def testEndStringParsing(self):
stream = 'some meaningful "spaced value1"'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]), 'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'spaced value1')
def testEndStringParsing(self):
stream = 'some meaningful "spaced value1"'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'spaced value1')
def testIncompleteStringParsing(self):
stream = 'some meaningful "spaced .'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]), 'Should be parsable.')
try:
StringValueParser.parse(start, stream)
self.assertTrue(False, 'Parsing failure expected.')
except content.ParseException:
self.assertTrue(True)
def testIncompleteStringParsing(self):
stream = 'some meaningful "spaced .'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]),
'Should be parsable.')
try:
StringValueParser.parse(start, stream)
self.assertTrue(False, 'Parsing failure expected.')
except content.ParseException:
self.assertTrue(True)
def testEscapedStringParsing(self):
stream = 'some meaningful "spaced \\"value1" something else skippable ' \
'"double spaced value2" still more skip.'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]), 'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'spaced \\"value1')
start = len('some meaningful "spaced \\"value1" something else skippable ')
self.assertTrue(StringValueParser.is_applicable(stream[start]), 'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'double spaced value2')
start = len(stream) - 2
self.assertFalse(StringValueParser.is_applicable(stream[start]), 'Should not be parsable.')
def testEscapedStringParsing(self):
stream = 'some meaningful "spaced \\"value1" something else skippable ' \
'"double spaced value2" still more skip.'
start = len('some meaningful ')
self.assertTrue(StringValueParser.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'spaced \\"value1')
start = len(
'some meaningful "spaced \\"value1" something else skippable ')
self.assertTrue(StringValueParser.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = StringValueParser.parse(start, stream)
self.assertEqual(value, 'double spaced value2')
start = len(stream) - 2
self.assertFalse(StringValueParser.is_applicable(stream[start]),
'Should not be parsable.')
self.assertTrue(DefaultParser.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = DefaultParser.parse(start, stream)
self.assertEqual(value, 'value2')
def testEndStringParsing(self):
stream = 'some meaningful value1'
start = len('some meaningful ')
self.assertTrue(DefaultParser.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = DefaultParser.parse(start, stream)
self.assertEqual(value, 'value1')
STR_DOUBLE_QUOTE_PARSER = StringValueParser(start='"', end='"', escape='\\')
class Test_DQ_StringValueParser(TestCase):
def testStringParsing(self):
stream = 'some meaningful "spaced value1" something else skippable "double spaced value2"' \
'still more skip.'
start = len('some meaningful ')
self.assertTrue(STR_DOUBLE_QUOTE_PARSER.is_applicable(stream[start]),
'Should be parsable.')
_, value, _ = STR_DOUBLE_QUOTE_PARSER.parse(start, stream)
self.assertEqual(value, 'spaced value1')
start = len(
'some meaningful "spaced value1" something else skippable ')
