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 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 process(self, message):
logging.debug("Received from Kramer VP-88: " + SerialDevice.byteArrayToString(message).encode('hex_codec'))
if (message[3] == 0x80 + self.machineNumber):
if (message[0] == 0x41) or (message[0] == 0x45): # Notification of video switch or response to query
inp = message[1] - 0x80
outp = message[2] - 0x80
return {outp: inp}
return {}
def process(self, message):
logging.debug("Received from Kramer VP-88: " + SerialDevice.byteArrayToString(message).encode('hex_codec'))
if (message[3] == 0x80 + self.machineNumber):
if (message[0] == 0x41) or (message[0] == 0x45): # Notification of video switch or response to query
inp = message[1] - 0x80
outp = message[2] - 0x80
for d in self.dispatchers:
d.updateOutputMappings({self.parentDevice.deviceID: {outp: inp}})
def process(self, message):
logging.debug("Received from Kramer 602: " + SerialDevice.byteArrayToString(message).encode('hex_codec'))
if ((message[0] & 0x7) == (self.machineNumber - 1)):
if message[1] == 0xff: # Occasionally on startup we seem to receive a three-byte packet with the middle byte 0xFF. So ignore that middle.
message[1] = self.parentDevice.port.read(1)
if (message[1] & 0x20) == 0: # Not just a "I switched successfully" message
outp = (((message[1] & 0x1F) - 1) % 2) + 1
inp = (((message[1] & 0x1F) - outp) / 2) + 1 # int(math.ceil((message[1] & 0x1F) + (2 / 2)) - 1)
return {outp: inp}
else:
self.parentDevice.requestStatus() # Request device to send current status so listener can intercept
return {}
def process(self, message):
logging.debug(
"Received from Kramer VP-88: " +
SerialDevice.byteArrayToString(message).encode('hex_codec'))
if (message[3] == 0x80 + self.machineNumber):
if (message[0] == 0x41) or (
message[0] == 0x45
): # Notification of video switch or response to query
inp = message[1] - 0x80
outp = message[2] - 0x80
return {outp: inp}
return {}
def process(self, message):
logging.debug("Received from Kramer 602: " + SerialDevice.byteArrayToString(message).encode('hex_codec'))
if ((message[0] & 0x7) == (self.machineNumber - 1)):
if message[1] == 0xff: # Occasionally on startup we seem to receive a three-byte packet with the middle byte 0xFF. So ignore that middle.
message[1] = self.parentDevice.port.read(1)
if (message[1] & 0x20) == 0: # Not just a "I switched successfully" message
outp = (((message[1] & 0x1F) - 1) % 2) + 1
inp = (((message[1] & 0x1F) - outp) / 2) + 1 # int(math.ceil((message[1] & 0x1F) + (2 / 2)) - 1)
for d in self.dispatchers:
d.updateOutputMappings({self.parentDevice.deviceID: {outp: inp}})
else:
self.parentDevice.requestStatus() # Request device to send current status so listener can intercept
def initialise(self):
SerialDevice.initialise(self)
self.port.flushInput()
self.requestStatus()
def sendInputToOutput(self, inChannel, outChannel):
if outChannel > 2:
logging.error("Output channel " + str(outChannel) + " does not exist on switcher " + self.deviceID)
else:
code = [0, 0x80 + (2 * inChannel) - (2 - outChannel)]
self.sendCommand(SerialDevice.byteArrayToString(code))
def __sendStateCommand(self):
result = self.sendCommand(SerialDevice.byteArrayToString([self.__createStateByte()]))
return result
def off(self, channel):
result = self.sendCommand(SerialDevice.byteArrayToString([0x31 + 2 * channel]))
time.sleep(self.sendDelay)
return result
def off(self, channel):
return self.sendCommand(SerialDevice.byteArrayToString([0xFF, channel, 0x00]))
def __init__(self, deviceID, serialDevice, **others):
SerialDevice.__init__(self, deviceID, serialDevice, **others)
def execute(self, command):
if isinstance(command, VISCACommand):
return self.sendCommand(SerialDevice.byteArrayToString(command.getBytes(self.cameraID)))
def requestStatus(self):
for i in range(1, 9):
self.sendCommand(SerialDevice.byteArrayToString([0x05, 0x80, 0x80 + i, 0x80 + self.machineNumber]))
def sendInputToOutput(self, inChannel, outChannel):
toSend = [0x01, 0x80 + int(inChannel), 0x80 + int(outChannel), 0x80 + self.machineNumber]
return self.sendCommand(SerialDevice.byteArrayToString(toSend))
def execute(self, command):
if isinstance(command, VISCACommand):
return self.sendCommand(
SerialDevice.byteArrayToString(command.getBytes(
self.cameraID)))
def requestStatus(self):
for i in range(1, 9):
self.sendCommand(
SerialDevice.byteArrayToString(
[0x05, 0x80, 0x80 + i, 0x80 + self.machineNumber]))
def initialise(self):
SerialDevice.initialise(self)
self.port.flushInput()
self.requestStatus()
def sendInputToOutput(self, inChannel, outChannel):
toSend = [
0x01, 0x80 + int(inChannel), 0x80 + int(outChannel),
0x80 + self.machineNumber
]
return self.sendCommand(SerialDevice.byteArrayToString(toSend))
def sendVISCA(self, commandBytes):
return self.sendCommand(SerialDevice.byteArrayToString([0x80 + self.cameraID] + commandBytes + [0xFF]))
def sendVISCA(self, commandBytes):
return self.sendCommand(
SerialDevice.byteArrayToString([0x80 + self.cameraID] +
commandBytes + [0xFF]))
def sendInputToOutput(self, inChannel, outChannel):
if outChannel > 2:
logging.error("Output channel " + str(outChannel) + " does not exist on switcher " + self.deviceID)
else:
code = [0, 0x80 + (2 * inChannel) - (2 - outChannel)]
self.sendCommand(SerialDevice.byteArrayToString(code))
