def testLiteralAttributes(self):
view = self.view
"""Test basic features of literal attributes"""
kind = view.findPath('//Schema/Core/Kind')
itemKind = view.findPath('//Schema/Core/Item')
self.assert_(itemKind is not None)
attrKind = view.findPath('//Schema/Core/Attribute')
self.assert_(attrKind is not None)
stringType = view.findPath('//Schema/Core/String')
self.assert_(stringType is not None)
attr = attrKind.newItem('testAttr', itemKind, type=stringType)
itemKind.attributes.add(attr, 'testAttr')
self.assert_(itemKind.getAttribute('testAttr', True) is not None)
kind1 = Kind('kind1', view, kind)
self.assert_(kind1 is not None)
item1 = Item('item1', view, itemKind)
self.assert_(item1 is not None)
#Test hasAttributeAspect and getAttributeAspect
self.assert_(
kind1.hasAttributeAspect('attributes', 'cardinality') and
kind1.getAttributeAspect('attributes', 'cardinality') == 'list')
self.assert_(
kind1.hasAttributeAspect('superKinds', 'cardinality') and
kind1.getAttributeAspect('superKinds', 'cardinality') == 'list')
self.assert_(
kind1.hasAttributeAspect('classes', 'cardinality')
and kind1.getAttributeAspect('classes', 'cardinality') == 'dict')
# up to here testAttr is an unset Chandler attribute
self.failUnlessRaises(AttributeError, lambda: item1.testAttr)
# now set the attribute
item1.setAttributeValue('testAttr', u'myName')
self.assertEquals(item1.testAttr, u'myName')
#test __getattr__ and getAttributeValue() access
self.assertEquals(item1.testAttr, item1.getAttributeValue('testAttr'))
# now remove attribute value
item1.removeAttributeValue('testAttr')
self.failUnlessRaises(AttributeError, lambda: item1.testAttr)
#TODO need a test for list valued literal attribute
# test dict valued literal attribute
self.assert_(kind.classes['python'] is not None)
def testLiteralAttributes(self):
view = self.view
"""Test basic features of literal attributes"""
kind = view.findPath('//Schema/Core/Kind')
itemKind = view.findPath('//Schema/Core/Item')
self.assert_(itemKind is not None)
attrKind = view.findPath('//Schema/Core/Attribute')
self.assert_(attrKind is not None)
stringType = view.findPath('//Schema/Core/String')
self.assert_(stringType is not None)
attr = attrKind.newItem('testAttr', itemKind, type=stringType)
itemKind.attributes.add(attr, 'testAttr')
self.assert_(itemKind.getAttribute('testAttr', True) is not None)
kind1 = Kind('kind1', view, kind)
self.assert_(kind1 is not None)
item1 = Item('item1', view, itemKind)
self.assert_(item1 is not None)
#Test hasAttributeAspect and getAttributeAspect
self.assert_(kind1.hasAttributeAspect('attributes','cardinality') and
kind1.getAttributeAspect('attributes','cardinality') == 'list')
self.assert_(kind1.hasAttributeAspect('superKinds','cardinality') and
kind1.getAttributeAspect('superKinds','cardinality') == 'list')
self.assert_(kind1.hasAttributeAspect('classes','cardinality') and
kind1.getAttributeAspect('classes','cardinality') == 'dict')
# up to here testAttr is an unset Chandler attribute
self.failUnlessRaises(AttributeError, lambda: item1.testAttr)
# now set the attribute
item1.setAttributeValue('testAttr', u'myName')
self.assertEquals(item1.testAttr, u'myName')
#test __getattr__ and getAttributeValue() access
self.assertEquals(item1.testAttr, item1.getAttributeValue('testAttr'))
# now remove attribute value
item1.removeAttributeValue('testAttr')
self.failUnlessRaises(AttributeError, lambda: item1.testAttr)
#TODO need a test for list valued literal attribute
# test dict valued literal attribute
self.assert_(kind.classes['python'] is not None)
