def testKramer602Listener(self):
port = MockSerialPort()
port.read = MagicMock(return_value=[chr(0x28), chr(0x81)]) # Notification that input 1 sent to output 1
k = Kramer602("Test", port)
c = Controller()
c.addDevice(k)
kl = Kramer602Listener("TestListener", k.deviceID, c, machineNumber=1)
dispatcher = NullDispatcher()
dispatcher.updateOutputMappings = MagicMock()
kl.registerDispatcher(dispatcher)
kl.start()
threading.Event().wait(0.1)
kl.stop()
dispatcher.updateOutputMappings.assert_called_with({'Test': {1: 1}})
port = MockSerialPort()
port.read = MagicMock(return_value=[chr(0x28), chr(0x8A)]) # Notification that input 5 sent to output 2
k = Kramer602("Test", port)
c = Controller()
c.addDevice(k)
kl = Kramer602Listener("TestListener", k.deviceID, c, machineNumber=1)
dispatcher = NullDispatcher()
dispatcher.updateOutputMappings = MagicMock()
kl.registerDispatcher(dispatcher)
kl.start()
threading.Event().wait(0.1)
kl.stop()
dispatcher.updateOutputMappings.assert_called_with({'Test': {2: 5}})
def testGetPosition(self):
port = MockSerialPort()
cam = VISCACamera("Test Camera", port, 1)
port.setDataForRead([
chr(0x10),
chr(0x50),
chr(0x01),
chr(0x02),
chr(0x03),
chr(0x04),
chr(0x0A),
chr(0x0B),
chr(0x0C),
chr(0x0D),
chr(0xFF)
])
pos = cam.getPosition()
self.assertEqual(pos.pan, 0x1234)
self.assertEqual(pos.tilt, 0xABCD)
self.assertEqual(
pos.zoom, 0x1234
) # This is a bit of a hack since getPosition() results in two calls to port.read()
def testSerialDevice(self):
port = MockSerialPort()
port.portstr = "TESTPORT"
device = SerialDevice("Test", port)
port.write = MagicMock(side_effect=SerialException("Test serial exception"))
device.sendCommand("\x01")
self.assertEqual(port.write.call_count, 2)
def testSetAperture(self):
port = MockSerialPort()
cam = VISCACamera("Test Camera", port, 1)
cam.setAperture(Aperture.F28)
self.assertBytesEqual([0x81, 0x01, 0x04, 0x4B, 0x00, 0x00, 0x00, 0x01, 0xFF], port.bytes)
port.clear()
cam.setAperture(Aperture.F1_8)
self.assertBytesEqual([0x81, 0x01, 0x04, 0x4B, 0x00, 0x00, 0x01, 0x01, 0xFF], port.bytes)
def testSerialDevice(self):
port = MockSerialPort()
port.portstr = "TESTPORT"
device = SerialDevice("Test", port)
port.write = MagicMock(
side_effect=SerialException("Test serial exception"))
device.sendCommand("\x01")
self.assertEqual(port.write.call_count, 2)
def testGetPosition(self):
port = MockSerialPort()
cam = VISCACamera("Test Camera", port, 1)
port.setDataForRead([chr(0x10), chr(0x50), chr(0x01), chr(0x02), chr(0x03), chr(0x04), chr(0x0A), chr(0x0B), chr(0x0C), chr(0x0D), chr(0xFF)])
pos = cam.getPosition()
self.assertEqual(pos.pan, 0x1234)
self.assertEqual(pos.tilt, 0xABCD)
self.assertEqual(pos.zoom, 0x1234) # This is a bit of a hack since getPosition() results in two calls to port.read()
def testSetAperture(self):
port = MockSerialPort()
cam = VISCACamera("Test Camera", port, 1)
cam.setAperture(Aperture.F28)
self.assertBytesEqual(
[0x81, 0x01, 0x04, 0x4B, 0x00, 0x00, 0x00, 0x01, 0xFF], port.bytes)
port.clear()
cam.setAperture(Aperture.F1_8)
self.assertBytesEqual(
[0x81, 0x01, 0x04, 0x4B, 0x00, 0x00, 0x01, 0x01, 0xFF], port.bytes)
def testInline3808(self):
port = MockSerialPort()
inline = Inline3808("Test", port)
inline.initialise()
