def test_safelyDecodeMismatch(self):
"""
Verify that _safelyDecode will not raise an exception when the given string
does not match the given encoding.
"""
self.assertEquals(u'\N{REPLACEMENT CHARACTER}',
mimepart._safelyDecode('\xe1', "utf8"))
def test_safelyDecode(self):
"""
Verify that _safelyDecode will properly decode a valid encoding.
"""
self.assertEquals(
u"\u1234", mimepart._safelyDecode(u"\u1234".encode("utf8"),
"utf8"))
def test_safelyDecodeMismatch(self):
"""
Verify that _safelyDecode will not raise an exception when the given string
does not match the given encoding.
"""
self.assertEquals(u'\N{REPLACEMENT CHARACTER}',
mimepart._safelyDecode('\xe1', "utf8"))
def test_safelyDecode(self):
"""
Verify that _safelyDecode will properly decode a valid encoding.
"""
self.assertEquals(u"\u1234",
mimepart._safelyDecode(u"\u1234".encode("utf8"),
"utf8"))
def test_safelyDecodeUnknownCodec(self):
"""
Verify that _safelyDecode will default to ASCII decoding with replacement
characters in the case where the provided encoding is unknown.
"""
self.assertEquals(u'\N{REPLACEMENT CHARACTER}' * 3 + u"hello world",
mimepart._safelyDecode(u"\u1234hello world".encode("utf8"),
"ascii"))
def test_safelyDecodeUnknownCodec(self):
"""
Verify that _safelyDecode will default to ASCII decoding with replacement
characters in the case where the provided encoding is unknown.
"""
self.assertEquals(
u'\N{REPLACEMENT CHARACTER}' * 3 + u"hello world",
mimepart._safelyDecode(u"\u1234hello world".encode("utf8"),
"ascii"))
