def test_canonify(self):
result = ncf_rudder.canonify("ascii @&_ string")
self.assertEquals(result, "ascii_____string")
# python/ncf reads UTF-8 files and produces u'' strings in python2 and '' strings in python3
# python2 tests
if sys.version_info[0] == 2:
# unicode in source file -> interpreted as unicode with u'' -> correct iso in python string (ncf builder use case)
result = ncf_rudder.canonify(u'héhé')
self.assertEquals(result, 'h__h__')
# python3 tests
if sys.version_info[0] == 3:
# unicode in source file -> correct unicode in python string (ncf builder use case)
result = ncf_rudder.canonify('héhé')
self.assertEquals(result, "h__h__")
def test_canonify(self):
result = ncf_rudder.canonify("ascii @&_ string")
self.assertEquals(result, "ascii_____string")
# python/ncf reads UTF-8 files and produces u'' strings in python2 and '' strings in python3
# python2 tests
if sys.version_info[0] == 2:
# unicode in source file -> interpreted as unicode with u'' -> correct iso in python string (ncf builder use case)
result = ncf_rudder.canonify(u'héhé')
self.assertEquals(result, 'h__h__')
# python3 tests
if sys.version_info[0] == 3:
# unicode in source file -> correct unicode in python string (ncf builder use case)
result = ncf_rudder.canonify('héhé')
self.assertEquals(result, "h__h__")