def testPropertyTypes(self):
item = BeanItem(MyClass('bean1'))
self.assertTrue(int == item.getItemProperty('superPrivate').getType())
self.assertTrue(float == item.getItemProperty('superProtected').getType())
self.assertTrue(bool == item.getItemProperty('superPublic').getType())
self.assertTrue(str == item.getItemProperty('name').getType())
def testGetProperties(self):
item = BeanItem(MySuperClass())
itemPropertyIds = item.getItemPropertyIds()
self.assertEquals(3, len(itemPropertyIds))
self.assertTrue('superPrivate' in itemPropertyIds)
self.assertTrue('superProtected' in itemPropertyIds)
self.assertTrue('superPublic' in itemPropertyIds)
def testRemoveSuperProperty(self):
item = BeanItem(MyClass('bean1'))
itemPropertyIds = item.getItemPropertyIds()
self.assertEquals(6, len(itemPropertyIds))
item.removeItemProperty('superPrivate')
self.assertEquals(5, len(itemPropertyIds))
self.assertFalse(itemPropertyIds.contains('superPrivate'))
def testOverridingProperties(self):
item = BeanItem(MyClass2('bean2'))
itemPropertyIds = item.getItemPropertyIds()
self.assertEquals(6, len(itemPropertyIds))
self.assertTrue(MyClass2 == item.getBean().__class__)
# check that name2 accessed via MyClass2, not MyClass
self.assertFalse(item.getItemProperty('name2').isReadOnly())
def testGetSuperClassProperties(self):
item = BeanItem(self.MyClass('bean1'))
itemPropertyIds = item.getItemPropertyIds()
self.assertEquals(6, len(itemPropertyIds))
self.assertTrue('superPrivate' in itemPropertyIds)
self.assertTrue('superProtected' in itemPropertyIds)
self.assertTrue('superPublic' in itemPropertyIds)
self.assertTrue('name' in itemPropertyIds)
self.assertTrue('noField' in itemPropertyIds)
self.assertTrue('name2' in itemPropertyIds)
def testPropertyExplicitOrder2(self):
item = BeanItem(MyClass('bean1'),
['name', 'superPublic', 'name2', 'noField'])
it = iter(item.getItemPropertyIds())
self.assertEquals('name', it.next())
self.assertEquals('superPublic', it.next())
self.assertEquals('name2', it.next())
self.assertEquals('noField', it.next())
self.assertFalse(it.hasNext())
def testPropertyBadPropertyName(self):
ids = list()
ids.append('name3')
ids.append('name')
# currently silently ignores non-existent properties
item = BeanItem(MyClass('bean1'), ids)
it = iter(item.getItemPropertyIds())
self.assertEquals('name', it.next())
self.assertFalse(it.hasNext())
def testPropertyExplicitOrder(self):
ids = list()
ids.append('name')
ids.append('superPublic')
ids.append('name2')
ids.append('noField')
item = BeanItem(MyClass('bean1'), ids)
it = iter(item.getItemPropertyIds())
self.assertEquals('name', it.next())
self.assertEquals('superPublic', it.next())
self.assertEquals('name2', it.next())
self.assertEquals('noField', it.next())
self.assertFalse(it.hasNext())
def testAddRemoveProperty(self):
pd = MethodPropertyDescriptor('myname', MyClass,
getattr(MyClass, 'getName'),
getattr(MyClass, 'setName'))
item = BeanItem(self.MyClass('bean1'))
self.assertEquals(6, len(item.getItemPropertyIds()))
self.assertEquals(None, item.getItemProperty('myname'))
item.addItemProperty('myname', pd.createProperty(item.getBean()))
self.assertEquals(7, len(item.getItemPropertyIds()))
self.assertEquals('bean1', item.getItemProperty('myname').getValue())
item.removeItemProperty('myname')
self.assertEquals(6, len(item.getItemPropertyIds()))
self.assertEquals(None, item.getItemProperty('myname'))
def testPropertyReadOnly(self):
item = BeanItem(MyClass('bean1'))
self.assertFalse(item.getItemProperty('name').isReadOnly())
self.assertTrue(item.getItemProperty('name2').isReadOnly())
