def buildGetInterface(self, uebertragung=None):
if uebertragung is None:
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetInterface'), [0x00])
elif uebertragung:
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetInterface'), [0x02])
else:
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetInterface'), [0x01])
def buildGetInterface(self, uebertragung=None):
if uebertragung is None:
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetInterface'), [0x00])
elif uebertragung:
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetInterface'), [0x02])
else:
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetInterface'), [0x01])
def buildWriteDIOthreshold(self, IOPin, upper_or_lower_trigger,
threshold_value):
#data = bytearray([self.convertUInt8ToBytes(IOPin), self.convertUInt8ToBytes(upper_or_lower_trigger)])
data = bytearray([IOPin, upper_or_lower_trigger])
data.extend(self.convertFloatToBytes(threshold_value))
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('WriteDIOthreshold'), data)
def buildSetUnitText(self, text, slot=0):
if slot <= 0 or slot > 1:
data = bytearray([0x00, 0x00])
else:
data = bytearray([0x01, 0x00])
data.extend(bytearray(text.encode('ascii', 'replace')))
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetUnitText'), data)
def buildWriteInputType(self, channelNo, sensIndex, inputType, isGSV_6=True):
if isGSV_6:
channelNo = 0
data = bytearray([channelNo])
data.append(sensIndex)
data.extend(inputType)
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get("MEwriteInputRange"), data)
def buildSetDIOtype(self, IOPin, DIOtype, assignedDMSchannel):
data = bytearray([self.convertUInt8ToBytes(IOPin)])
if(type(DIOtype) is bytearray):
data.extend(DIOtype)
else:
data.extend(self.convertUInt32ToBytes(DIOtype)[1:])
data.append(self.convertUInt8ToBytes(assignedDMSchannel))
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetDIOtype'), data)
def buildSetUnitText(self, text, slot=0):
if slot <= 0 or slot > 1:
data = bytearray([0x00, 0x00])
else:
data = bytearray([0x01, 0x00])
data.extend(bytearray(text.encode('ascii', 'replace')))
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetUnitText'), data)
def buildSetDIOdirection(self, gruppe, direction):
# level umwandeln
#data = bytearray([self.convertUInt8ToBytes(gruppe)])
data = bytearray([gruppe])
#data.append(self.convertUInt8ToBytes(direction))
data.append(direction)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetDIOdirection'), data)
def buildSetDIOtype(self, IOPin, DIOtype, assignedDMSchannel):
#data = bytearray([self.convertUInt8ToBytes(IOPin)])
data = bytearray([IOPin])
if (type(DIOtype) is bytearray):
data.extend(DIOtype)
else:
data.extend(self.convertUInt32ToBytes(DIOtype)[1:])
#data.append(self.convertUInt8ToBytes(assignedDMSchannel))
data.append(assignedDMSchannel)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetDIOtype'), data)
def buildWriteInputType(self,
channelNo,
sensIndex,
inputType,
isGSV_6=True):
if isGSV_6:
channelNo = 0
data = bytearray([channelNo])
data.append(sensIndex)
data.extend(inputType)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('MEwriteInputRange'), data)
def buildGetDataRate(self):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('ReadDataRate'))
def buildGetSerialNo(self):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetSerialNo'))
def buildGetUnitNo(self, channelNo):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetUnitNo'), [channelNo])
def buildWriteDIOthreshold(self, IOPin, upper_or_lower_trigger, threshold_value):
data = bytearray([self.convertUInt8ToBytes(IOPin), self.convertUInt8ToBytes(upper_or_lower_trigger)])
data.extend(self.convertFloatToBytes(threshold_value))
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('WriteDIOthreshold'), data)
def buildSetDIOinitialLevel(self, IOPin, newlevel):
data = bytearray([self.convertUInt8ToBytes(IOPin)])
data.extend(self.convertUInt16ToBytes(newlevel))
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetDIOinitialLevel'), data)
def buildGetTXMode(self, index):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetTXMode'), [index])
def buildWriteUserOffset(self, channelNo, userOffset):
data = bytearray([channelNo])
data.extend(userOffset)
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('WriteUserOffset'), data)
def buildReadInputType(self, channelNo, sensindex=0x00):
#data = bytearray([self.convertUInt8ToBytes(channelNo), self.convertUInt8ToBytes(sensindex)])
data = bytearray([channelNo, sensindex])
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetInputType'), data)
def buildWriteUserOffset(self, channelNo, userOffset):
data = bytearray([channelNo])
data.extend(userOffset)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('WriteUserOffset'), data)
def buildReadUserOffset(self, channelNo):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('ReadUserOffset'), [channelNo])
def buildgetFirmwareVersion(self):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetFirmwareVersion'))
def buildWriteSetZero(self, channelNo):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetZero'), [channelNo])
def buildWriteSaveAll(self, slot=0):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SaveAll'), [slot])
def buildWriteSaveAll(self, slot=0):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SaveAll'), [slot])
