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|
# coding:utf-8
import json
from email.parser import Parser
from nose.tools import *
from flanker import _email
from flanker.mime import create
from flanker.mime.message import errors
from flanker.mime.message.part import MimePart
from ... import *
def from_python_message_test():
python_message = Parser().parsestr(MULTIPART)
message = create.from_python(python_message)
eq_(python_message['Subject'], message.headers['Subject'])
ctypes = [p.get_content_type() for p in python_message.walk()]
ctypes2 = [str(p.content_type) for p in message.walk(with_self=True)]
eq_(ctypes, ctypes2)
payloads = [p.get_payload(decode=True) for p in python_message.walk()][1:]
payloads2 = [p.body for p in message.walk()]
eq_(3, len(payloads2))
eq_(payloads[0].decode('utf-8'), payloads2[0])
eq_(payloads[1], payloads2[1])
eq_(payloads[2].decode('utf-8'), payloads2[2])
def from_string_message_test():
message = create.from_string(IPHONE)
parts = list(message.walk())
eq_(3, len(parts))
eq_(u'\r\n\r\n\r\n~Danielle', parts[2].body)
def from_part_message_simple_test():
message = create.from_string(IPHONE)
parts = list(message.walk())
message = create.from_message(parts[2])
eq_(u'\r\n\r\n\r\n~Danielle', message.body)
def message_from_garbage_test():
assert_raises(errors.DecodingError, create.from_string, None)
assert_raises(errors.DecodingError, create.from_string, [])
assert_raises(errors.DecodingError, create.from_string, MimePart)
def create_singlepart_ascii_test():
message = create.text("plain", u"Hello")
message = create.from_string(message.to_string())
eq_("7bit", message.content_encoding.value)
eq_("Hello", message.body)
def create_singlepart_unicode_qp_test():
message = create.text("plain", u"Привет, курилка")
message = create.from_string(message.to_string())
eq_("quoted-printable", message.content_encoding.value)
eq_(u"Привет, курилка", message.body)
def create_singlepart_ascii_long_lines_test():
very_long = "very long line " * 1000 + "preserve my newlines \r\n\r\n"
message = create.text("plain", very_long)
message2 = create.from_string(message.to_string())
eq_("quoted-printable", message2.content_encoding.value)
eq_(very_long, message2.body)
message2 = _email.message_from_string(message.to_string())
eq_(very_long, message2.get_payload(decode=True).decode('utf-8'))
def create_multipart_simple_test():
message = create.multipart("mixed")
message.append(
create.text("plain", "Hello"),
create.text("html", "<html>Hello</html>"))
ok_(message.is_root())
assert_false(message.parts[0].is_root())
assert_false(message.parts[1].is_root())
message2 = create.from_string(message.to_string())
eq_(2, len(message2.parts))
eq_("multipart/mixed", message2.content_type)
eq_(2, len(message.parts))
eq_("Hello", message.parts[0].body)
eq_("<html>Hello</html>", message.parts[1].body)
message2 = _email.message_from_string(message.to_string())
eq_("multipart/mixed", message2.get_content_type())
eq_("Hello", message2.get_payload()[0].get_payload(decode=False))
eq_("<html>Hello</html>",
message2.get_payload()[1].get_payload(decode=False))
def create_multipart_with_attachment_test():
message = create.multipart("mixed")
filename = u"Мейлган картиночка картиночечка с длинным именем и пробельчиками"
message.append(
create.text("plain", "Hello"),
create.text("html", "<html>Hello</html>"),
create.binary(
"image", "png", MAILGUN_PNG,
filename, "attachment"))
eq_(3, len(message.parts))
message2 = create.from_string(message.to_string())
eq_(3, len(message2.parts))
eq_("base64", message2.parts[2].content_encoding.value)
eq_(MAILGUN_PNG, message2.parts[2].body)
eq_(filename, message2.parts[2].content_disposition.params['filename'])
eq_(filename, message2.parts[2].content_type.params['name'])
ok_(message2.parts[2].is_attachment())
