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  • Committer: Jelmer Vernooij
  • Date: 2020-05-06 02:13:25 UTC
  • mfrom: (7490.7.21 work)
  • mto: This revision was merged to the branch mainline in revision 7501.
  • Revision ID: jelmer@jelmer.uk-20200506021325-awbmmqu1zyorz7sj
Merge 3.1 branch.

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breezy/tests/test_email_message.py
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# Foundation, Inc., 51 Franklin Street, Fifth Floor, Boston, MA 02110-1301 USA
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import sys
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try:
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    from email.header import decode_header
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except ImportError:  # python < 3
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    from email.Header import decode_header
 
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from email.header import decode_header
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from .. import __version__ as _breezy_version
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from ..email_message import EmailMessage
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Content-Disposition: inline
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body
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''' %  { 'version': _breezy_version, 'boundary': BOUNDARY }
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def final_newline_or_not(msg):
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    if sys.version_info >= (2, 7, 6):
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        # Some internals of python's email module changed in an (minor)
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        # incompatible way: a final newline is appended in 2.7.6...
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       msg += '\n'
 
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''' % {'version': _breezy_version, 'boundary': BOUNDARY}
 
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def simple_multipart_message():
 
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    msg = _MULTIPART_HEAD + '--%s--\n' % BOUNDARY
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    return msg
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def simple_multipart_message():
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    msg = _MULTIPART_HEAD + '--%s--' % BOUNDARY
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    return final_newline_or_not(msg)
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def complex_multipart_message(typ):
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    msg = _MULTIPART_HEAD + '''\
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--%(boundary)s
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d
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e
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--%(boundary)s--''' %  { 'boundary': BOUNDARY }
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    msg = final_newline_or_not(msg)
 
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--%(boundary)s--
 
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''' % {'boundary': BOUNDARY}
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    return msg % (typ,)
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    def test_simple_message(self):
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        pairs = {
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            'body': SIMPLE_MESSAGE_ASCII,
 
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            b'body': SIMPLE_MESSAGE_ASCII,
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            u'b\xf3dy': SIMPLE_MESSAGE_UTF8,
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            'b\xc3\xb3dy': SIMPLE_MESSAGE_UTF8,
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            'b\xf4dy': SIMPLE_MESSAGE_8BIT,
 
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            b'b\xc3\xb3dy': SIMPLE_MESSAGE_UTF8,
 
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            b'b\xf4dy': SIMPLE_MESSAGE_8BIT,
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        }
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        for body, expected in pairs.items():
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            msg = EmailMessage('from@from.com', 'to@to.com', 'subject', body)
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        self.assertEqualDiff(simple_multipart_message(),
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                             msg.as_string(BOUNDARY))
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    def test_multipart_message_complex(self):
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        msg = EmailMessage('from@from.com', 'to@to.com', 'subject', 'body')
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        msg.add_inline_attachment(u'a\nb\nc\nd\ne\n', 'lines.txt', 'x-subtype')
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                             msg.as_string(BOUNDARY))
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    def test_headers_accept_unicode_and_utf8(self):
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        for user in [ u'Pepe P\xe9rez <pperez@ejemplo.com>',
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                'Pepe P\xc3\xa9red <pperez@ejemplo.com>' ]:
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            msg = EmailMessage(user, user, user) # no exception raised
 
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        for user in [u'Pepe P\xe9rez <pperez@ejemplo.com>',
 
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                     'Pepe P\xc3\xa9red <pperez@ejemplo.com>']:
 
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            msg = EmailMessage(user, user, user)  # no exception raised
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            for header in ['From', 'To', 'Subject']:
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                value = msg[header]
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                str(value).decode('ascii') # no UnicodeDecodeError
 
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                value.encode('ascii')  # no UnicodeDecodeError
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    def test_headers_reject_8bit(self):
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        for i in range(3): # from_address, to_address, subject
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            x = [ '"J. Random Developer" <jrandom@example.com>' ] * 3
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            x[i] = 'Pepe P\xe9rez <pperez@ejemplo.com>'
 
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        for i in range(3):  # from_address, to_address, subject
 
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            x = [b'"J. Random Developer" <jrandom@example.com>'] * 3
 
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            x[i] = b'Pepe P\xe9rez <pperez@ejemplo.com>'
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            self.assertRaises(BzrBadParameterNotUnicode, EmailMessage, *x)
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    def test_multiple_destinations(self):
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        to_addresses = [ 'to1@to.com', 'to2@to.com', 'to3@to.com' ]
 
