def test_sender_TypedField(self):
h = EmailHeader()
a = "*****@*****.**"
# Set using actual object
h.sender = Address(a, Address.CAT_EMAIL)
# In this case, the type is Address, not EmailAddress, but we don't
# care since EmailAddress.istypeof(h.sender) is True
self.assertNotEqual(EmailAddress, type(h.sender))
self.assertEqual(Address, type(h.sender))
self.assertTrue(EmailAddress.istypeof(h.sender))
# Set using "aliased" object
h.sender = EmailAddress(a)
# In this case it is actually an EmailAddress, not just an Address
# (but isinstance returns True)
self.assertEqual(EmailAddress, type(h.sender))
self.assertNotEqual(Address, type(h.sender))
self.assertTrue(isinstance(h.sender, Address))
self.assertTrue(EmailAddress.istypeof(h.sender))
h.sender = a
self.assertTrue(EmailAddress.istypeof(h.sender))
bad_object = 42
self.assertRaises(ValueError, setattr, h, 'sender', bad_object)
# Just because it's an Address isn't good enough. It needs to have
# the right category.
ipv4_object = Address(a, Address.CAT_IPV4)
self.assertRaises(ValueError, setattr, h, 'sender', ipv4_object)
def test_sender_TypedField(self):
h = EmailHeader()
a = "*****@*****.**"
# Set using actual object
h.sender = Address(a, Address.CAT_EMAIL)
# In this case, the type is Address, not EmailAddress, but we don't
# care since EmailAddress.istypeof(h.sender) is True
self.assertNotEqual(EmailAddress, type(h.sender))
self.assertEqual(Address, type(h.sender))
self.assertTrue(EmailAddress.istypeof(h.sender))
# Set using "aliased" object
h.sender = EmailAddress(a)
# In this case it is actually an EmailAddress, not just an Address
# (but isinstance returns True)
self.assertEqual(EmailAddress, type(h.sender))
self.assertNotEqual(Address, type(h.sender))
self.assertTrue(isinstance(h.sender, Address))
self.assertTrue(EmailAddress.istypeof(h.sender))
h.sender = a
self.assertTrue(EmailAddress.istypeof(h.sender))
bad_object = 42
self.assertRaises(ValueError, setattr, h, 'sender', bad_object)
# Just because it's an Address isn't good enough. It needs to have
# the right category.
ipv4_object = Address(a, Address.CAT_IPV4)
self.assertRaises(ValueError, setattr, h, 'sender', ipv4_object)
def __create_cybox_headers(self, msg):
""" Returns a CybOX EmailHeaderType object """
if self.__verbose_output:
sys.stderr.write("** parsing headers\n")
headers = EmailHeader()
if 'received' in self.headers:
headers.received_lines = self._parse_received_headers(msg)
if 'to' in self.headers:
headers.to = _get_email_recipients(msg['to'])
if msg['delivered-to'] and not headers.to:
headers.to = _get_email_recipients(msg['delivered-to'])
if 'cc' in self.headers:
headers.cc = _get_email_recipients(msg['cc'])
if 'bcc' in self.headers:
headers.bcc = _get_email_recipients(msg['bcc'])
if 'from' in self.headers:
headers.from_ = _get_single_email_address(msg['from'])
if 'sender' in self.headers:
headers.sender = _get_single_email_address(msg['sender'])
if 'reply-to' in self.headers:
headers.reply_to = _get_single_email_address(msg['reply-to'])
if 'subject' in self.headers:
headers.subject = String(msg['subject'])
if 'in-reply-to' in self.headers:
headers.in_reply_to = String(msg['in-reply-to'])
if 'errors-to' in self.headers:
headers.errors_to = String(msg['errors-to'])
if 'date' in self.headers:
headers.date = DateTime(msg['date'])
if 'message-id' in self.headers:
headers.message_id = String(msg['message-id'])
if 'boundary' in self.headers:
headers.boundary = String(msg['boundary'])
if 'content-type' in self.headers:
headers.content_type = String(msg['content-type'])
if 'mime-version' in self.headers:
headers.mime_version = String(msg['mime-version'])
if 'precedence' in self.headers:
headers.precedence = String(msg['precedence'])
if 'user-agent' in self.headers:
headers.user_agent = String(msg['user-agent'])
if 'x-mailer' in self.headers:
headers.x_mailer = String(msg['x-mailer'])
if 'x-originating-ip' in self.headers:
headers.x_originating_ip = Address(msg['x-originating-ip'],
Address.CAT_IPV4)
if 'x-priority' in self.headers and 'x-priority' in msg:
#Must be a digit - pull one out of anything that could be a string such as 3 (Normal)
import re
priority = ''
for p in re.findall(r'\d+',msg['x-priority']):
if p.isdigit():
priority = p
if priority:
headers.x_priority = String(priority)
