def test_has_subject_ReturnsTrue_WhenSubjectIsNotEmpty(self):
message = BasicMessage()
message.subject = self.random_helper.random_string()
actual = has_subject(message)
self.assertTrue(actual)
def _inbound_logic(json_body):
message_data = json_body['Message']
email_to = parseaddr(message_data['To'][0]['EmailAddress'])[1]
local_portion = email_to.split('@')[0]
from_address = parseaddr(message_data['From']['EmailAddress'])[1]
subject = message_data.get('Subject')
text = message_data.get('TextBody')
html = message_data.get('HtmlBody')
# TODO: do we need this in SocketLabs?
# 404s make sendgrid retry the email, so respond with 200 even if
# the address isn't found
try:
relay_address = RelayAddress.objects.get(address=local_portion)
except RelayAddress.DoesNotExist as e:
print(e)
return HttpResponse("Address does not exist")
# Forward to real email address
sl_message = BasicMessage()
sl_message.subject = subject
sl_message.html_body = html
sl_message.plain_text_body = text
relay_from_address, relay_from_display = _generate_relay_From(from_address)
sl_message.from_email_address = EmailAddress(
relay_from_address, relay_from_display
)
sl_message.to_email_address.append(EmailAddress(relay_address.user.email))
socketlabs_client = SocketLabsClient(
settings.SOCKETLABS_SERVER_ID, settings.SOCKETLABS_API_KEY
)
response = socketlabs_client.send(sl_message)
print(response)
def test_has_subject_ReturnsFalse_WhenSubjectIsEmpty(self):
message = BasicMessage()
message.subject = None
actual = has_subject(message)
self.assertFalse(actual)
def _inbound_logic(json_body):
message_data = json_body['Message']
email_to = parseaddr(message_data['To'][0]['EmailAddress'])[1]
local_portion = email_to.split('@')[0]
from_address = parseaddr(message_data['From']['EmailAddress'])[1]
subject = message_data.get('Subject')
text = message_data.get('TextBody')
html = message_data.get('HtmlBody')
# TODO: do we need this in SocketLabs?
# 404s make sendgrid retry the email, so respond with 200 even if
# the address isn't found
try:
relay_address = RelayAddress.objects.get(address=local_portion)
if not relay_address.enabled:
relay_address.num_blocked += 1
relay_address.save(update_fields=['num_blocked'])
return HttpResponse("Address does not exist")
except RelayAddress.DoesNotExist as e:
# TODO?: if sha256 of the address is in DeletedAddresses,
# create a hard bounce receipt rule
print(e)
return HttpResponse("Address does not exist")
logger.info(
'email_relay',
extra={
'fxa_uid': (relay_address.user.socialaccount_set.first().uid),
'relay_address_id':
relay_address.id,
'relay_address':
sha256(local_portion.encode('utf-8')).hexdigest(),
'real_address':
sha256(relay_address.user.email.encode('utf-8')).hexdigest(),
})
# Forward to real email address
sl_message = BasicMessage()
sl_message.subject = subject
sl_message.html_body = html
sl_message.plain_text_body = text
relay_from_address, relay_from_display = _generate_relay_From(from_address)
sl_message.from_email_address = EmailAddress(relay_from_address,
relay_from_display)
sl_message.to_email_address.append(EmailAddress(relay_address.user.email))
sl_client = _get_socketlabs_client()
response = _socketlabs_send(sl_client, sl_message)
# if _socketlabs_send returns a django HttpResponse return it immediately
if type(response) == HttpResponse:
return response
if not response.result.name == 'Success':
logger.error('socketlabs_error', extra=response.to_json())
return HttpResponse("Internal Server Error", status=500)
relay_address.num_forwarded += 1
relay_address.last_used_at = datetime.now()
relay_address.save(update_fields=['num_forwarded', 'last_used_at'])
return HttpResponse("Created", status=201)
def test_validate_base_message_ReturnsEmailAddressValidationInvalidFrom_WhenFromRecipientIsInvalid(self):
# Arrange
message = BasicMessage()
message.subject = self.random_helper.random_string()
message.from_email_address = EmailAddress("$$##%%")
# Act
actual = validate_base_message(message)
# Assert
self.assertEqual(SendResult.EmailAddressValidationInvalidFrom, actual)
