def testTypedfWithouNamespace(self):
self._called = None
o = PySideCPP.TestObjectWithNamespace(None)
o.emitSignalWithTypedef.connect(self.callback)
o.emitSignalWithTypedef.emit(10)
self.assertEqual(10, self._called)
self._called = None
o = PySideCPP.TestObjectWithNamespace(None)
o.emitSignalWithTypedef.connect(self.callback)
o.callSignalWithTypedef(10)
self.assertEqual(10, self._called)
def testWithNamespace(self):
self._called = None
o = PySideCPP.TestObjectWithNamespace(None)
o.emitSignalWithNamespace.connect(self.callback)
o.emitSignalWithNamespace.emit(o)
self.assertTrue(o == self._called)
self._called = None
o = PySideCPP.TestObjectWithNamespace(None)
o.emitSignalWithNamespace.connect(self.callback)
o.callSignalWithNamespace(o)
self.assertTrue(o == self._called)
def testReprInject(self):
"""Test that injecting __repr__ via typesystem overrides the operator<<(QDebug, ...)"""
t = PySideCPP.TestObject2WithNamespace(None)
# We don't define __str__, so str(q) should call __repr__
self.assertEqual(t.__repr__(), str(t))
# __repr__ should use the operator<<(QDebug,...) implementation
self.assertEqual(str(t), "TestObject2WithNamespace(injected_repr)")
def testReprWithNamespace(self):
"""Test that classes inside a namespace that have a operator<<(QDebug,...) defined use that
for __repr__"""
t = PySideCPP.TestObjectWithNamespace(None)
# We don't define __str__, so str(q) should call __repr__
self.assertEqual(t.__repr__(), str(t))
# __repr__ should use the operator<<(QDebug,...) implementation
self.assertIn('TestObjectWithNamespace("TestObjectWithNamespace")',
str(t))