def test_equals(self, test):
one = StateSet(*os)
two = StateSet(*os)
if not one.equals(two):
test.fail("Same states not found equal")
two.remove(pyatspi.STATE_PRESSED)
if two.equals(one):
test.fail("Unequal states found equal")
def test_compare(self, test):
one = StateSet(*os)
two = StateSet(*os)
onemtwo = one.compare(two)
if not onemtwo.isEmpty():
test.fail("Equal states when compared yeilds non-empty state")
one.add(pyatspi.STATE_ACTIVE)
onemtwo = one.compare(two)
act = StateSet(pyatspi.STATE_ACTIVE)
if not onemtwo.equals(act):
test.fail("Compared states do not yeild correct state")
def test_isEmpty(self, test):
emp = StateSet()
if not emp.isEmpty():
test.fail("Empty state found non-empty")
emp.add(pyatspi.STATE_PRESSED)
if emp.isEmpty():
test.fail("State incorrectly found empty")
def test_getStates(self, test):
state = StateSet(*os)
states = state.getStates()
cone = set(states)
ctwo = set(os)
if not (cone.issubset(ctwo) and ctwo.issubset(cone)):
test.fail("States not reported correctly")
def test_remove(self, test):
state = StateSet(*os)
state.remove(pyatspi.STATE_PRESSED)
if state.contains(pyatspi.STATE_PRESSED):
test.fail("State not removed")
def test_add(self, test):
state = StateSet()
state.add(pyatspi.STATE_PRESSED)
if not state.contains(pyatspi.STATE_PRESSED):
test.fail("State not added")
def test_contains(self, test):
state = StateSet(*os)
if not state.contains(pyatspi.STATE_PRESSED):
test.fail("Does not find contained state")
if state.contains(pyatspi.STATE_ACTIVE):
test.fail("Finds state not contained")
def test_getState(self, test):
root = self._root
state = root.getState()
res = StateSet(*st)
if not res.equals(state):
test.fail("States not reported correctly")
def getState(self):
return StateSet()
def getState(self):
ss = StateSet()
ss.add(STATE_SHOWING)
return ss