def test_validate_base_message_ReturnsMessageValidationEmptySubject_WhenSubjectIsEmpty(self):
# Arrange
message = BasicMessage()
message.subject = None
# Act
actual = validate_base_message(message)
# Assert
self.assertEqual(SendResult.MessageValidationEmptySubject, actual)
def test_validate_base_message_ReturnsSuccess_WhenSubjectAndFromRecipientAndApiTemplateIsNotEmpty(self):
# Arrange
message = BasicMessage()
message.subject = self.random_helper.random_string()
message.from_email_address = self.random_helper.random_email_address()
message.api_template = self.random_helper.random_int()
# Act
actual = validate_base_message(message)
# Assert
self.assertEqual(SendResult.Success, actual)
def test_validate_base_message_ReturnsMessageValidationInvalidCustomHeaders_WhenCustomHeadersAreInvalid(self):
# Arrange
message = BasicMessage()
message.subject = self.random_helper.random_string()
message.from_email_address = self.random_helper.random_email_address()
message.html_body = self.random_helper.random_string()
message.add_custom_header("", "")
# Act
actual = validate_base_message(message)
# Assert
self.assertEqual(SendResult.MessageValidationInvalidCustomHeaders, actual)
def test_validate_base_message_ReturnsMessageValidationEmptyMessage_WhenAllBodyFieldsAreEmpty(self):
# Arrange
message = BasicMessage()
message.subject = self.random_helper.random_string()
message.from_email_address = self.random_helper.random_email_address()
message.html_body = None
message.plain_text_body = None
message.api_template = None
# Act
actual = validate_base_message(message)
# Assert
self.assertEqual(SendResult.MessageValidationEmptyMessage, actual)
def email_invited_user(invitee, invitation):
context = {
'email': invitee.primary_email,
'current_domain': settings.SITE_ORIGIN,
}
# Send email invite
sl_message = BasicMessage()
sl_message.subject = (
"Firefox Relay beta: Protect your real email address from hackers and trackers"
)
sl_message.html_body = render_to_string(
'emails/beta_invite_html_email.html',
context,
)
sl_message.plain_text_body = render_to_string(
'emails/beta_invite_text_email.txt',
context,
)
relay_display_name, relay_from_address = parseaddr(
settings.RELAY_FROM_ADDRESS)
sl_message.from_email_address = EmailAddress(relay_from_address)
sl_message.to_email_address.append(EmailAddress(invitee.primary_email))
sl_client = get_socketlabs_client()
response = socketlabs_send(sl_client, sl_message)
if not response.result.name == 'Success':
logger.error('socketlabs_error', extra=response.to_json())
return response
invitation.date_sent = datetime.now(timezone.utc)
invitation.save(update_fields=['date_sent'])
invitee.waitlists_joined['email_relay']['notified'] = True
invitee.save(update_fields=['waitlists_joined'])
return response
from socketlabs.injectionapi import SocketLabsClient
from socketlabs.injectionapi.message.basicmessage import BasicMessage
from socketlabs.injectionapi.message.emailaddress import EmailAddress
serverId = #######
injectionApiKey = "????????????????"
client = SocketLabsClient(serverId, injectionApiKey);
message = BasicMessage()
message.subject = "Prove of Concept - Socketlab Email API"
message.html_body = "<html>This is a test email sent through a .py file testing the email API. Text me if you get this email. Thanks - Ron</html>"
message.plain_text_body = "This is a test email sent through a .py file testing the email API. Text me if you get this email. Thanks - Ron";
message.from_email_address = EmailAddress("no-reply@pencil_it_in.com")
message.to_email_address.append(EmailAddress("*****@*****.**", "Ron Villena"))
message.to_email_address.append(EmailAddress("*****@*****.**", "Zachary Lake"))
message.to_email_address.append(EmailAddress("*****@*****.**", "Jeannie Halvorson"))
message.to_email_address.append(EmailAddress("*****@*****.**", "Depinder Kaur"))
response = client.send(message)
# Instructions for creating email
# https://cp.socketlabs.com/servers/32586/launch/languageselection/codesample?language=json