def _run_single(self, xml, obj):
# Parse raw XML to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree(xml))
# Assert XML parses to particular Python object
self.assertEqual(obj, result, 'parsed XML: %s' % result)
def test(self, xml, obj):
# Parse raw XML to an object
result = parse_any(xml_to_tupletree(xml))
self.log('parsed XML: %s' % result)
# Assert XML parses to particular Python object
self.assert_equal(obj, result)
def test(self, xml, obj):
# Parse raw XML to an object
result = parse_any(xml_to_tupletree(xml))
self.log('parsed XML: %s' % result)
# Assert XML parses to particular Python object
self.assert_equal(obj, result)
def _run_single(self, xml, obj):
# Parse raw XML to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree(xml))
# Assert XML parses to particular Python object
self.assertEqual(obj, result,
'parsed XML: %s' % result)
def _run_single(self, xml, obj):
"""
Parse the xml parameter to an object and compare it with the obj
parameter
"""
# Parse raw XML to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree_sax(xml))
# Assert XML parses to particular Python object
self.assertEqual(obj, result, 'parsed XML: %s' % result)
def _run_single(self, xml, obj):
"""
Parse the xml parameter to an object and compare it with the obj
parameter
"""
# Parse raw XML to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree_sax(xml))
# Assert XML parses to particular Python object
self.assertEqual(obj, result,
'parsed XML: %s' % result)
def _run_single(self, obj):
# Convert object to xml
xml = obj.tocimxml().toxml()
# Parse back to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree(xml))
# Assert that the before and after objects should be equal
self.assertEqual(obj, result,
'\nbefore: %s\nafter: %s' %\
(xml, result.tocimxml().toxml()))
def test(self, obj):
# Convert object to xml
xml = obj.tocimxml().toxml()
self.log('before: %s' % xml)
# Parse back to an object
result = parse_any(xml_to_tupletree(xml))
self.log('after: %s' % result.tocimxml().toxml())
# Assert that the before and after objects should be equal
self.assert_equal(obj, result)
def test(self, obj):
# Convert object to xml
xml = obj.tocimxml().toxml()
self.log('before: %s' % xml)
# Parse back to an object
result = parse_any(xml_to_tupletree(xml))
self.log('after: %s' % result.tocimxml().toxml())
# Assert that the before and after objects should be equal
self.assert_equal(obj, result)
def _run_single(self, obj):
# Convert object to xml
xml = obj.tocimxml().toxml()
# Parse back to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree(xml))
# Assert that the before and after objects should be equal
self.assertEqual(obj, result,
'\nbefore: %s\nafter: %s' %\
(xml, result.tocimxml().toxml()))
def _run_single(self, obj):
"""
Execute the test on a single object. This test converts the object to
xml and then parses it. The result must be the same as the original
object.
"""
# Convert object to xml
xml = obj.tocimxml().toxml()
# Parse back to an object
result = tupleparse.parse_any(tupletree.xml_to_tupletree_sax(xml))
# Assert that the before and after objects should be equal
self.assertEqual(obj, result,
'\nbefore: %s\nafter: %s' %
(xml, result.tocimxml().toxml()))