def tup_message_init_bind(bankId, bindingFlag):
if isinstance(bankId, int) and isinstance(bindingFlag, int):
if 0 <= bankId <= 255 and 0 <= bindingFlag <= 255:
message = SmpMessage(TupMessage.CMD_BIND_EFFECT.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8,
bankId)).addValue(
SmpValue(SmpType.SMP_TYPE_UINT8,
bindingFlag))
return message
def tup_message_init_load(bankId, effectId):
if isinstance(effectId, int) and isinstance(bankId, int):
if effectId >= 0 and \
effectId <= 65535 and \
bankId >= 0 and \
bankId <= 255:
message = SmpMessage(TupMessage.CMD_LOAD.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8,
bankId)).addValue(
SmpValue(SmpType.SMP_TYPE_UINT16,
effectId))
return message
def test_init_error(self):
self.assertEqual(SmpMessage(TupMessage.ERROR.value),
tup_message_init_error())
message = SmpMessage(TupMessage.ERROR.value)
message.addValue(
SmpValue(SmpType.SMP_TYPE_UINT32,
TupMessage.CMD_GET_SENSOR_VALUE.value))
self.assertEqual(
message, tup_message_init_error(TupMessage.CMD_GET_SENSOR_VALUE))
def tup_message_init_set_input(bankId, inputs):
if not isinstance(bankId, int):
return
if bankId < 0 and bankId > 255:
return
message = SmpMessage(TupMessage.CMD_SET_INPUT_VALUE.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, bankId))
for value in inputs:
if isinstance(value, Input):
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8,
value.id)).addValue(
SmpValue(SmpType.SMP_TYPE_INT32,
value.value))
return message
def tup_message_init_set_parameter(bankId, parameters):
if not isinstance(bankId, int):
return
if bankId < 0 or bankId > 255:
return
message = SmpMessage(TupMessage.CMD_SET_PARAMETER.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, bankId))
for parameter in parameters:
if isinstance(parameter, Parameter):
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8,
parameter.id)).addValue(
SmpValue(SmpType.SMP_TYPE_UINT32,
parameter.value))
return message
def test_init_set_input(self):
inputs = [Input(5, 0x42), Input(10, -42)]
message = SmpMessage(TupMessage.CMD_SET_INPUT_VALUE.value)
message.addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
0x12 # Id of effect
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
5 # Id 1
)).addValue(SmpValue(
SmpType.SMP_TYPE_INT32,
0x42 # parameter 1
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
10 # Id 2
)).addValue(SmpValue(
SmpType.SMP_TYPE_INT32,
-42 # parameter 2
))
self.assertEqual(message, tup_message_init_set_input(0x12, inputs))
def test_init_set_parameters(self):
parameters = [Parameter(5, 0x42), Parameter(10, 0x25)]
message = SmpMessage(TupMessage.CMD_SET_PARAMETER.value)
message.addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
0x25 # Id of effect
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
5 # Id 1
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT32,
0x42 # parameter 1
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT8,
10 # Id 2
)).addValue(SmpValue(
SmpType.SMP_TYPE_UINT32,
0x25 # parameter 2
))
self.assertEqual(message,
tup_message_init_set_parameter(0x25, parameters))
def test_init_stop(self):
message = SmpMessage(TupMessage.CMD_STOP.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, 0x25))
self.assertEqual(tup_message_init_stop(0x25), message)
def test_init_bind(self):
message = SmpMessage(TupMessage.CMD_BIND_EFFECT.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, 0x42)).addValue(
SmpValue(SmpType.SMP_TYPE_UINT8, 0x25))
self.assertEqual(tup_message_init_bind(0x42, 0x25), message)
def test_init_load(self):
message = SmpMessage(TupMessage.CMD_LOAD.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, 0x42)).addValue(
SmpValue(SmpType.SMP_TYPE_UINT16, 0x4242))
self.assertEqual(tup_message_init_load(0x42, 0x4242), message)
def tup_message_init_error(messageType=None):
message = SmpMessage(TupMessage.ERROR.value)
if messageType is not None and isinstance(messageType, TupMessage):
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT32, messageType.value))
return message
def tup_message_init_stop(bankId):
if isinstance(bankId, int):
if 0 <= bankId <= 255:
message = SmpMessage(TupMessage.CMD_STOP.value)
message.addValue(SmpValue(SmpType.SMP_TYPE_UINT8, bankId))
return message