def test_parse_regular(self):
self.assert_parse_regular('abcd(48x51)efg', Element('abcd', 1),
'(48x51)efg')
self.assert_parse_regular('', Element('', 1), '')
self.assert_parse_regular('abcde', Element('abcde', 1), '')
def test_parse_marker(self):
element = Element([Element('abc', 1)], 51)
self.assert_parse_marker('(3x51)abcd', element, 'd')
self.assert_parse_marker('(0x51)', Element([], 51), '')
element = Element([Element('ab', 1)], 51)
self.assert_parse_marker('(2x51)ab', element, '')
def test_parse(self):
text = 'abcd(7x15)(1x11)efg(3x3)hijklm'
expected = Element([
Element('abcd', 1),
Element([Element([Element('e', 1)], 11)], 15),
Element('fg', 1),
Element([Element('hij', 1)], 3),
Element('klm', 1)
],
repeat=1)
self.assertEqual(self.comp.parse(text), expected)
def test_multi_nested(self):
element = Element([
Element('abcd', 1),
Element([Element([Element('e', 1)], 11)], 15),
Element('fg', 1),
Element([Element('hij', 1)], 3),
Element('klm', 1)
],
repeat=1)
combined = ''.join(['abcd', ('e' * 11) * 15, 'fg', 'hij' * 3, 'klm'])
self.assert_element(element, combined)
def test_parse_marker_data(self):
text = '(2x2)BCD(2x2)EFG'
marker = Marker(len(text) - 1, 3)
element = Element([
Element([Element('BC', 1)], 2),
Element('D', 1),
Element([Element('EF', 1)], 2)
],
repeat=3)
self.assert_parse_market_data(text, marker, element, 'G')
def test_flat(self):
self.assert_element(Element('abcd', 2), 'abcd' * 2)
def test_nested(self):
element = Element([Element('abcd', 2), Element('efg', 2)], repeat=1)
self.assert_element(element, 'abcd' * 2 + 'efg' * 2)
def test_parse_marker_data(self):
self.assert_parse_market_data('abcdefg', Marker(4, 3),
Element([Element('abcd', 1)], 3), 'efg')