return headers
def __create_cybox_headers(self, msg):
""" Returns a CybOX EmailHeaderType object """
if self.__verbose_output:
sys.stderr.write("** parsing headers\n")
headers = EmailHeader()
if 'received' in self.headers:
headers.received_lines = self._parse_received_headers(msg)
if 'to' in self.headers:
headers.to = _get_email_recipients(msg['to'])
if 'cc' in self.headers:
headers.cc = _get_email_recipients(msg['cc'])
if 'bcc' in self.headers:
headers.bcc = _get_email_recipients(msg['bcc'])
if 'from' in self.headers:
headers.from_ = _get_single_email_address(msg['from'])
if 'sender' in self.headers:
headers.sender = _get_single_email_address(msg['sender'])
if 'reply-to' in self.headers:
headers.reply_to = _get_single_email_address(msg['reply-to'])
if 'subject' in self.headers:
headers.subject = String(msg['subject'])
if 'in-reply-to' in self.headers:
headers.in_reply_to = String(msg['in-reply-to'])
if 'errors-to' in self.headers:
headers.errors_to = String(msg['errors-to'])
if 'date' in self.headers:
headers.date = DateTime(msg['date'])
if 'message-id' in self.headers:
headers.message_id = String(msg['message-id'])
if 'boundary' in self.headers:
headers.boundary = String(msg['boundary'])
if 'content-type' in self.headers:
headers.content_type = String(msg['content-type'])
if 'mime-version' in self.headers:
headers.mime_version = String(msg['mime-version'])
if 'precedence' in self.headers:
headers.precedence = String(msg['precedence'])
if 'user-agent' in self.headers:
headers.user_agent = String(msg['user-agent'])
if 'x-mailer' in self.headers:
headers.x_mailer = String(msg['x-mailer'])
if 'x-originating-ip' in self.headers:
headers.x_originating_ip = Address(msg['x-originating-ip'],
Address.CAT_IPV4)
if 'x-priority' in self.headers:
headers.x_priority = String(msg['x-priority'])
return headers
def __create_cybox_headers(self, msg):
""" Returns a CybOX EmailHeaderType object """
if self.__verbose_output:
sys.stderr.write("** parsing headers\n")
headers = EmailHeader()
if 'received' in self.headers:
lines = self._parse_received_headers(msg)
if lines:
headers.received_lines = lines
if 'to' in self.headers:
headers.to = _get_email_recipients(msg['to'])
if msg['delivered-to'] and not headers.to:
headers.to = _get_email_recipients(msg['delivered-to'])
if 'cc' in self.headers:
headers.cc = _get_email_recipients(msg['cc'])
if 'bcc' in self.headers:
headers.bcc = _get_email_recipients(msg['bcc'])
if 'from' in self.headers:
headers.from_ = _get_single_email_address(msg['from'])
if 'sender' in self.headers:
headers.sender = _get_single_email_address(msg['sender'])
if 'reply-to' in self.headers:
headers.reply_to = _get_single_email_address(msg['reply-to'])
if 'subject' in self.headers and 'subject' in msg:
headers.subject = String(msg['subject'])
if 'in-reply-to' in self.headers and 'in-reply-to' in msg:
headers.in_reply_to = String(msg['in-reply-to'])
if 'errors-to' in self.headers and 'errors-to' in msg:
headers.errors_to = String(msg['errors-to'])
if 'date' in self.headers and 'date' in msg:
headers.date = DateTime(msg['date'])
if 'message-id' in self.headers and 'message-id' in msg:
headers.message_id = String(msg['message-id'])
if 'boundary' in self.headers and 'boundary' in msg:
headers.boundary = String(msg['boundary'])
if 'content-type' in self.headers and 'content-type' in msg:
headers.content_type = String(msg['content-type'])
if 'mime-version' in self.headers and 'mime-version' in msg:
headers.mime_version = String(msg['mime-version'])
if 'precedence' in self.headers and 'precedence' in msg:
headers.precedence = String(msg['precedence'])
if 'user-agent' in self.headers and 'user-agent' in msg:
headers.user_agent = String(msg['user-agent'])
if 'x-mailer' in self.headers and 'x-mailer' in msg:
headers.x_mailer = String(msg['x-mailer'])
if 'x-originating-ip' in self.headers and msg['x-originating-ip']:
headers.x_originating_ip = Address(msg['x-originating-ip'],
Address.CAT_IPV4)
if 'x-priority' in self.headers and 'x-priority' in msg:
#Must be a digit - pull one out of anything that could be a string such as 3 (Normal)
import re
priority = ''
for p in re.findall(r'\d+',msg['x-priority']):
if p.isdigit():
priority = p
if priority:
headers.x_priority = String(priority)
return headers
