def test_rewrite_headers(self):
# Some NNTP servers are very strict about duplicate headers. What we
# can do is look at some headers and if they is more than one of that
# header in the message, all the headers are deleted except the first
# one, and then the other values are moved to the destination header.
#
# In this example, we'll create multiple To headers, which will all
# get moved to X-Original-To. However, because there will only be one
# X-Fake header, it doesn't get rewritten.
self._msg['To'] = '*****@*****.**'
self._msg['To'] = '*****@*****.**'
self._msg['X-Fake'] = 'ignore me'
self.assertEqual(len(self._msg.get_all('to')), 3)
self.assertEqual(len(self._msg.get_all('x-fake')), 1)
nntp.prepare_message(self._mlist, self._msg, {})
tos = self._msg.get_all('to')
self.assertEqual(len(tos), 1)
self.assertEqual(tos[0], '*****@*****.**')
original_tos = self._msg.get_all('x-original-to')
self.assertEqual(len(original_tos), 2)
self.assertEqual(original_tos,
['*****@*****.**', '*****@*****.**'])
fakes = self._msg.get_all('x-fake')
self.assertEqual(len(fakes), 1)
self.assertEqual(fakes[0], 'ignore me')
self.assertEqual(self._msg.get_all('x-original-fake'), None)
def test_rewrite_headers(self):
# Some NNTP servers are very strict about duplicate headers. What we
# can do is look at some headers and if they is more than one of that
# header in the message, all the headers are deleted except the first
# one, and then the other values are moved to the destination header.
#
# In this example, we'll create multiple To headers, which will all
# get moved to X-Original-To. However, because there will only be one
# X-Fake header, it doesn't get rewritten.
self._msg['To'] = '*****@*****.**'
self._msg['To'] = '*****@*****.**'
self._msg['X-Fake'] = 'ignore me'
self.assertEqual(len(self._msg.get_all('to')), 3)
self.assertEqual(len(self._msg.get_all('x-fake')), 1)
nntp.prepare_message(self._mlist, self._msg, {})
tos = self._msg.get_all('to')
self.assertEqual(len(tos), 1)
self.assertEqual(tos[0], '*****@*****.**')
original_tos = self._msg.get_all('x-original-to')
self.assertEqual(len(original_tos), 2)
self.assertEqual(original_tos,
['*****@*****.**', '*****@*****.**'])
fakes = self._msg.get_all('x-fake')
self.assertEqual(len(fakes), 1)
self.assertEqual(fakes[0], 'ignore me')
self.assertEqual(self._msg.get_all('x-original-fake'), None)
def test_open_moderation_removes_previous_approved_header(self):
# Any existing Approved header is removed from moderated messages.
self._msg['Approved'] = 'a bogus approval'
self._mlist.newsgroup_moderation = NewsgroupModeration.open_moderated
nntp.prepare_message(self._mlist, self._msg, {})
headers = self._msg.get_all('approved')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], '*****@*****.**')
def test_moderated_approved_header(self):
# When the mailing list is moderated , the message will get an
# Approved header, which NNTP software uses to forward to the
# newsgroup. The message would not have gotten to the mailing list if
# it wasn't already approved.
self._mlist.news_moderation = NewsModeration.moderated
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['approved'], '*****@*****.**')
def test_open_moderation_removes_previous_approved_header(self):
# Any existing Approved header is removed from moderated messages.
self._msg['Approved'] = 'a bogus approval'
self._mlist.newsgroup_moderation = NewsgroupModeration.open_moderated
nntp.prepare_message(self._mlist, self._msg, {})
headers = self._msg.get_all('approved')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], '*****@*****.**')
def test_open_moderated_approved_header(self):
# When the mailing list is moderated using an open posting policy, the
# message will get an Approved header, which NNTP software uses to
# forward to the newsgroup. The message would not have gotten to the
# mailing list if it wasn't already approved.
self._mlist.newsgroup_moderation = NewsgroupModeration.open_moderated
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['approved'], '*****@*****.**')
def test_open_moderated_approved_header(self):
