def setAdvertising(self, enabled):
"""
Enable/ disable the advertising
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.ENABLE_ADVERTISEMENT, self._getPayload(enabled)).getPacket())
def toggleVoltageChannelPin(self):
"""
Select the measurement pin for the voltage sensing
:param pin: int [0 .. 255]
:return:
"""
self._send(UartWrapper(UartTxType.ADC_CONFIG_VOLTAGE_PIN, []).getPacket())
def setSendFilteredCurrentSamples(self, enabled):
"""
Enable/ disable the sending of the filtered current sample buffer.
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.POWER_LOG_FILTERED_CURRENT, self._getPayload(enabled)).getPacket())
def toggleRelay(self, isOn):
val = 0
if isOn:
val = 1
switchPacket = ControlPacket(
ControlType.RELAY).loadUInt8(val).getPacket()
self._send(UartWrapper(UartTxType.CONTROL, switchPacket).getPacket())
def setDifferentialModeVoltage(self, enabled):
"""
Enable/disable differential mode on the voltage sensing
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.ADC_CONFIG_DIFFERENTIAL_VOLTAGE, self._getPayload(enabled)).getPacket())
def setMeshing(self, enabled):
"""
Enable/ disable the Meshing
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.ENABLE_MESH, self._getPayload(enabled)).getPacket())
def setDifferentialModeCurrent(self, enabled):
"""
Enable/disable differential mode on the current sensing
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.ADC_CONFIG_DIFFERENTIAL_CURRENT, self._getPayload(enabled)).getPacket())
def setSendFilteredVoltageSamples(self, enabled):
"""
Enable/ disable the sending of the filtered voltage sample buffer.
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.POWER_LOG_FILTERED_VOLTAGE, self._getPayload(enabled)).getPacket())
def setSendCalculatedSamples(self, enabled):
"""
Enable/ disable the sending of the calculated power samples.
:param enabled: Boolean
:return:
"""
self._send(UartWrapper(UartTxType.POWER_LOG_CALCULATED_POWER, self._getPayload(enabled)).getPacket())
def toggleIGBTs(self, isOn):
val = 0
if isOn:
val = 100
switchPacket = ControlPacket(
ControlType.PWM).loadUInt8(val).getPacket()
self._send(UartWrapper(UartTxType.CONTROL, switchPacket).getPacket())
def resetCrownstone(self):
"""
Reset the Crownstone
:return:
"""
resetPacket = ControlPacket(ControlType.RESET).getPacket()
self._send(UartWrapper(UartTxType.CONTROL, resetPacket).getPacket())
def toggleAllowDimming(self, isOn):
val = 0
if isOn:
val = 1
instructionPacket = ControlPacket(
ControlType.ALLOW_DIMMING).loadUInt8(val).getPacket()
self._send(
UartWrapper(UartTxType.CONTROL, instructionPacket).getPacket())
def decreaseCurrentRange(self):
"""
Decrease the GAIN on the current sensing
:return:
"""
self._send(
UartWrapper(UartTxType.ADC_CONFIG_DEC_RANGE_CURRENT,
[]).getPacket())
def decreaseVoltageRange(self):
"""
Decrease the GAIN on the voltage sensing
:return:
"""
self._send(
UartWrapper(UartTxType.ADC_CONFIG_DEC_RANGE_VOLTAGE,
[]).getPacket())
def uartEcho(self, payloadString):
# wrap that in a control packet
controlPacket = ControlPacket(ControlType.UART_MESSAGE).loadString(payloadString).getPacket()
# finally wrap it in an Uart packet
uartPacket = UartWrapper(UartTxType.CONTROL, controlPacket).getPacket()
# send over uart
BluenetEventBus.emit(SystemTopics.uartWriteData, uartPacket)
def setUartMode(self, mode):
"""
Set UART mode.
:param mode: : 0=none 1=RX only, 2=TX only, 3=TX and RX
:return:
"""
if ((mode < 0) or (mode > 3)):
return
controlPacket = ControlStateSetPacket(StateType.UART_ENABLED).loadUInt8(mode).getPacket()
self._send(UartWrapper(UartTxType.CONTROL, controlPacket).getPacket())
def __switchCrownstone(self, crownstoneId, value):
"""
:param crownstoneId:
:param value: 0 .. 1
:return:
"""
# forcibly map the input from [any .. any] to [0 .. 1]
correctedValue = min(1,max(0,value))
# create a stone switch state packet to go into the multi switch
stoneSwitchPacket = StoneMultiSwitchPacket(crownstoneId, correctedValue, 0, IntentType.MANUAL)
# wrap it in a mesh multi switch packet
meshMultiSwitchPacket = MeshMultiSwitchPacket(MeshMultiSwitchType.SIMPLE_LIST, [stoneSwitchPacket]).getPacket()
# wrap that in a control packet
controlPacket = ControlPacket(ControlType.MESH_MULTI_SWITCH).loadByteArray(meshMultiSwitchPacket).getPacket()
# finally wrap it in an Uart packet
uartPacket = UartWrapper(UartTxType.CONTROL, controlPacket).getPacket()
# send over uart
BluenetEventBus.emit(SystemTopics.uartWriteData, uartPacket)
def requestMacAddress(self):
"""
Request the MAC address ID.
:return:
"""
self._send(UartWrapper(UartTxType.GET_MAC_ADDRESS, []).getPacket())
def requestCrownstoneId(self):
"""
Request the Crownstone ID. This is a uint16
:return:
"""
self._send(UartWrapper(UartTxType.GET_CROWNSTONE_ID, []).getPacket())