def __init__(self, connection, user, channel, msg, method='privmsg',
privileged_channels=[], **kwargs):
self.my_nick = connection.nickname
self.chanmodes = connection.chanmodes
self.user = user
if '!' in user:
self.nick, self.mask = user.split('!', 1)
else: # pragma: nocover
self.nick, self.mask = user, None
self.channel = force_unicode(channel)
self.privileged_channels = [force_unicode(x, encodings=['utf-8'])
for x in privileged_channels]
self.message = force_unicode(msg)
self.method = method.upper()
self.context = kwargs
self.addressee = ''
if self.channel == self.my_nick:
self.addressed = True
self.reply_recipient = self.nick
elif self.message.lower().startswith(self.my_nick.lower()):
self.addressed = True
self.reply_recipient = self.channel
self.addressee = self.nick
else:
self.addressed = False
self.reply_recipient = self.channel
def __init__(self, recipient, data, method='PRIVMSG',
**kwargs):
self.recipient = force_unicode(recipient)
self.data = force_unicode(data)
self.method = method
self.context = kwargs
if 'responses' in kwargs:
self.responses = kwargs['responses']
def test_conversion(self):
self.assertEqual(
encoding.force_unicode("\xC6", encodings=self.std_enc),
"\xc3\x86".decode('utf-8'))
self.assertRaises(DjangoUnicodeDecodeError,
encoding.force_unicode,
"\x9D",
encodings=self.std_enc)
def test_unicode_object(self):
# Passing a unicode object should return it unchanged
snowman = "\xe2\x98\x83".decode('utf-8')
self.assertEqual(
encoding.force_unicode(snowman, encodings=['ascii']),
snowman)
def test_ruscii(self):
# Now let's try some ruscii
self.assertEqual(
encoding.force_unicode("\xf2", encodings=['koi8_r']),
"\xd0\xa0".decode('utf-8'))
def test_cp1252_latin9_equal(self):
# CP1252 and ISO8859-1 on the other hand are identical here
self.assertEqual(
encoding.force_unicode("\xA4", encodings=self.std_enc),
encoding.force_unicode("\xA4", encodings=['iso8859-1']))
def test_cp1252_latin9_differ(self):
# CP1252 and ISO8859-15 differ slightly
self.assertNotEqual(
encoding.force_unicode("\xA4", encodings=self.std_enc),
encoding.force_unicode("\xA4", encodings=['iso8859-15']))
def test_conversion(self):
self.assertEqual(encoding.force_unicode(
"\xC6", encodings=self.std_enc), "\xc3\x86".decode('utf-8'))
self.assertRaises(DjangoUnicodeDecodeError,
encoding.force_unicode, "\x9D", encodings=self.std_enc)
def test_ascii_unchanged(self):
self.assertEqual(encoding.force_unicode(
"abc", encodings=self.std_enc), u'abc')
def test_unicode_object(self):
# Passing a unicode object should return it unchanged
snowman = "\xe2\x98\x83".decode('utf-8')
self.assertEqual(encoding.force_unicode(snowman, encodings=['ascii']),
snowman)
def test_ruscii(self):
# Now let's try some ruscii
self.assertEqual(encoding.force_unicode("\xf2", encodings=['koi8_r']),
"\xd0\xa0".decode('utf-8'))
def test_cp1252_latin9_equal(self):
# CP1252 and ISO8859-1 on the other hand are identical here
self.assertEqual(
encoding.force_unicode("\xA4", encodings=self.std_enc),
encoding.force_unicode("\xA4", encodings=['iso8859-1']))
def test_cp1252_latin9_differ(self):
# CP1252 and ISO8859-15 differ slightly
self.assertNotEqual(
encoding.force_unicode("\xA4", encodings=self.std_enc),
encoding.force_unicode("\xA4", encodings=['iso8859-15']))
def test_ascii_unchanged(self):
self.assertEqual(encoding.force_unicode("abc", encodings=self.std_enc),
u'abc')