# When the mailing list is moderated using an open posting policy, the
# message will get an Approved header, which NNTP software uses to
# forward to the newsgroup. The message would not have gotten to the
# mailing list if it wasn't already approved.
self._mlist.newsgroup_moderation = NewsgroupModeration.open_moderated
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['approved'], '*****@*****.**')
def test_add_newsgroups_header_to_existing(self):
# If the message already has a Newsgroups header, the linked newsgroup
# gets appended to that value, using comma-space separated lists.
self._msg['Newsgroups'] = 'foo.test, bar.test'
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
headers = self._msg.get_all('newsgroups')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], 'foo.test, bar.test, example.test')
def test_add_newsgroups_header_to_existing(self):
# If the message already has a Newsgroups header, the linked newsgroup
# gets appended to that value, using comma-space separated lists.
self._msg['Newsgroups'] = 'foo.test, bar.test'
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
headers = self._msg.get_all('newsgroups')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], 'foo.test, bar.test, example.test')
def test_odd_duplicates(self):
# This is just a corner case, where there is an odd number of rewrite
# headers. In that case, the odd-one-out does not get rewritten.
self._msg['x-fake'] = 'one'
self._msg['x-fake'] = 'two'
self._msg['x-fake'] = 'three'
self.assertEqual(len(self._msg.get_all('x-fake')), 3)
nntp.prepare_message(self._mlist, self._msg, {})
fakes = self._msg.get_all('x-fake')
self.assertEqual(len(fakes), 3)
self.assertEqual(fakes, ['one', 'two', 'three'])
def test_odd_duplicates(self):
# This is just a corner case, where there is an odd number of rewrite
# headers. In that case, the odd-one-out does not get rewritten.
self._msg['x-fake'] = 'one'
self._msg['x-fake'] = 'two'
self._msg['x-fake'] = 'three'
self.assertEqual(len(self._msg.get_all('x-fake')), 3)
nntp.prepare_message(self._mlist, self._msg, {})
fakes = self._msg.get_all('x-fake')
self.assertEqual(len(fakes), 3)
self.assertEqual(fakes, ['one', 'two', 'three'])
def test_original_subject_prefix_okay(self):
# The cook-headers handler adds the original and/or stripped (of the
# prefix) subject to the metadata. Assume that handler's been run;
# check the Subject header.
self._mlist.nntp_prefix_subject_too = True
del self._msg['subject']
self._msg['subject'] = 'Re: Your test'
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
headers = self._msg.get_all('subject')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], 'Re: Your test')
def test_original_subject(self):
# The cook-headers handler adds the original and/or stripped (of the
# prefix) subject to the metadata. Assume that handler's been run;
# check the Subject header.
self._mlist.nntp_prefix_subject_too = False
del self._msg['subject']
self._msg['subject'] = 'Re: Your test'
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
headers = self._msg.get_all('subject')
self.assertEqual(len(headers), 1)
self.assertEqual(headers[0], 'Your test')
def test_remove_headers(self):
# During preparation, headers which cause problems with certain NNTP
# servers such as INN get removed.
self._msg['X-Complaints-To'] = '*****@*****.**'
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['x-complaints-to'], None)
def test_the_message_has_been_prepared(self):
# A key gets added to the metadata so that a retry won't try to
# re-apply all the preparations.
msgdata = {}
nntp.prepare_message(self._mlist, self._msg, msgdata)
self.assertTrue(msgdata.get('prepped'))
def test_add_lines_header(self):
# A Lines: header seems useful.
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['lines'], '1')
def test_remove_headers(self):
# During preparation, headers which cause problems with certain NNTP
# servers such as INN get removed.
self._msg['X-Complaints-To'] = '*****@*****.**'
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['x-complaints-to'], None)
def test_add_newsgroups_header(self):
# Prepared messages get a Newsgroups header.
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
self.assertEqual(self._msg['newsgroups'], 'example.test')
def test_add_lines_header(self):
# A Lines: header seems useful.
nntp.prepare_message(self._mlist, self._msg, {})
self.assertEqual(self._msg['lines'], '1')
def test_add_newsgroups_header(self):
# Prepared messages get a Newsgroups header.
msgdata = dict(original_subject='Your test')
nntp.prepare_message(self._mlist, self._msg, msgdata)
self.assertEqual(self._msg['newsgroups'], 'example.test')
def test_the_message_has_been_prepared(self):
# A key gets added to the metadata so that a retry won't try to
# re-apply all the preparations.
msgdata = {}
nntp.prepare_message(self._mlist, self._msg, msgdata)
self.assertTrue(msgdata.get('prepped'))