self.assertEqual(list("[CNF290000]"), port.bytes)
port.clear()
inline.sendInputToOutput(3, 2)
self.assertEqual(list("[PT1O02I03]"), port.bytes)
def testInline3808(self):
port = MockSerialPort()
inline = Inline3808("Test", port)
inline.initialise()
self.assertEqual(list("[CNF290000]"), port.bytes)
port.clear()
inline.sendInputToOutput(3, 2)
self.assertEqual(list("[PT1O02I03]"), port.bytes)
def testKramerVP88(self):
port = MockSerialPort()
vp88 = KramerVP88("Test", port)
vp88.initialise()
self.assertBytesEqual([
0x05, 0x80, 0x81, 0x81, 0x05, 0x80, 0x82, 0x81, 0x05, 0x80, 0x83,
0x81, 0x05, 0x80, 0x84, 0x81, 0x05, 0x80, 0x85, 0x81, 0x05, 0x80,
0x86, 0x81, 0x05, 0x80, 0x87, 0x81, 0x05, 0x80, 0x88, 0x81
], port.bytes)
port.clear()
vp88.sendInputToOutput(2, 8)
self.assertBytesEqual([0x01, 0x82, 0x88, 0x81], port.bytes)
def testKramer602(self):
port = MockSerialPort()
k602 = Kramer602("Test", port)
k602.initialise()
self.assertBytesEqual([0x0, 0xA1], port.bytes)
port.clear()
k602.sendInputToOutput(2, 1)
self.assertBytesEqual([0x0, 0x83], port.bytes)
port.clear()
k602.sendInputToOutput(1, 2)
self.assertBytesEqual([0x0, 0x82], port.bytes)
def testKMtronicSerialRelayCard(self):
port = MockSerialPort()
card = KMtronicSerialRelayCard("Test", port)
card.initialise()
self.assertEqual([], port.bytes)
card.on(1)
self.assertEqual(['\xFF', '\x01', '\x01'], port.bytes)
port.clear()
channel = card.createDevice("channel", 2)
channel.on()
self.assertEqual(['\xFF', '\x02', '\x01'], port.bytes)
port.clear()
channel.off()
self.assertEqual(['\xFF', '\x02', '\x00'], port.bytes)
def testKramerVP88(self):
port = MockSerialPort()
vp88 = KramerVP88("Test", port)
vp88.initialise()
self.assertBytesEqual([0x05, 0x80, 0x81, 0x81,
0x05, 0x80, 0x82, 0x81,
0x05, 0x80, 0x83, 0x81,
0x05, 0x80, 0x84, 0x81,
0x05, 0x80, 0x85, 0x81,
0x05, 0x80, 0x86, 0x81,
0x05, 0x80, 0x87, 0x81,
0x05, 0x80, 0x88, 0x81], port.bytes)
port.clear()
vp88.sendInputToOutput(2, 8)
self.assertBytesEqual([0x01, 0x82, 0x88, 0x81], port.bytes)
def testKramer602(self, logging):
port = MockSerialPort()
k602 = Kramer602("Test", port)
k602.initialise()
self.assertBytesEqual([0x0, 0xA1], port.bytes)
port.clear()
k602.sendInputToOutput(2, 1)
self.assertBytesEqual([0x0, 0x83], port.bytes)
port.clear()
k602.sendInputToOutput(1, 2)
self.assertBytesEqual([0x0, 0x82], port.bytes)
k602.sendInputToOutput(2, 3)
logging.error.assert_called_once_with("Output channel 3 does not exist on switcher Test")
def testKramerVP88Listener(self):
port = MockSerialPort()
port.read = MagicMock(return_value=[
chr(0x41), chr(0x82), chr(0x83),
chr(0x81)
]) # Notification that input 2 sent to output 3
k = KramerVP88("Test", port)
c = Controller()
c.addDevice(k)
kl = KramerVP88Listener("TestListener", k.deviceID, c, machineNumber=1)
dispatcher = NullDispatcher()
dispatcher.updateOutputMappings = MagicMock()
kl.registerDispatcher(dispatcher)
kl.start()
threading.Event().wait(0.1)
kl.stop()
dispatcher.updateOutputMappings.assert_called_with({'Test': {3: 2}})
def testUnisonDevice(self):
port = MockSerialPort()
unison = UnisonDevice("Test", port)
activate = unison.activate("Test.Test.Preset1")
self.assertBytesEqual([0xEE, 25, 0, 0, 0x40,
ord('T'), ord('e'), ord('s'), ord('t'), ord('.'),