message2 = _email.message_from_string(message.to_string())
eq_(3, len(message2.get_payload()))
eq_(MAILGUN_PNG, message2.get_payload()[2].get_payload(decode=True))
def create_multipart_with_text_non_unicode_attachment_test():
"""
Make sure we encode text attachment in base64
"""
message = create.multipart("mixed")
filename = "text-attachment.txt"
message.append(
create.text("plain", "Hello"),
create.text("html", "<html>Hello</html>"),
create.binary(
"text", "plain", u"Саша с уралмаша".encode("koi8-r"),
filename, "attachment"))
message2 = create.from_string(message.to_string())
eq_(3, len(message2.parts))
attachment = message2.parts[2]
ok_(attachment.is_attachment())
eq_("base64", attachment.content_encoding.value)
eq_(u"Саша с уралмаша", attachment.body)
def create_multipart_with_text_non_unicode_attachment_preserve_encoding_test():
"""Make sure we encode text attachment in base64
and also preserve charset information
"""
message = create.multipart("mixed")
filename = "text-attachment.txt"
message.append(
create.text("plain", "Hello"),
create.text("html", "<html>Hello</html>"),
create.text(
"plain",
u"Саша с уралмаша 2".encode("koi8-r"),
"koi8-r",
"attachment",
filename))
message2 = create.from_string(message.to_string())
eq_(3, len(message2.parts))
attachment = message2.parts[2]
ok_(attachment.is_attachment())
eq_("base64", attachment.content_encoding.value)
eq_("koi8-r", attachment.charset)
eq_(u"Саша с уралмаша 2", attachment.body)
def create_multipart_nested_test():
message = create.multipart("mixed")
nested = create.multipart("alternative")
nested.append(
create.text("plain", u"Саша с уралмаша"),
create.text("html", u"<html>Саша с уралмаша</html>"))
message.append(
create.text("plain", "Hello"),
nested)
message2 = create.from_string(message.to_string())
eq_(2, len(message2.parts))
eq_('text/plain', message2.parts[0].content_type)
eq_('Hello', message2.parts[0].body)
eq_(u"Саша с уралмаша", message2.parts[1].parts[0].body)
eq_(u"<html>Саша с уралмаша</html>", message2.parts[1].parts[1].body)
def create_bounced_email_test():
google_delivery_failed = """Delivered-To: user@gmail.com
Content-Type: multipart/report; boundary=f403045f50f42d03f10546f0cb14; report-type=delivery-status
--f403045f50f42d03f10546f0cb14
Content-Type: message/delivery-status
--f403045f50f42d03f10546f0cb14
Content-Type: message/rfc822
MIME-Version: 1.0
From: Test <test@test.com>
To: fake@faketestemail.xxx
Content-Type: multipart/alternative; boundary=f403045f50f42690580546f0cb4d
There should be a boundary here!
--f403045f50f42d03f10546f0cb14--
"""
message = create.from_string(google_delivery_failed)
eq_(google_delivery_failed, message.to_string())
eq_(None, message.get_attached_message())
def create_bounced_email_attached_message_test():
attached_message = """MIME-Version: 1.0
From: Test <test@test.com>
To: fake@faketestemail.xxx
Content-Type: multipart/alternative; boundary=f403045f50f42690580546f0cb4d
--f403045f50f42690580546f0cb4d
Content-Type: text/plain
Content-Transfer-Encoding: 8bit
how are you?
--f403045f50f42690580546f0cb4d--
"""
google_delivery_failed = """Delivered-To: user@gmail.com
Content-Type: multipart/report; boundary=f403045f50f42d03f10546f0cb14; report-type=delivery-status
--f403045f50f42d03f10546f0cb14
Content-Type: message/delivery-status
--f403045f50f42d03f10546f0cb14
Content-Type: message/rfc822
{msg}
--f403045f50f42d03f10546f0cb14--
""".format(msg=attached_message)
message = create.from_string(google_delivery_failed)
eq_(google_delivery_failed, message.to_string())
eq_(attached_message, message.get_attached_message().to_string())
def create_enclosed_test():
message = create.text("plain", u"Превед")
message.headers['From'] = u' Саша <sasha@mailgun.net>'
message.headers['To'] = u'Женя <ev@mailgun.net>'
message.headers['Subject'] = u"Все ли ок? Нормальненько??"