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        to_addresses = ['to1@to.com', 'to2@to.com', 'to3@to.com']
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        msg = EmailMessage('from@from.com', to_addresses, 'subject')
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        self.assertContainsRe(msg.as_string(), 'To: ' +
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                ', '.join(to_addresses)) # re.M can't be passed, so no ^$
 
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        self.assertContainsRe(msg.as_string(), 'To: '
 
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                              + ', '.join(to_addresses))  # re.M can't be passed, so no ^$
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    def test_retrieving_headers(self):
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        msg = EmailMessage('from@from.com', 'to@to.com', 'subject')
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        for header, value in [('From', 'from@from.com'), ('To', 'to@to.com'),
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                ('Subject', 'subject')]:
 
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                              ('Subject', 'subject')]:
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            self.assertEqual(value, msg.get(header))
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            self.assertEqual(value, msg[header])
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        self.assertEqual(None, msg.get('Does-Not-Exist'))
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    def test_address_to_encoded_header(self):
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        def decode(s):
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            """Convert a RFC2047-encoded string to a unicode string."""
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            return ' '.join([chunk.decode(encoding or 'ascii')
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                             for chunk, encoding in decode_header(s)])
 
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            return ''.join([chunk.decode(encoding or 'ascii')
 
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                            for chunk, encoding in decode_header(s)])
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        address = 'jrandom@example.com'
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        encoded = EmailMessage.address_to_encoded_header(address)
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        encoded = EmailMessage.address_to_encoded_header(address)
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        self.assertEqual(address, encoded)
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        address = u'Pepe P\xe9rez <pperez@ejemplo.com>' # unicode ok
 
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        address = u'Pepe P\xe9rez <pperez@ejemplo.com>'  # unicode ok
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        encoded = EmailMessage.address_to_encoded_header(address)
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        self.assertTrue('pperez@ejemplo.com' in encoded) # addr must be unencoded
 
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        # addr must be unencoded
 
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        self.assertTrue('pperez@ejemplo.com' in encoded)
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        self.assertEqual(address, decode(encoded))
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        address = 'Pepe P\xc3\xa9red <pperez@ejemplo.com>' # UTF-8 ok
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        encoded = EmailMessage.address_to_encoded_header(address)
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        self.assertTrue('pperez@ejemplo.com' in encoded)
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        self.assertEqual(address, decode(encoded).encode('utf-8'))
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        address = 'Pepe P\xe9rez <pperez@ejemplo.com>' # ISO-8859-1 not ok
 
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        address = b'Pepe P\xe9rez <pperez@ejemplo.com>'  # ISO-8859-1 not ok
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        self.assertRaises(BzrBadParameterNotUnicode,
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                EmailMessage.address_to_encoded_header, address)
 
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                          EmailMessage.address_to_encoded_header, address)
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    def test_string_with_encoding(self):
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        pairs = {
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                u'Pepe':        ('Pepe', 'ascii'),
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                u'P\xe9rez':    ('P\xc3\xa9rez', 'utf-8'),
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                'Perez':         ('Perez', 'ascii'), # u'Pepe' == 'Pepe'
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                'P\xc3\xa9rez': ('P\xc3\xa9rez', 'utf-8'),
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                'P\xe8rez':     ('P\xe8rez', '8-bit'),
 
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            u'Pepe': (b'Pepe', 'ascii'),
 
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            u'P\xe9rez': (b'P\xc3\xa9rez', 'utf-8'),
 
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            b'P\xc3\xa9rez': (b'P\xc3\xa9rez', 'utf-8'),
 
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            b'P\xe8rez': (b'P\xe8rez', '8-bit'),
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        }
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        for string_, pair in pairs.items():
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            self.assertEqual(pair, EmailMessage.string_with_encoding(string_))
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        self.overrideAttr(SMTPConnection, 'send_email', send_as_append)
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    def send_email(self, attachment=None, attachment_filename=None,
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                   attachment_mime_subtype='plain'):
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        class FakeConfig:
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        self.assertMessage(complex_multipart_message('x-patch'))
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    def test_send_simple(self):
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          self.send_email()
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          self.assertMessage(SIMPLE_MESSAGE_ASCII)
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        self.send_email()
 
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        self.assertMessage(SIMPLE_MESSAGE_ASCII)