ord('T'), ord('e'), ord('s'), ord('t'), ord('.'),
ord('P'), ord('r'), ord('e'), ord('s'), ord('e'), ord('t'), ord('1'), ord('.'),
ord('A'), ord('C'), ord('T'), ord('I'),
0, 0], port.bytes)
self.assertEquals(29, activate)
port.clear()
deact = unison.deactivate("Test.Test.Preset2")
self.assertBytesEqual([0xEE, 25, 0, 0, 0x40,
ord('T'), ord('e'), ord('s'), ord('t'), ord('.'),
ord('T'), ord('e'), ord('s'), ord('t'), ord('.'),
ord('P'), ord('r'), ord('e'), ord('s'), ord('e'), ord('t'), ord('2'), ord('.'),
ord('D'), ord('A'), ord('C'), ord('T'),
0, 0], port.bytes)
self.assertEquals(29, deact)
def testJBSerialRelayCard(self):
port = MockSerialPort()
card = JBSerialRelayCard("Test", port)
card.initialise()
self.assertEqual([], port.bytes)
port.clear()
card.on(1)
self.assertEqual(['\x32'], port.bytes)
port.clear()
channel = card.createDevice("channel", 2)
channel.on()
self.assertEqual(['\x34'], port.bytes)
port.clear()
channel.off()
self.assertEqual(['\x35'], port.bytes)
def testKramerVP703(self):
port = MockSerialPort()
vp703 = KramerVP703("Test", port)
vp703.initialise()
self.assertEqual(list(b"Overscan = 1\r\n"), port.bytes)
port.clear()
vp703.overscanOff()
self.assertEqual(list(b"Overscan = 0\r\n"), port.bytes)
port.clear()
vp703.freeze()
self.assertEqual(list(b"Image Freeze = 1\r\n"), port.bytes)
port.clear()
vp703.unfreeze()
self.assertEqual(list(b"Image Freeze = 0\r\n"), port.bytes)
def testKramerVP703(self):
port = MockSerialPort()
vp703 = KramerVP703("Test", port)
vp703.initialise()
self.assertEqual(list(b"Overscan = 1\r\n"), port.bytes)
port.clear()
vp703.overscanOff()
self.assertEqual(list(b"Overscan = 0\r\n"), port.bytes)
port.clear()
vp703.freeze()
self.assertEqual(list(b"Image Freeze = 1\r\n"), port.bytes)
port.clear()
vp703.unfreeze()
self.assertEqual(list(b"Image Freeze = 0\r\n"), port.bytes)
port.clear()
vp703.recalibrate()
self.assertEqual(list(b"AutoTrack = 1\r\n"), port.bytes)
def testJBSerialRelayCard(self):
port = MockSerialPort()
card = JBSerialRelayCard("Test", port)
card.initialise()
self.assertEqual([], port.bytes)
port.clear()
card.on(1)
self.assertEqual(['\x32'], port.bytes)
port.clear()
channel = card.createDevice("channel", 2)
channel.on()
self.assertEqual(['\x34'], port.bytes)
port.clear()
channel.off()
self.assertEqual(['\x35'], port.bytes)
def testKramer602(self):
port = MockSerialPort()
k602 = Kramer602("Test", port)
k602.initialise()
self.assertBytesEqual([0x0, 0xA1], port.bytes)
port.clear()
k602.sendInputToOutput(2, 1)
self.assertBytesEqual([0x0, 0x83], port.bytes)
port.clear()
k602.sendInputToOutput(1, 2)
self.assertBytesEqual([0x0, 0x82], port.bytes)
def testKMtronicSerialRelayCard(self):
port = MockSerialPort()
card = KMtronicSerialRelayCard("Test", port)
card.initialise()
self.assertEqual([], port.bytes)
card.on(1)
self.assertEqual(['\xFF', '\x01', '\x01'], port.bytes)
port.clear()
channel = card.createDevice("channel", 2)
channel.on()
self.assertEqual(['\xFF', '\x02', '\x01'], port.bytes)
port.clear()
channel.off()
self.assertEqual(['\xFF', '\x02', '\x00'], port.bytes)
def testICStationSerialRelayCard(self):
port = MockSerialPort()
card = ICStationSerialRelayCard("Test", port)
card.initialise()
self.assertEqual(['\x50', '\x51', '\xff'], port.bytes)
port.clear()
