def testHasProxy(self):
"""ModelTest: Test hasProxy()"""
# Create proxies
model1 = Model.getInstance(self.KEY1)
model2 = Model.getInstance(self.KEY2)
proxy1 = Proxy("aces", ["clubs", "spades", "hearts", "diamonds"])
proxy2 = Proxy("directions", ["north", "south", "east", "west"])
# Register proxies
model1.registerProxy(proxy1)
model2.registerProxy(proxy2)
self.assertEqual(True, model1.hasProxy('aces'))
self.assertEqual(False, model2.hasProxy('aces'))
self.assertEqual(True, model2.hasProxy('directions'))
self.assertEqual(False, model1.hasProxy('directions'))
# Remove proxies
model1.removeProxy('aces')
model2.removeProxy('directions')
self.assertEqual(False, model1.hasProxy('aces'))
self.assertEqual(False, model2.hasProxy('directions'))
def __init__(self, data=None):
Proxy.__init__(self, self.NAME, _prefs.prefs)
# load saved config
self.load('config.xml')
# export prefs instance into model module
model.prefs = self
def testDataAccessors(self):
"""ProxyTest: Test Data Accessors"""
prxy = Proxy('colors')
prxy.setData(['red', 'green', 'blue'])
data = prxy.getData()
self.assertEqual(True, len(data) == 3)
self.assertEqual(True, data[0] == 'red')
self.assertEqual(True, data[1] == 'green')
self.assertEqual(True, data[2] == 'blue')
def testDataAccessors(self):
"""ProxyTest: Test Data Accessors"""
prxy = Proxy('colors')
prxy.setData(['red', 'green', 'blue'])
data = prxy.getData()
self.assertEqual(True, len(data) == 3)
self.assertEqual(True, data[0] == 'red')
self.assertEqual(True, data[1] == 'green')
self.assertEqual(True, data[2] == 'blue')
def testConstructor(self):
"""ProxyTest: Test Constructor"""
prxy = Proxy('colors', ['red', 'green', 'blue'])
data = prxy.getData()
self.assertEqual(True, prxy is not None)
self.assertEqual(True, prxy.getProxyName() == 'colors')
self.assertEqual(True, len(data) == 3)
self.assertEqual(True, data[0] == 'red')
self.assertEqual(True, data[1] == 'green')
self.assertEqual(True, data[2] == 'blue')
def testConstructor(self):
"""ProxyTest: Test Constructor"""
prxy = Proxy('colors', ['red', 'green', 'blue'])
data = prxy.getData()
self.assertEqual(True, prxy is not None)
self.assertEqual(True, prxy.getProxyName() == 'colors')
self.assertEqual(True, len(data) == 3)
self.assertEqual(True, data[0] == 'red')
self.assertEqual(True, data[1] == 'green')
self.assertEqual(True, data[2] == 'blue')
def testEmptyData(self):
"""ProxyTest: Test Constructor with not-null empty data"""
values = ["", (), []]
for value in values:
proxy = Proxy("empty", value)
self.assertEqual(proxy.data, value)
def testRegisterAndRemoveProxy(self):
"""ModelTest: Test registerProxy() and removeProxy()"""
model = Model.getInstance(self.KEY1)
testProxy = Proxy('sizes', ['7', '13', '21'])
model.registerProxy(testProxy)
removedProxy = model.removeProxy('sizes')
self.assertEqual(True, removedProxy.getProxyName() == 'sizes')
testProxy = model.retrieveProxy('sizes')
self.assertEqual(None, testProxy)
def testRegisterAndRetrieveProxy(self):
"""ModelTest: Test registerProxy() and retrieveProxy()"""
model = Model.getInstance(self.KEY1)
model.registerProxy(Proxy('colors', ['red', 'green', 'blue']))
testProxy = model.retrieveProxy('colors')
data = testProxy.getData()
self.assertNotEqual(None, data)
self.assertEqual(True, isinstance(data, list))
self.assertEqual(True, len(data) == 3)
self.assertEqual(True, data[0] == 'red')
self.assertEqual(True, data[1] == 'green')
self.assertEqual(True, data[2] == 'blue')
def testNameAccessor(self):
"""ProxyTest: Test Name Accessor"""
prxy = Proxy('TestProxy')
self.assertEqual(True, prxy.getProxyName() == 'TestProxy')
def testNameAccessor(self):
"""ProxyTest: Test Name Accessor"""
prxy = Proxy('TestProxy')
self.assertEqual(True, prxy.getProxyName() == 'TestProxy')
def testHasMultitonKey(self):
"""ProxyTest: has multiton key"""
prxy = Proxy("multitonKey")
self.assertTrue(hasattr(prxy, "multitonKey"))
def __init__(self):
Proxy.__init__(self, PrefsProxy.NAME, model.Prefs)
def __init__(self):
Proxy.__init__(self, EnvProxy.NAME)
def __getattr__(self, name):
try:
return self.data.__getattribute__(name)
except:
return Proxy.__getattribute__(self, name)