def buildgetFirmwareVersion(self):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetFirmwareVersion'))
def buildSetInputTypeGSV8(self, channelNo, inputType):
data = bytearray([channelNo, inputType])
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetInputType'), data)
def buildSetInputTypeGSV8(self, channelNo, sensIndex, inputType):
data = bytearray([channelNo, inputType])
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetInputType'), data)
def buildSetMEid(self, minor):
magicCode = bytearray([0x4D, 0x45, 0x69, minor])
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('MEsetID'), magicCode)
def buildGetDIOdirection(self, gruppe):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetDIOdirection'),[gruppe])
def buildGetTXMode(self, index):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetTXMode'), [index])
def buildSetMode(self, ModeFlags_32Bit):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetMode'), ModeFlags_32Bit)
def buildSetTXMode(self, index, mode):
data = bytearray([index])
data.extend(mode)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetTXMode'), data)
def buildWriteDataRate(self, dataRate):
#dataRate = str(dataRate)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('WriteDataRate'), dataRate)
def buildGetDIOdirection(self, gruppe):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetDIOdirection'), [gruppe])
def buildWriteUnitNo(self, channelNo, unitNo):
data = bytearray([channelNo])
data.append(unitNo)
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetUnitNo'), data)
def buildGetDeviceHours(self, slot=0):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetDeviceHours'), [slot])
def buildGetDeviceHours(self, slot=0):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetDeviceHours'), [slot])
def buildSetDIOinitialLevel(self, IOPin, newlevel):
#data = bytearray([self.convertUInt8ToBytes(IOPin)])
data = bytearray([IOPin])
data.extend(self.convertUInt16ToBytes(newlevel))
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetDIOinitialLevel'), data)
def buildWriteDataRate(self, dataRate):
dataRate = str(dataRate)
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('WriteDataRate'), dataRate)
def buildGetMode(self):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetMode'))
def buildWriteSetZero(self, channelNo):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetZero'), [channelNo])
def buildSetMode(self, ModeFlags_32Bit):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetMode'), ModeFlags_32Bit)
def buildReadUserOffset(self, channelNo):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('ReadUserOffset'), [channelNo])
def buildReadDIOthreshold(self, IOPin, upper_or_lower_trigger):
#data = bytearray([self.convertUInt8ToBytes(IOPin), self.convertUInt8ToBytes(upper_or_lower_trigger)])
data = bytearray([IOPin, upper_or_lower_trigger])
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('ReadDIOthreshold'), data)
def buildReadInputType(self, channelNo, sensindex=0x00):
data = bytearray([self.convertUInt8ToBytes(channelNo), sensindex])
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetInputType'), data)
def buildGetSerialNo(self):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetSerialNo'))
def buildSetMEid(self, minor):
magicCode = bytearray([0x4D, 0x45, 0x69, minor])
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('MEsetID'), magicCode)
def buildGetDIOtype(self, IOPin):
#data = bytearray([self.convertUInt8ToBytes(IOPin)])
data = bytearray([IOPin])
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetDIOtype'), data)
def buildSetTXMode(self, index, mode):
data = bytearray([index])
data.extend(mode)
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetTXMode'), data)
def buildWriteUnitNo(self, channelNo, unitNo):
data = bytearray([channelNo])
data.append(unitNo)
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('SetUnitNo'), data)
def buildSetDIOdirection(self, gruppe, direction):
# level umwandeln
data = bytearray([self.convertUInt8ToBytes(gruppe)])
data.append(self.convertUInt8ToBytes(direction))
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('SetDIOdirection'), data)
def buildGetUnitNo(self, channelNo):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetUnitNo'), [channelNo])
def buildGetMode(self):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetMode'))
def buildGetUnitText(self, slot):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetUnitText'), [
slot])
def buildReadDIOthreshold(self, IOPin,upper_or_lower_trigger):
data = bytearray([self.convertUInt8ToBytes(IOPin), self.convertUInt8ToBytes(upper_or_lower_trigger)])
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('ReadDIOthreshold'),data)
def buildGetUnitText(self, slot):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('GetUnitText'), [slot])
def buildGetDIOtype(self, IOPin):
data = bytearray([self.convertUInt8ToBytes(IOPin)])
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('GetDIOtype'),data)
def buildGetDataRate(self):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('ReadDataRate'))
def buildGet1WireTempValue(self):
return self.encode_anfrage_frame(anfrage_code_to_shortcut.get('Get1WireTempValue'), [])
def buildGet1WireTempValue(self):
return self.encode_anfrage_frame(
anfrage_code_to_shortcut.get('Get1WireTempValue'), [])