card.initialise()
self.assertEqual([], port.bytes)
card.on(1)
self.assertEqual(['\xfe'], port.bytes)
port.clear()
card.on(5)
self.assertEqual(['\xee'], port.bytes)
port.clear()
card.on(8)
self.assertEqual(['\x6e'], port.bytes)
port.clear()
card.off(5)
self.assertEqual(['\x7e'], port.bytes)
port.clear()
try:
card.on(9)
self.fail(
"Didn't throw an exception when channel was out of range")
except InvalidArgumentException:
pass
def testICStationSerialRelayCard(self):
port = MockSerialPort()
card = ICStationSerialRelayCard("Test", port)
card.initialise()
self.assertEqual(['\x50', '\x51', '\xff'], port.bytes)
port.clear()
card.initialise()
self.assertEqual([], port.bytes)
card.on(1)
self.assertEqual(['\xfe'], port.bytes)
port.clear()
card.on(5)
self.assertEqual(['\xee'], port.bytes)
port.clear()
card.on(8)
self.assertEqual(['\x6e'], port.bytes)
port.clear()
card.off(5)
self.assertEqual(['\x7e'], port.bytes)
port.clear()
try:
card.on(9)
self.fail("Didn't throw an exception when channel was out of range")
except InvalidArgumentException:
pass
def testCoriogenEclipse(self):
port = MockSerialPort()
ce = CoriogenEclipse("Test", port)
ce.initialise()
self.assertEqual([], port.bytes)
ce.fadeIn()
self.assertEqual(list(b"Fade = 1\r\n"), port.bytes)
port.clear()
ce.fadeIn()
self.assertEqual(list(b"Fade = 1\r\n"), port.bytes)
port.clear()
ce.fadeOut()
self.assertEqual(list(b"Fade = 0\r\n"), port.bytes)
port.clear()
ce.freeze()
self.assertEqual(list(b"Freeze = On\r\n"), port.bytes)
port.clear()
ce.unfreeze()
self.assertEqual(list(b"Freeze = Off\r\n"), port.bytes)
port.clear()
ce.overlayOn()
self.assertEqual(list(b"Mode = 3\r\n"), port.bytes)
port.clear()
ce.overlayOff()
self.assertEqual(list(b"Mode = 0\r\n"), port.bytes)
def testCoriogenEclipse(self):
port = MockSerialPort()
ce = CoriogenEclipse("Test", port)
ce.initialise()
self.assertEqual([], port.bytes)
ce.fadeIn()
self.assertEqual(list(b"Fade = 1\r\n"), port.bytes)
port.clear()
ce.fadeIn()
self.assertEqual(list(b"Fade = 1\r\n"), port.bytes)
port.clear()
ce.fadeOut()
self.assertEqual(list(b"Fade = 0\r\n"), port.bytes)
port.clear()
ce.freeze()
self.assertEqual(list(b"Freeze = On\r\n"), port.bytes)
port.clear()
ce.unfreeze()
self.assertEqual(list(b"Freeze = Off\r\n"), port.bytes)
port.clear()
ce.overlayOn()
self.assertEqual(list(b"Mode = 3\r\n"), port.bytes)
port.clear()
ce.overlayOff()
self.assertEqual(list(b"Mode = 0\r\n"), port.bytes)
def testUnisonDevice(self):
port = MockSerialPort()
unison = UnisonDevice("Test", port)
activate = unison.activate("Test.Test.Preset1")
self.assertBytesEqual([
0xEE, 25, 0, 0, 0x40,
ord('T'),
ord('e'),
ord('s'),
ord('t'),
ord('.'),
ord('T'),
ord('e'),
ord('s'),
ord('t'),
ord('.'),
ord('P'),
ord('r'),
ord('e'),
ord('s'),
ord('e'),
ord('t'),
ord('1'),
ord('.'),
ord('A'),
ord('C'),
ord('T'),
ord('I'), 0, 0
], port.bytes)
self.assertEquals(29, activate)
port.clear()
deact = unison.deactivate("Test.Test.Preset2")
self.assertBytesEqual([
0xEE, 25, 0, 0, 0x40,
ord('T'),
ord('e'),
ord('s'),
ord('t'),
ord('.'),
ord('T'),
ord('e'),
ord('s'),
ord('t'),
ord('.'),
ord('P'),
ord('r'),
ord('e'),
ord('s'),
ord('e'),
ord('t'),
ord('2'),
ord('.'),
ord('D'),
ord('A'),
ord('C'),
ord('T'), 0, 0
], port.bytes)
self.assertEquals(29, deact)