alldevice class

alldevices_V1.py

import callallmotor1D_V1
import callallmotor2D_V1
import callallsov1S_V1
import callallsov2S_V1
import calallanalog_V1
import calallcontrolvalves_V1
import callallvibrofeeder_V1
import callallconveyor_V1
import calallABPdrives_V1
import threading
import copy
import copyreg
import multiprocessing

import pandas as pd

class AllDevices:

    def __init__(self,comobject,logger):
        self.mylock = threading.Lock()

        self._comobject = comobject
        dfM1D = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Motor1D')
        dfM2D = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Motor2D')
        dfsov1S = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Valve1S')
        dfsov2S = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Valve2S')
        dfanalog = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='AnalogTx')
        dfcontrolvalve = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='ControlValves')
        dfvibrofeeder = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='VibroFeeder')
        dfconveyor = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Conveyor')
        dfdrives = pd.read_excel(r'D:\OPCUA\Working_VF1.xls', sheet_name='Drive')

        self.allmotor1dobjects = callallmotor1D_V1.Cal_AllMotor1D(dfM1D, comobject, logger)
        self.allmotor2dobjects =  callallmotor2D_V1.Cal_AllMotor2D(dfM2D,comobject,logger)
        self.allsov1sobjects = callallsov1S_V1.Cal_AllSov1S(dfsov1S,comobject,logger)
        self.allsov2sobjects = callallsov2S_V1.Cal_AllSov2S(dfsov2S, comobject,logger)
        self.allanalogobjects = calallanalog_V1.Cal_AllAnalogInputs(dfanalog,comobject,logger)
        self.allcontrolvalveobjects = calallcontrolvalves_V1.Cal_AllControlValve(dfcontrolvalve,comobject,logger)
        self.allvibrofeederobjects = callallvibrofeeder_V1.Cal_AllVibroFeeder(dfvibrofeeder,comobject,logger)
        self.allconveyorobjects = callallconveyor_V1.Cal_AllConveyor1D(dfconveyor,comobject,logger)
        self.allabbdrivesobjects = calallABPdrives_V1.Cal_AllDrives(dfdrives, comobject,logger)

        # copyreg.pickle(AllDevices,pickle_alldevice)

    def __getstate__(self):
        # Copy the object's state from self.__dict__ which contains
        # all our instance attributes. Always use the dict.copy()
        # method to avoid modifying the original state.
        state = vars(self).copy()
        # Remove the unpicklable entries.
        del state['mylock']
        return state

    def __setstate__(self, state):
        # Restore instance attributes.
        vars(self).update(state)


    def __deepcopy__(self, memo):
        newself = self.__class__.__new__(self.__class__)
        for name, value in vars(self).items():
            if name != 'mylock':
                value = copy.deepcopy(value)
            setattr(newself, name, value)
        return newself





    @property
    def allmotor1d(self):
        return self.allmotor1dobjects

    @property
    def allsov1s(self):
        return self.allsov1sobjects

    @property
    def allsov2s(self):
        return self.allsov2sobjects

    @property
    def allanalog(self):
        return self.allanalogobjects

    @property
    def allcontrolvalve(self):
        return self.allcontrolvalveobjects

    @property
    def allvibrofeeder(self):
        return self.allvibrofeederobjects

    @property
    def allconveyor(self):
        return self.allconveyorobjects

    @property
    def allabbdrive(self):
        return self.allabbdrivesobjects




def unpickle_alldevice(state):
    self = AllDevices.__new__(AllDevices)
    vars(self).update(state)
    self.mylock = threading.Lock()
    return self

def pickle_alldevice(ad):
    state = vars(ad).copy()
    del state['mylock']
    print("Hi")
    return unpickle_alldevice,(state,)