typo_invalid_set():
sugg_correct = 0
sugg_total = 0
print ''
for line in DOMAIN_TYPO_INVALID_TESTS.split('\n'):
# strip line, skip over empty lines
line = line.strip()
if line == '':
continue
# skip over comments or empty lines
match = COMMENT.match(line)
if match:
continue
test_str = 'username@' + line
sugg_str = validate.suggest_alternate(test_str)
if sugg_str == None:
sugg_correct += 1
else:
print 'incorrect correction: {0}, {1}'.format(test_str, sugg_str)
sugg_total += 1
# ensure that we have greater than 90% accuracy
accuracy = float(sugg_correct) / sugg_total
print 'external invalid: accuracy: {0}, correct: {1}, total: {2}'.\
format(accuracy, sugg_correct, sugg_total)
ok_(accuracy > 0.90)
def test_domain_typo_valid_set():
sugg_correct = 0
sugg_total = 0
print ''
for line in DOMAIN_TYPO_VALID_TESTS.split('\n'):
# strip line, skip over empty lines
line = line.strip()
if line == '':
continue
# skip over comments or empty lines
match = COMMENT.match(line)
if match:
continue
parts = line.split(',')
test_str = 'username@' + parts[0]
corr_str = 'username@' + parts[1]
sugg_str = validate.suggest_alternate(test_str)
if sugg_str == corr_str:
sugg_correct += 1
else:
print 'did not match: {}, {}'.format(test_str, sugg_str)
sugg_total += 1
# ensure that we have greater than 90% accuracy
accuracy = float(sugg_correct) / sugg_total
print 'external valid: accuracy: {}, correct: {}, total: {}'.\
format(accuracy, sugg_correct, sugg_total)
assert_greater(accuracy, 0.90)
def test_domain_typo_valid_set():
sugg_correct = 0
sugg_total = 0
print('')
for line in DOMAIN_TYPO_VALID_TESTS.split('\n'):
# strip line, skip over empty lines
line = line.strip()
if line == '':
continue
# skip over comments or empty lines
match = COMMENT.match(line)
if match:
continue
parts = line.split(',')
test_str = 'username@' + parts[0]
corr_str = 'username@' + parts[1]
sugg_str = validate.suggest_alternate(test_str)
if sugg_str == corr_str:
sugg_correct += 1
else:
print('did not match: {0}, {1}'.format(test_str, sugg_str))
sugg_total += 1
# ensure that we have greater than 90% accuracy
accuracy = float(sugg_correct) / sugg_total
print('external valid: accuracy: {0}, correct: {1}, total: {2}'.format(
accuracy, sugg_correct, sugg_total))
ok_(accuracy > 0.90)
def __call__(self, value):
validate_email(value)
value = force_text(value)
if value and address.validate_address(value) is None:
suggestion = validate.suggest_alternate(value)
if suggestion:
raise ValidationError(self.message_typo, code=self.code_typo,
params={'suggestion': suggestion})
raise ValidationError(self.message_invalid, code=self.code_invalid)
def __call__(self, value):
super(FlankerValidator, self).__call__(value)
if address.validate_address(value) is None:
suggestion = validate.suggest_alternate(value)
if suggestion:
message = string_concat(self.message, ' ', self.suggest_fragment)
raise ValidationError(message, code=self.code, params={
'suggestion': suggestion
})
raise ValidationError(self.message, code=self.code)
def get_valid_email(email):
"""Return (valid email address or None, True if email is a suggestion).
It uses flanker to correct commonly misspelled domains (e.g. gmil.com)
and to check to make sure MX records exist for the domain.
"""
if not email:
return None, None
# returns None if it has no alternate or if the email is invalid
good_email = validate.suggest_alternate(email) or email
suggestion = False
if email != good_email:
log.info('Using suggested alternate email')
suggestion = True
good_email = address.validate_address(good_email)
if isinstance(good_email, address.EmailAddress):
good_email = good_email.address
# returns None if the email is invalid, or the email if all's well
return good_email, suggestion
def get_valid_email(email):
"""Return (valid email address or None, True if email is a suggestion).
It uses flanker to correct commonly misspelled domains (e.g. gmil.com)
and to check to make sure MX records exist for the domain.
