How to use the pylogix.eip.Response function in pylogix

def test_response_class(self):
        one_bool = comm.Read('BaseBool')
        self.assertEqual(
            isinstance(one_bool, Response),
            True, "Reponse class not found in Read")
        bool_tags = ['BaseBool', 'BaseBits.0', 'BaseBits.31']
        booleans = comm.Read(bool_tags)
        self.assertEqual(
            isinstance(booleans[0], Response),
            True, "Reponse class not found in Multi Read")
        bool_write = comm.Write('BaseBool', 1)
        self.assertEqual(
            isinstance(bool_write, Response),
            True, "Reponse class not found in Write")

def _readTag(self, tag_name, elements, data_type):
        """
        processes the read request
        """
        self.Offset = 0

        if not self._connect():
            return None

        tag, base_tag, index = _parseTagName(tag_name, 0)
        resp = self._initial_read(tag, base_tag, data_type)
        if resp[2] != 0 and resp[2] != 6:
            return Response(tag_name, None, resp[2])

        data_type = self.KnownTags[base_tag][0]
        bit_count = self.CIPTypes[data_type][0] * 8

        ioi = self._buildTagIOI(tag_name, data_type)
        if data_type == 211:
            # bool array
            words = _getWordCount(index, elements, bit_count)
            request = self._add_read_service(ioi, words)
        elif BitofWord(tag):
            # bits of word
            split_tag = tag_name.split('.')
            bit_pos = split_tag[len(split_tag)-1]
            bit_pos = int(bit_pos)

            words = _getWordCount(bit_pos, elements, bit_count)

tags += self._extractTagPacket(ret_data, programName=None)
            else:
                return Response(None, None, status)

        if allTags:
            for program_name in self.ProgramNames:

                self.Offset = 0

                request = self._buildTagListRequest(program_name)
                eip_header = self._buildEIPHeader(request)
                status, ret_data = self._getBytes(eip_header)
                if status == 0 or status == 6:
                    tags += self._extractTagPacket(ret_data, program_name)
                else:
                    return Response(None, None, status)

                while status == 6:
                    self.Offset += 1
                    request = self._buildTagListRequest(program_name)
                    eip_header = self._buildEIPHeader(request)
                    status, ret_data = self._getBytes(eip_header)
                    if status == 0 or status == 6:
                        tags += self._extractTagPacket(ret_data, program_name)
                    else:
                        return Response(None, None, status)

        return Response(None, tags, status)

s = socket.socket(socket.AF_INET, socket.SOCK_DGRAM)
            s.settimeout(0.5)
            s.setsockopt(socket.SOL_SOCKET, socket.SO_BROADCAST, 1)
            s.sendto(request, ('255.255.255.255', 44818))
            try:
                while(1):
                    ret = s.recv(4096)
                    context = unpack_from('

def _multiWriteParser(self, write_data, data):
        # remove the beginning of the packet because we just don't care about it
        stripped = data[50:]
        tag_count = unpack_from('

if status == 0 or status == 6:
                    tags += self._extractTagPacket(ret_data, program_name)
                else:
                    return Response(None, None, status)

                while status == 6:
                    self.Offset += 1
                    request = self._buildTagListRequest(program_name)
                    eip_header = self._buildEIPHeader(request)
                    status, ret_data = self._getBytes(eip_header)
                    if status == 0 or status == 6:
                        tags += self._extractTagPacket(ret_data, program_name)
                    else:
                        return Response(None, None, status)

        return Response(None, tags, status)

"""

        # If ProgramNames is empty then _getTagList hasn't been called
        if not self.ProgramNames:
            self._getTagList(False)

        # Get single program tags if progragName exists
        if programName in self.ProgramNames:
            program_tags = self._getProgramTagList(programName)
            # Getting status from program_tags Response object
            # _getUDT returns a list of LGXTags might need rework in the future
            status = program_tags.Status
            program_tags = self._getUDT(program_tags.Value)
            return Response(None, program_tags, status)
        else:
            return Response(None, None, 'Program not found, please check name!')

words = _getWordCount(bit_pos, elements, bit_count)

            request = self._add_read_service(ioi, words)
        else:
            # everything else
            request = self._add_read_service(ioi, elements)

        eip_header = self._buildEIPHeader(request)
        status, ret_data = self._getBytes(eip_header)

        if status == 0 or status == 6:
            return_value = self._parseReply(tag_name, elements, ret_data)
            return Response(tag_name, return_value, status)
        else:
            return Response(tag_name, None, status)

elif dataTypeValue == 211:
                    dataTypeFormat = self.CIPTypes[dataTypeValue][2]
                    val = unpack_from(dataTypeFormat, stripped, offset+6)[0]
                    bitState = _getBitOfWord(tag, val)
                    response = Response(tag, bitState, replyStatus)
                elif dataTypeValue == 160:
                    strlen = unpack_from('

"""
        Requests the controller tag list and returns a list of LgxTag type
        """
        if not self._connect():
            return None

        self.Offset = 0
        tags = []

        request = self._buildTagListRequest(programName=None)
        eip_header = self._buildEIPHeader(request)
        status, ret_data = self._getBytes(eip_header)
        if status == 0 or status == 6:
            tags += self._extractTagPacket(ret_data, programName=None)
        else:
            return Response(None, None, status)

        while status == 6:
            self.Offset += 1
            request = self._buildTagListRequest(programName=None)
            eip_header = self._buildEIPHeader(request)
            status, ret_data = self._getBytes(eip_header)
            if status == 0 or status == 6:
                tags += self._extractTagPacket(ret_data, programName=None)
            else:
                return Response(None, None, status)

        if allTags:
            for program_name in self.ProgramNames:

                self.Offset = 0