def test_morph_police(self):
self.device.setColor("black")
self.device.morph(colorToRGB("red"), 200)
self.device.morph(colorToRGB("blue"), 200)
self.device.morph(colorToRGB("red"), 200)
self.device.morph(colorToRGB("blue"), 200)
self.device.morph(colorToRGB("off"), 200)
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("off"), curr_rgb)
class TestPattern(TestCase):
red: Final = colorToRGB("red")
green: Final = colorToRGB("green")
blue: Final = colorToRGB("blue")
def test_immutable(self):
pattern = Pattern()
pattern.addColorAndDuration(self.red, 100)
pattern = Pattern()
self.assertEqual(0, len(pattern))
def test_add_color_and_duration(self):
pattern = Pattern()
pattern.addColorAndDuration(self.red, 100)
self.assertEqual((self.red, 100), (pattern.getPattern()[0].color, pattern.getPattern()[0].duration))
def test_add_color_and_durations(self):
pattern = Pattern()
pattern.addColorAndDuration(self.red, 100)
pattern.addColorAndDuration(self.green, 200)
self.assertEqual([(self.red, 100), (self.green, 200)],
list(map(lambda cd: (cd.color, cd.duration), pattern.getPattern())))
def test_add_color_and_durations_max(self):
pattern = Pattern()
for i in range(0, Pattern.MAX_BUFFER_SIZE):
pattern.addColorAndDuration(self.red, 100)
self.assertEqual(Pattern.MAX_BUFFER_SIZE, len(pattern))
def test_add_color_and_durations_over_max(self):
pattern = Pattern()
for i in range(0, Pattern.MAX_BUFFER_SIZE+1):
pattern.addColorAndDuration(self.red, 100)
self.assertEqual(Pattern.MAX_BUFFER_SIZE, len(pattern))
def test_get_pattern_empty(self):
pattern = Pattern()
self.assertEqual([], pattern.getPattern())
def test_get_pattern_many(self):
pattern = Pattern()
pattern.addColorAndDuration(self.red, 1)
p = pattern.getPattern()
self.assertEqual([(self.red, 1)], list(map(lambda cd: (cd.color, cd.duration), p)))
def test_get_pattern_immutable(self):
p1 = Pattern()
p1.addColorAndDuration(self.red, 1)
p2 = Pattern()
self.assertEqual([], p2.getPattern())
self.assertEqual([(self.red, 1)], list(map(lambda cd: (cd.color, cd.duration), p1.getPattern())))
def test_get_int_pattern_empty(self):
p = Pattern()
self.assertEqual([0] * Pattern.PATTERN_BUFFER_BYTE_LENGTH, p.getIntPattern())
def test_get_int_pattern(self):
p = Pattern()
p.addColorAndDuration(self.red, 100)
self.assertEqual([1, 255, 0, 0, 10, 0, 0], p.getIntPattern()[:7])
def test_get_int_pattern2(self):
p = Pattern()
p.addColorAndDuration(self.red, 100)
p.addColorAndDuration(self.green, 100)
self.assertEqual([2,
255, 0, 0, 10,
0, 255, 0, 10], p.getIntPattern()[:9])
def test_get_int_pattern_duration(self):
p = Pattern()
p.addColorAndDuration(self.red, 9)
self.assertEqual([1, 255, 0, 0, 1], p.getIntPattern()[:5])
def test_get_int_pattern_duration2(self):
p = Pattern()
p.addColorAndDuration(self.red, 4)
self.assertEqual([1, 255, 0, 0, 0], p.getIntPattern()[:5])
def test_blink_bad(self):
with self.assertRaises(RangeIntException):
self.device.blink(colorToRGB("green"), 0, -2)
def test_morph_bad(self):
with self.assertRaises(RangeIntException):
self.device.morph(colorToRGB("green"), -1, -2)
def test_pulse_bad3(self):
with self.assertRaises(RangeIntException):
self.device.pulse(colorToRGB("green"), 1, 1, -1)
def test_pulse_two(self):
self.device.turnOff()
self.device.pulse(colorToRGB("green"), 2, 500)
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("off"), curr_rgb)
def test_pulse(self):
self.device.turnOff()
self.device.pulse(colorToRGB("red"))
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("off"), curr_rgb)
def test_morph_blue_red(self):
self.device.setColor("blue")
self.device.morph(colorToRGB("red"), 1000)
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("red"), curr_rgb)
def test_blink_twice(self):
self.device.blink(colorToRGB("blue"), 2, 50)
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("off"), curr_rgb)
def test_blink(self):
self.device.blink(colorToRGB("red"), 1, 50)
curr_rgb = self.device.getColor()
self.assertEqual(colorToRGB("off"), curr_rgb)