def test_set_absinfo(self):
l = Libevdev(self.fd)
real_a = l.absinfo("ABS_Y")
a = l.absinfo("ABS_Y")
a["minimum"] = 100
a["maximum"] = 200
a["fuzz"] = 300
a["flat"] = 400
a["resolution"] = 500
a["value"] = 600
a = l.absinfo("ABS_Y", new_values=a)
self.assertEqual(a["minimum"], 100)
self.assertEqual(a["maximum"], 200)
self.assertEqual(a["fuzz"], 300)
self.assertEqual(a["flat"], 400)
self.assertEqual(a["resolution"], 500)
self.assertEqual(a["value"], 600)
l2 = Libevdev(self.fd)
a2 = l2.absinfo("ABS_Y")
self.assertNotEqual(a["minimum"], real_a["minimum"])
self.assertNotEqual(a["maximum"], real_a["maximum"])
self.assertNotEqual(a["fuzz"], real_a["fuzz"])
self.assertNotEqual(a["flat"], real_a["flat"])
self.assertNotEqual(a["resolution"], real_a["resolution"])
self.assertEqual(a2["value"], real_a["value"])
self.assertEqual(a2["minimum"], real_a["minimum"])
self.assertEqual(a2["maximum"], real_a["maximum"])
self.assertEqual(a2["fuzz"], real_a["fuzz"])
self.assertEqual(a2["flat"], real_a["flat"])
self.assertEqual(a2["resolution"], real_a["resolution"])
self.assertEqual(a2["value"], real_a["value"])
def test_absinfo(self):
l = Libevdev(self.fd)
a = l.absinfo("ABS_Y")
self.assertTrue("minimum" in a)
self.assertTrue("maximum" in a)
self.assertTrue("resolution" in a)
self.assertTrue("fuzz" in a)
self.assertTrue("flat" in a)
self.assertTrue("value" in a)
def test_slot_value(self):
l = Libevdev(self.fd)
a = l.absinfo("ABS_MT_POSITION_X")
v = l.slot_value(l.current_slot, "ABS_MT_POSITION_X")
self.assertLessEqual(a["minimum"], v)
self.assertGreaterEqual(a["maximum"], v)
def test_set_absinfo_invalid(self):
l = Libevdev(self.fd)
with self.assertRaises(ValueError):
l.absinfo("REL_X")
