def test_address_to_encoded_header(self):
def decode(s):
"""Convert a RFC2047-encoded string to a unicode string."""
return ' '.join([chunk.decode(encoding or 'ascii')
for chunk, encoding in decode_header(s)])
address = '*****@*****.**'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = 'J Random Developer <*****@*****.**>'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = '"J. Random Developer" <*****@*****.**>'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = u'Pepe P\xe9rez <*****@*****.**>' # unicode ok
encoded = EmailMessage.address_to_encoded_header(address)
self.assert_('*****@*****.**' in encoded) # addr must be unencoded
self.assertEquals(address, decode(encoded))
address = 'Pepe P\xc3\xa9red <*****@*****.**>' # UTF-8 ok
encoded = EmailMessage.address_to_encoded_header(address)
self.assert_('*****@*****.**' in encoded)
self.assertEquals(address, decode(encoded).encode('utf-8'))
address = 'Pepe P\xe9rez <*****@*****.**>' # ISO-8859-1 not ok
self.assertRaises(BzrBadParameterNotUnicode,
EmailMessage.address_to_encoded_header, address)
def test_address_to_encoded_header(self):
def decode(s):
"""Convert a RFC2047-encoded string to a unicode string."""
return ' '.join([
chunk.decode(encoding or 'ascii')
for chunk, encoding in decode_header(s)
])
address = '*****@*****.**'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = 'J Random Developer <*****@*****.**>'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = '"J. Random Developer" <*****@*****.**>'
encoded = EmailMessage.address_to_encoded_header(address)
self.assertEqual(address, encoded)
address = u'Pepe P\xe9rez <*****@*****.**>' # unicode ok
encoded = EmailMessage.address_to_encoded_header(address)
self.assert_('*****@*****.**' in encoded) # addr must be unencoded
self.assertEquals(address, decode(encoded))
address = 'Pepe P\xc3\xa9red <*****@*****.**>' # UTF-8 ok
encoded = EmailMessage.address_to_encoded_header(address)
self.assert_('*****@*****.**' in encoded)
self.assertEquals(address, decode(encoded).encode('utf-8'))
address = 'Pepe P\xe9rez <*****@*****.**>' # ISO-8859-1 not ok
self.assertRaises(BzrBadParameterNotUnicode,
EmailMessage.address_to_encoded_header, address)
def test_retrieving_headers(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
for header, value in [('From', '*****@*****.**'), ('To', '*****@*****.**'),
('Subject', 'subject')]:
self.assertEqual(value, msg.get(header))
self.assertEqual(value, msg[header])
self.assertEqual(None, msg.get('Does-Not-Exist'))
self.assertEqual(None, msg['Does-Not-Exist'])
self.assertEqual('None', msg.get('Does-Not-Exist', 'None'))
def test_multipart_message(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
msg.add_inline_attachment('body')
self.assertEqualDiff(SIMPLE_MULTIPART_MESSAGE, msg.as_string(BOUNDARY))
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', 'body')
msg.add_inline_attachment(u'a\nb\nc\nd\ne\n', 'lines.txt', 'x-subtype')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'x-subtype',
msg.as_string(BOUNDARY))
def test_retrieving_headers(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
for header, value in [('From', '*****@*****.**'), ('To', '*****@*****.**'),
('Subject', 'subject')]:
self.assertEqual(value, msg.get(header))
self.assertEqual(value, msg[header])
self.assertEqual(None, msg.get('Does-Not-Exist'))
self.assertEqual(None, msg['Does-Not-Exist'])
self.assertEqual('None', msg.get('Does-Not-Exist', 'None'))
def test_simple_message(self):
pairs = {
'body': SIMPLE_MESSAGE_ASCII,
u'b\xf3dy': SIMPLE_MESSAGE_UTF8,
'b\xc3\xb3dy': SIMPLE_MESSAGE_UTF8,
'b\xf4dy': SIMPLE_MESSAGE_8BIT,
}
for body, expected in pairs.items():
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', body)
self.assertEqualDiff(expected, msg.as_string())
def test_simple_message(self):
pairs = {
'body': SIMPLE_MESSAGE_ASCII,
u'b\xf3dy': SIMPLE_MESSAGE_UTF8,
'b\xc3\xb3dy': SIMPLE_MESSAGE_UTF8,
'b\xf4dy': SIMPLE_MESSAGE_8BIT,
}
for body, expected in pairs.items():
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', body)
self.assertEqualDiff(expected, msg.as_string())
def send_email(self, attachment=None, attachment_filename=None,
attachment_mime_subtype='plain'):
class FakeConfig:
def get(self, option):
return None
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body',
attachment=attachment,
attachment_filename=attachment_filename,
attachment_mime_subtype=attachment_mime_subtype)
def send_email(self,
attachment=None,
attachment_filename=None,
attachment_mime_subtype='plain'):
class FakeConfig:
def get(self, option):
return None
EmailMessage.send(FakeConfig(),
'*****@*****.**',
'*****@*****.**',
'subject',
'body',
attachment=attachment,
attachment_filename=attachment_filename,
attachment_mime_subtype=attachment_mime_subtype)
def test_multipart_message(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
msg.add_inline_attachment('body')
self.assertEqualDiff(SIMPLE_MULTIPART_MESSAGE, msg.as_string(BOUNDARY))
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', 'body')
msg.add_inline_attachment(u'a\nb\nc\nd\ne\n', 'lines.txt', 'x-subtype')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'x-subtype',
msg.as_string(BOUNDARY))
def test_string_with_encoding(self):
pairs = {
u'Pepe': ('Pepe', 'ascii'),