message = create.message_container(message)
message2 = create.from_string(message.to_string())
eq_('message/rfc822', message2.content_type)
eq_(u"Превед", message2.enclosed.body)
eq_(u'Саша <sasha@mailgun.net>', message2.enclosed.headers['From'])
def create_enclosed_nested_test():
nested = create.multipart("alternative")
nested.append(
create.text("plain", u"Саша с уралмаша"),
create.text("html", u"<html>Саша с уралмаша</html>"))
message = create.multipart("mailgun-recipient-variables")
variables = {"a": u"<b>Саша</b>" * 1024}
message.append(
create.binary("application", "json", json.dumps(variables)),
create.message_container(nested))
message2 = create.from_string(message.to_string())
eq_(variables, json.loads(message2.parts[0].body))
nested = message2.parts[1].enclosed
eq_(2, len(nested.parts))
eq_(u"Саша с уралмаша", nested.parts[0].body)
eq_(u"<html>Саша с уралмаша</html>", nested.parts[1].body)
def guessing_attachments_test():
binary = create.binary('application', 'octet-stream', MAILGUN_PNG,
'/home/alex/mailgun.png')
eq_('image/png', binary.content_type)
eq_('mailgun.png', binary.content_type.params['name'])
binary = create.binary('application', 'octet-stream', MAILGUN_PIC,
'/home/alex/mailgun.png', disposition='attachment')
eq_('attachment', binary.headers['Content-Disposition'].value)
eq_('mailgun.png', binary.headers['Content-Disposition'].params['filename'])
binary = create.binary('application', 'octet-stream', NOTIFICATION,
'/home/alex/mailgun.eml')
eq_('message/rfc822', binary.content_type)
binary = create.binary('application', 'octet-stream', MAILGUN_WAV,
'/home/alex/audiofile.wav')
eq_('audio/x-wav', binary.content_type)
def attaching_emails_test():
attachment = create.attachment(
"message/rfc822", MULTIPART, "message.eml", "attachment")
eq_("message/rfc822", attachment.content_type)
ok_(attachment.is_attachment())
# now guess by file name
attachment = create.attachment(
"application/octet-stream", MULTIPART, "message.eml", "attachment")
eq_("message/rfc822", attachment.content_type)
def attaching_broken_emails_test():
attachment = create.attachment(
"application/octet-stream", FALSE_MULTIPART, "message.eml", "attachment")
ok_(attachment.is_attachment())
eq_("application/octet-stream", attachment.content_type)
def attaching_images_test():
attachment = create.attachment(
"application/octet-stream", MAILGUN_PNG, "/home/alex/mailgun.png")
eq_("image/png", attachment.content_type)
def attaching_text_test():
attachment = create.attachment(
"application/octet-stream",
u"Привет, как дела".encode("koi8-r"), "/home/alex/hi.txt")
eq_("text/plain", attachment.content_type)
eq_(u"Привет, как дела", attachment.body)
def guessing_text_encoding_test():
text = create.text("plain", "hello", "utf-8")
eq_('ascii', text.charset)
text = create.text("plain", u"hola, привет", "utf-8")
eq_('utf-8', text.charset)
def create_long_lines_test():
val = "hello" * 1024
text = create.text("plain", val, "utf-8")
eq_('ascii', text.charset)
create.from_string(text.to_string())
eq_(val, text.body)
def create_newlines_in_headers_test():
text = create.text("plain", 'yo', "utf-8")
text.headers['Subject'] = 'Hello,\nnewline\r\n\r\n'
text.headers.add('To', u'\n\nПревед, медвед\n!\r\n')
text = create.from_string(text.to_string())
eq_('Hello,newline', text.headers['Subject'])
eq_(u'Превед, медвед!', text.headers['To'])
def test_bug_line_is_too_long():
# It was possible to create a message with a very long header value, but
# it was impossible to parse such message.
msg = create.text('plain', 'foo', 'utf-8')
msg.headers.add('bar', 'y' * 10000)
encoded_msg = msg.to_string()
decoded_msg = create.from_string(encoded_msg)
# When/Then
decoded_msg.headers
|