"""
if not email:
return None, None
# returns None if it has no alternate or if the email is invalid
good_email = validate.suggest_alternate(email) or email
suggestion = False
if email != good_email:
log.info('Using suggested alternate email')
suggestion = True
good_email = address.validate_address(good_email)
if isinstance(good_email, address.EmailAddress):
good_email = good_email.address
# returns None if the email is invalid, or the email if all's well
return good_email, suggestion
def test_suggest_alternate_shorter_valid():
sugg_correct = 0
sugg_total = 0
print ''
for i in range(1, 3):
for j in range(100):
domain = random.choice(corrector.MOST_COMMON_DOMAINS)
orig_str = 'username@' + domain
sstr = 'username@' + generate_shorter_string(domain, i)
sugg_str = validate.suggest_alternate(sstr)
if sugg_str == orig_str:
sugg_correct += 1
sugg_total += 1
# ensure that we have greater than 60% accuracy
accuracy = float(sugg_correct) / sugg_total
print 'shorter valid: accuracy: {0}, correct: {1}, total: {2}'.\
format(accuracy, sugg_correct, sugg_total)
ok_(accuracy > 0.60)
def test_suggest_alternate_mutations_valid():
sugg_correct = 0
sugg_total = 0
print ''
for i in range(1, 3):
for j in range(100):
domain = random.choice(corrector.MOST_COMMON_DOMAINS)
orig_str = 'username@' + domain
mstr = 'username@' + generate_mutated_string(domain, i)
sugg_str = validate.suggest_alternate(mstr)
if sugg_str == orig_str:
sugg_correct += 1
sugg_total += 1
# ensure that we have greater than 60% accuracy
accuracy = float(sugg_correct) / sugg_total
print 'mutations valid: accuracy: {}, correct: {}, total: {}'.\
format(accuracy, sugg_correct, sugg_total)
assert_greater(accuracy, 0.60)
def test_suggest_alternate_invalid():
sugg_correct = 0
sugg_total = 0
print ''
for i in range(3, 10):
for j in range(100):
domain = domain_generator(i)
orig_str = 'username@' + domain
sugg_str = validate.suggest_alternate(orig_str)
if sugg_str == None:
sugg_correct += 1
else:
print 'did not match: {0}, {1}'.format(orig_str, sugg_str)
sugg_total += 1
# ensure that we have greater than 60% accuracy
accuracy = float(sugg_correct) / sugg_total
print 'alternative invalid: accuracy: {0}, correct: {1}, total: {2}'.\
format(accuracy, sugg_correct, sugg_total)
ok_(accuracy > 0.60)
def main_view():
if request.method == 'POST':
email = request.form['input']
list_email = list(set(email.split("\r\n"))) #remove duplicate emails and split each email from the new line
#sort out the emails with commas, colons and spaces and the ones without
list_without_problems, list_with_problems = [], []
for email in list_email:
if ' ' in email or ';' in email or ',' in email:
list_with_problems.append(email)
else:
list_without_problems.append(email)
unique_emails = ','.join(list_without_problems) #transform list to string
#validate the good list of emails
valid = address.validate_list(unique_emails, as_tuple=True)
valids = valid[0] #first list in tuple is valid emails
invalids = valid[1] #second is invalid emails
#individually check the list with commas, colons, and spaces
if len(list_with_problems) != 0:
for email in list_with_problems:
if address.validate_address(email):
valids.append(valids)
else:
invalids.append(email)
#add suggestions if there are invalid emails
suggests = []
if len(invalids) != 0:
invalids = [unique_emails.encode("ascii") for unique_emails in invalids] #invalid emails come out as unicode - change to regular str and replace @@@ back to space
suggests = [str(validate.suggest_alternate(unique_emails)).replace(" ", "") for unique_emails in invalids] #suggest alternate returns None - cast None to str
return render_template('home.html', invalids=invalids, valids=valids, suggests=suggests, valid_length=len(valids), invalid_length=len(invalids))
else:
return render_template('home.html')
def test_form_invalid_suggest(self):
bad_email = '*****@*****.**'
suggestion = validate.suggest_alternate(bad_email)
form = EmailForm({'email': bad_email})
assert form.is_valid() is False
assert suggestion in form.errors['email'].as_text()
multi_address = address.parse_list(
'[email protected], [email protected]')
print(multi_address)
multi_address2 = address.parse_list(
'[email protected], [email protected]', as_tuple=True)
print(multi_address2)
multi_address3 = address.parse_list(
'[email protected], [email protected]', strict=True)
print(multi_address3)
from flanker.addresslib import validate
sa = validate.suggest_alternate('*****@*****.**')
print(sa)
msg = '''MIME-Version: 1.0
Content-Type: text/plain
From: Example1 <*****@*****.**>
To: Example2 <*****@*****.**>
Subject: hello, message
Date: Mon, 10 Sep 2019 12:43:03 -0700
this is a single part message.'''
from flanker import mime
fs = mime.from_string(msg)
print(fs.body)
