def test_data_object_dict_fail_can_handle_invalid_tag(self):
'''Validate that can_handle fails using an invalid tag name'''
indentation = '''\
'''
TEST_XML = '''\
<bad_data_dictionary name="test_dictionary_xml">
<data name="name1">value1</data>
<data name="name2">value2</data>
<data name="name3">value3</data>
<data name="name4">value4</data>
<data name="name5">value5</data>
</bad_data_dictionary>
'''.replace(indentation, "")
# Parse the XML into an XML tree.
xml_tree = etree.fromstring(TEST_XML)
self.assertFalse(
DataObjectDict.can_handle(xml_tree),
"can_handle returned True when given a bad tag: %s" % (TEST_XML))
def test_data_object_dict_val_attr_fail_can_handle_invalid_tag(self):
'''Validate that can_handle fails using an invalid value attr name'''
indentation = '''\
'''
TEST_XML = '''\
<data_dictionary name="test_dictionary_xml">
<data name="name1" bad_value="value1"/>
<data name="name2" bad_value="value2"/>
<data name="name3" bad_value="value3"/>
<data name="name4" bad_value="value4"/>
<data name="name5" bad_value="value5"/>
</data_dictionary>
'''.replace(indentation, "")
# Parse the XML(value attr) into an XML tree.
xml_tree = etree.fromstring(TEST_XML)
self.assertFalse(
DataObjectDict.can_handle(xml_tree),
"can_handle returned True when given a bad value attr: %s" %
(TEST_XML))
def test_data_object_dict_val_attr_xml_default_no_name(self):
'''Validate that from_xml() imports XML(value attr) if no name for tag
'''
# Set expected xml, and compensate for indent
indentation = '''\
'''
TEST_XML = '''\
<data_dictionary>
<data name="name1" value="value1"/>
<data name="name2" value="value2"/>
<data name="name3" value="value3"/>
<data name="name4" value="value4"/>
<data name="name5" value="value5"/>
</data_dictionary>
'''.replace(indentation, "")
# Parse the XML(value attr) into an XML tree.
xml_tree = etree.fromstring(TEST_XML)
if DataObjectDict.can_handle(xml_tree):
new_obj = DataObjectDict.from_xml(xml_tree)
self.assertTrue(new_obj != None,
"Failed to create DataObjectDict from XML")
self.assertEquals(new_obj.name, None,
"new object's name is not None.")
self.assertEquals(type(new_obj.data_dict), dict,
"new object's data_dict is not a data_dict.")
self.assertEquals(new_obj.data_dict["name1"], "value1",
"new object's name1 doesn't have correct value")
self.assertEquals(new_obj.data_dict["name2"], "value2",
"new object's name2 doesn't have correct value")
self.assertEquals(new_obj.data_dict["name3"], "value3",
"new object's name3 doesn't have correct value")
self.assertEquals(new_obj.data_dict["name4"], "value4",
"new object's name4 doesn't have correct value")
self.assertEquals(new_obj.data_dict["name5"], "value5",
"new object's name5 doesn't have correct value")
else:
self.fail("can_handle returned False, expected True!")