def test_A_Breathing(self):
# test we can convert unicode to unicode
phlsys_textconvert.to_unicode(unicode('hello'))
# test we can convert str to unicode
self.assertIsInstance(phlsys_textconvert.to_unicode('hello'), unicode)
# test invalid characters get replaced by the replacement character
self.assertEqual(phlsys_textconvert.to_unicode('\xFF'), u'\uFFFD')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(phlsys_textconvert.to_unicode('\xe2\x80\xa6'),
u'\uFFFD\uFFFD\uFFFD')
# test we can convert ascii to ascii
phlsys_textconvert.ensure_ascii('hello')
# test str stays str
self.assertIsInstance(phlsys_textconvert.ensure_ascii('hello'), str)
# test invalid characters get replaced by '?'
self.assertEqual(phlsys_textconvert.ensure_ascii('\xFF'), '?')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(phlsys_textconvert.ensure_ascii('\xe2\x80\xa6'),
'???')
def parse_commit_message(self, message):
"""Return a ParseCommitMessageResponse based on 'message'.
:message: a string message to parse
:returns: a phlcon_differential.ParseCommitMessageResponse
"""
message = phlsys_textconvert.to_unicode(message)
return phlcon_differential.parse_commit_message(self._conduit, message)
def parse_commit_message(self, message):
"""Return a ParseCommitMessageResponse based on 'message'.
:message: a string message to parse
:returns: a phlcon_differential.ParseCommitMessageResponse
"""
message = phlsys_textconvert.to_unicode(message)
return phlcon_differential.parse_commit_message(
self._multi_conduit, message)
def test_A_Breathing(self):
# test we can convert unicode to unicode
phlsys_textconvert.to_unicode(unicode('hello'))
# test we can convert str to unicode
self.assertIsInstance(
phlsys_textconvert.to_unicode('hello'),
unicode)
# test invalid characters get replaced by the replacement character
self.assertEqual(
phlsys_textconvert.to_unicode('\xFF'),
u'\uFFFD')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(
phlsys_textconvert.to_unicode('\xe2\x80\xa6'),
u'\uFFFD\uFFFD\uFFFD')
# test we can convert ascii to ascii
phlsys_textconvert.ensure_ascii('hello')
# test str stays str
self.assertIsInstance(
phlsys_textconvert.ensure_ascii('hello'),
str)
# test invalid characters get replaced by '?'
self.assertEqual(
phlsys_textconvert.ensure_ascii('\xFF'),
'?')
# test 'horizontal ellipses' as UTF8 get replaced
self.assertEqual(
phlsys_textconvert.ensure_ascii('\xe2\x80\xa6'),
'???')