u'P\xe9rez': ('P\xc3\xa9rez', 'utf-8'),
'Perez': ('Perez', 'ascii'), # u'Pepe' == 'Pepe'
'P\xc3\xa9rez': ('P\xc3\xa9rez', 'utf-8'),
'P\xe8rez': ('P\xe8rez', '8-bit'),
}
for string_, pair in pairs.items():
self.assertEqual(pair, EmailMessage.string_with_encoding(string_))
def test_string_with_encoding(self):
pairs = {
u'Pepe': ('Pepe', 'ascii'),
u'P\xe9rez': ('P\xc3\xa9rez', 'utf-8'),
'Perez': ('Perez', 'ascii'), # u'Pepe' == 'Pepe'
'P\xc3\xa9rez': ('P\xc3\xa9rez', 'utf-8'),
'P\xe8rez': ('P\xe8rez', '8-bit'),
}
for string_, pair in pairs.items():
self.assertEqual(pair, EmailMessage.string_with_encoding(string_))
def test_headers_accept_unicode_and_utf8(self):
for user in [
u'Pepe P\xe9rez <*****@*****.**>',
'Pepe P\xc3\xa9red <*****@*****.**>'
]:
msg = EmailMessage(user, user, user) # no exception raised
for header in ['From', 'To', 'Subject']:
value = msg[header]
str(value).decode('ascii') # no UnicodeDecodeError
def test_send(self):
class FakeConfig:
def get_user_option(self, option):
return None
messages = []
def send_as_append(_self, msg):
messages.append(msg.as_string(BOUNDARY))
old_send_email = SMTPConnection.send_email
try:
SMTPConnection.send_email = send_as_append
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body', u'a\nb\nc\nd\ne\n', 'lines.txt')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'plain',
messages[0])
messages[:] = []
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body', u'a\nb\nc\nd\ne\n', 'lines.txt',
'x-patch')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'x-patch',
messages[0])
messages[:] = []
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body')
self.assertEqualDiff(SIMPLE_MESSAGE_ASCII , messages[0])
messages[:] = []
finally:
SMTPConnection.send_email = old_send_email
def test_send(self):
class FakeConfig:
def get_user_option(self, option):
return None
messages = []
def send_as_append(_self, msg):
messages.append(msg.as_string(BOUNDARY))
old_send_email = SMTPConnection.send_email
try:
SMTPConnection.send_email = send_as_append
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body', u'a\nb\nc\nd\ne\n',
'lines.txt')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'plain',
messages[0])
messages[:] = []
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body', u'a\nb\nc\nd\ne\n',
'lines.txt', 'x-patch')
self.assertEqualDiff(COMPLEX_MULTIPART_MESSAGE % 'x-patch',
messages[0])
messages[:] = []
EmailMessage.send(FakeConfig(), '*****@*****.**', '*****@*****.**',
'subject', 'body')
self.assertEqualDiff(SIMPLE_MESSAGE_ASCII, messages[0])
messages[:] = []
finally:
SMTPConnection.send_email = old_send_email
def to_email(self, mail_to, branch, sign=False):
"""Serialize as an email message.
:param mail_to: The address to mail the message to
:param branch: The source branch, to get the signing strategy and
source email address
:param sign: If True, gpg-sign the email
:return: an email message
"""
mail_from = branch.get_config().username()
if self.message is not None:
subject = self.message
else:
revision = branch.repository.get_revision(self.revision_id)
subject = revision.message
if sign:
body = self.to_signed(branch)
else:
body = ''.join(self.to_lines())
message = EmailMessage(mail_from, mail_to, subject, body)
return message
def test_multiple_destinations(self):
to_addresses = ['*****@*****.**', '*****@*****.**', '*****@*****.**']
msg = EmailMessage('*****@*****.**', to_addresses, 'subject')
self.assertContainsRe(
msg.as_string(),
'To: ' + ', '.join(to_addresses)) # re.M can't be passed, so no ^$
def test_multipart_message_simple(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
msg.add_inline_attachment('body')
self.assertEqualDiff(simple_multipart_message(),
msg.as_string(BOUNDARY))
def test_setting_headers(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
msg['To'] = '*****@*****.**'
msg['Cc'] = '*****@*****.**'
self.assertEqual('*****@*****.**', msg['To'])
self.assertEqual('*****@*****.**', msg['Cc'])
def test_empty_message(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
self.assertEqualDiff(EMPTY_MESSAGE , msg.as_string())
def test_empty_message(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
self.assertEqualDiff(EMPTY_MESSAGE, msg.as_string())
def test_multipart_message_complex(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', 'body')
msg.add_inline_attachment(u'a\nb\nc\nd\ne\n', 'lines.txt', 'x-subtype')
self.assertEqualDiff(complex_multipart_message('x-subtype'),
msg.as_string(BOUNDARY))
def test_multipart_message_simple(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject')
msg.add_inline_attachment('body')
self.assertEqualDiff(simple_multipart_message(),
msg.as_string(BOUNDARY))
def test_multiple_destinations(self):
to_addresses = [ '*****@*****.**', '*****@*****.**', '*****@*****.**' ]
msg = EmailMessage('*****@*****.**', to_addresses, 'subject')
self.assertContainsRe(msg.as_string(), 'To: ' +
', '.join(to_addresses)) # re.M can't be passed, so no ^$
def test_multipart_message_complex(self):
msg = EmailMessage('*****@*****.**', '*****@*****.**', 'subject', 'body')
msg.add_inline_attachment(u'a\nb\nc\nd\ne\n', 'lines.txt', 'x-subtype')
self.assertEqualDiff(complex_multipart_message('x-subtype'),
msg.as_string(BOUNDARY))