def test_leadingThenLeadingSurrogate(self):
"""Test two leading Unicode surrogates, which is invalid.
"""
out = speechXml._escapeXml(u"\uD83D\uD83D")
self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_trailingSurrogateAlone(self):
"""Test a trailing surrogate by itself, which is invalid.
"""
out = speechXml._escapeXml(u"\uDE0A")
self.assertEqual(out, REPLACEMENT_CHAR)
def test_trailingThenLeadingSurrogate(self):
"""Test a trailing Unicode surrogate followed by a leading surrogate, which is invalid.
"""
out = speechXml._escapeXml(u"\uDE0A\uD83D")
self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_invalidChars(self):
# For each invalid range, test the start, start + 1 and the end.
inp = u"\x00\x01\x08\x0B\x0C\x0E\x0F\x1F\x7F\x80\x84\x86\x87\x9F\uFDD0\uFDD1\uFDDF\uFFFE\uFFFF"
out = speechXml._escapeXml(inp)
# Expected output is that each input character is replaced with a Unicode replacement character.
self.assertEqual(out, len(inp) * REPLACEMENT_CHAR)
def test_validSurrogate(self):
inp = u"\uD83D\uDE0A" # Smiling face with smiling eyes in UTF-16.
out = speechXml._escapeXml(inp)
self.assertEqual(inp, out)
def test_charEntities(self):
out = speechXml._escapeXml('<>"&')
self.assertEqual(out, "<>"&")
def test_charEntities(self):
out = speechXml._escapeXml('<>"&')
self.assertEqual(out, "<>"&")
def test_trailingThenTrailingSurrogate(self): """Test two trailing Unicode surrogates, which is invalid. """ out = speechXml._escapeXml(u"\uDE0A\uDE0A") self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_trailingSurrogateThenNonSurrogate(self): """Test a trailing surrogate followed by a non-surrogate character, which is invalid. """ out = speechXml._escapeXml(u"\uDE0Az") self.assertEqual(out, REPLACEMENT_CHAR + u'z')
def test_trailingThenLeadingSurrogate(self): """Test a trailing Unicode surrogate followed by a leading surrogate, which is invalid. """ out = speechXml._escapeXml(u"\uDE0A\uD83D") self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_leadingThenLeadingSurrogate(self): """Test two leading Unicode surrogates, which is invalid. """ out = speechXml._escapeXml(u"\uD83D\uD83D") self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_trailingSurrogateAlone(self): """Test a trailing surrogate by itself, which is invalid. """ out = speechXml._escapeXml(u"\uDE0A") self.assertEqual(out, REPLACEMENT_CHAR)
def test_validSurrogate(self): inp = u"\uD83D\uDE0A" # Smiling face with smiling eyes in UTF-16. out = speechXml._escapeXml(inp) self.assertEqual(inp, out)
def test_invalidChars(self): # For each invalid range, test the start, start + 1 and the end. inp = u"\x00\x01\x08\x0B\x0C\x0E\x0F\x1F\x7F\x80\x84\x86\x87\x9F\uFDD0\uFDD1\uFDDF\uFFFE\uFFFF" out = speechXml._escapeXml(inp) # Expected output is that each input character is replaced with a Unicode replacement character. self.assertEqual(out, len(inp) * REPLACEMENT_CHAR)
def test_trailingThenTrailingSurrogate(self):
"""Test two trailing Unicode surrogates, which is invalid.
"""
out = speechXml._escapeXml(u"\uDE0A\uDE0A")
self.assertEqual(out, 2 * REPLACEMENT_CHAR)
def test_simpleText(self):
inp = "Testing 1 2 3."
out = speechXml._escapeXml(inp)
self.assertEqual(inp, out)
def test_trailingSurrogateThenNonSurrogate(self):
"""Test a trailing surrogate followed by a non-surrogate character, which is invalid.
"""
out = speechXml._escapeXml(u"\uDE0Az")
self.assertEqual(out, REPLACEMENT_CHAR + u'z')
def test_simpleText(self): inp = "Testing 1 2 3." out = speechXml._escapeXml(inp) self.assertEqual(inp, out)
