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Overview
Comment: | Changed unit tests to check for the new encoding. |
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Timelines: | family | ancestors | descendants | both | trunk |
Files: | files | file ages | folders |
SHA1: |
f2cc8d82aa1a5bdd99916c020a6d73fe |
User & Date: | ivan@selidor.net 2007-11-28 20:48:52 |
Context
2007-11-28
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21:01 | Forgot to update the test for valid strings. check-in: 7986bdcc47 user: ivan@selidor.net tags: trunk | |
20:48 | Changed unit tests to check for the new encoding. check-in: f2cc8d82aa user: ivan@selidor.net tags: trunk | |
20:36 | Updated all documentation to the new encoding. check-in: ce081413dd user: ivan@selidor.net tags: trunk | |
Changes
Changes to underscode/tests.py.
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self.assertRaises( exception, underscode.underscode_decode, encoded ) def test_valid_character(self): """Decoding and checking valid encoded characters.""" valid_encodings = { u'_': ['___', '_x5f_', '_u005f_', '_U0000005f_'], u'0': ['_0_', '_x30_', '_u0030_', '_U00000030_'], u'\x1a': ['_x1a_', '_u001a_', '_U0000001a_'], u'\u12ab': ['_u12ab_', '_U000012ab_'], u'\U0001abcd': ['_U0001abcd_'], } for (decoded, encodings) in valid_encodings.items(): for encoded in encodings: # Check ``is_underscode_encoded()``. ................................................................................ udecoded = underscode.underscode_decode(encoded) self.assert_(type(udecoded) is unicode) self.assertEqual(udecoded, decoded) def test_invalid_character(self): """Decoding and checking invalid encoded characters.""" valid_encoded = ['___', '_0_', '_x1a_', '_u12ab_', '_U0001abcd_'] # All incomplete versions for each of the previous encoded # characters; from two input characters on, since ``_`` is a # valid encoded string with no encoded characters, and up to # the full encoded character bar the final underscore. incomplete_encoded = [ [encchar[:i] for i in range(2, len(encchar))] ................................................................................ # are not encoded in the same way at the beginning and in the # middle of a string. canonical_encoding = [ # 0 characters. {u'': '_'}, # 1 character. { u'a': 'a_', u'_': '___', u'0': '_0_', u'\x1a': '_x1a_', u'\u12ab': '_u12ab_', u'\U0001abcd': '_U0001abcd_', }, # 2 characters. {u'a0': 'a0_'}, ] for nsteps in range(len(canonical_encoding)): |
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self.assertRaises( exception, underscode.underscode_decode, encoded ) def test_valid_character(self): """Decoding and checking valid encoded characters.""" valid_encodings = { u'a': ['a_', '_x61_', '_u0061_', '_U00000061_'], u' ': ['___', '_x20_', '_u0020_', '_U00000020_'], u'0': ['_0_', '_x30_', '_u0030_', '_U00000030_'], u'_': ['_x5f_', '_u005f_', '_U0000005f_'], u'\x1a': ['_x1a_', '_u001a_', '_U0000001a_'], u'\u12ab': ['_u12ab_', '_U000012ab_'], u'\U0001abcd': ['_U0001abcd_'], } for (decoded, encodings) in valid_encodings.items(): for encoded in encodings: # Check ``is_underscode_encoded()``. ................................................................................ udecoded = underscode.underscode_decode(encoded) self.assert_(type(udecoded) is unicode) self.assertEqual(udecoded, decoded) def test_invalid_character(self): """Decoding and checking invalid encoded characters.""" valid_encoded = [ 'a_', '___', '_0_', '_x5f_', '_x1a_', '_u12ab_', '_U0001abcd_' ] # All incomplete versions for each of the previous encoded # characters; from two input characters on, since ``_`` is a # valid encoded string with no encoded characters, and up to # the full encoded character bar the final underscore. incomplete_encoded = [ [encchar[:i] for i in range(2, len(encchar))] ................................................................................ # are not encoded in the same way at the beginning and in the # middle of a string. canonical_encoding = [ # 0 characters. {u'': '_'}, # 1 character. { u'a': 'a_', u' ': '___', u'0': '_0_', u'_': '_x5f_', u'\x1a': '_x1a_', u'\u12ab': '_u12ab_', u'\U0001abcd': '_U0001abcd_', }, # 2 characters. {u'a0': 'a0_'}, ] for nsteps in range(len(canonical_encoding)): |