How to add the health_server model to PyACI in Mesh 2.0.1 scripts

[Nicklaus]

Dear all:

    I would like to add the health model to PyACI (`interactive_pyaci.py`),from the SDK 2.0.1 we can know that there is two model in the script:

   1. config.py

   2. simple_on_off.py

   Now,I want to add the health model as the model which has been.

   The way I add the new model refer to the config.py ,all the opcode from 'heslth_server.h',and tow

   opcode being used for testing:

  1. Geting the opcode from heslth_server.h

   2.add the health_server.py

   3.import the health_server.py into interactive_pyaci.py

   there is nothing do with other object 

Fullscreen

1

2

3

4

5

6

7

8

9

10

11

12

13

14

15

16

17

18

19

20

21

#05/19/2018

from mesh.access import Model, Opcode

import struct

import json

class HealthServerClient(Model):

#_HEALTH_OPCODE_ATTENTION_GET = Opcode(0x8004)

#_HEALTH_OPCODE_ATTENTION_SET = Opcode(0x8005)

#_HEALTH_OPCODE_ATTENTION_SET_UNACKED = Opcode(0x8006)

#_HEALTH_OPCODE_FAULT_CLEAR = Opcode(0x802f)

#_HEALTH_OPCODE_FAULT_CLEAR_UNACKED = Opcode(0x8030)

#_HEALTH_OPCODE_FAULT_GET = Opcode(0x8031)

#_HEALTH_OPCODE_FAULT_TEST = Opcode(0x8032)

#_HEALTH_OPCODE_FAULT_TEST_UNACKED = Opcode(0x8033)

_HEALTH_OPCODE_PERIOD_GET = Opcode(0x8034)

#_HEALTH_OPCODE_PERIOD_SET = Opcode(0x8035)

#_HEALTH_OPCODE_PERIOD_SET_UNACKED = Opcode(0x8036)

#_HEALTH_OPCODE_CURRENT_STATUS = Opcode(0x04)

XXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXXX

#05/19/2018

from mesh.access import Model, Opcode
import struct
import json


class HealthServerClient(Model):
	#_HEALTH_OPCODE_ATTENTION_GET                   = Opcode(0x8004)
    #_HEALTH_OPCODE_ATTENTION_SET                   = Opcode(0x8005)
    #_HEALTH_OPCODE_ATTENTION_SET_UNACKED           = Opcode(0x8006)
	#_HEALTH_OPCODE_FAULT_CLEAR                     = Opcode(0x802f)
    #_HEALTH_OPCODE_FAULT_CLEAR_UNACKED             = Opcode(0x8030)
    #_HEALTH_OPCODE_FAULT_GET                       = Opcode(0x8031)
    #_HEALTH_OPCODE_FAULT_TEST                      = Opcode(0x8032)
    #_HEALTH_OPCODE_FAULT_TEST_UNACKED              = Opcode(0x8033)
    _HEALTH_OPCODE_PERIOD_GET                      = Opcode(0x8034)
    #_HEALTH_OPCODE_PERIOD_SET                      = Opcode(0x8035)
    #_HEALTH_OPCODE_PERIOD_SET_UNACKED              = Opcode(0x8036)
	
	#_HEALTH_OPCODE_CURRENT_STATUS                  = Opcode(0x04)
    #_HEALTH_OPCODE_FAULT_STATUS                    = Opcode(0x05)
    #_HEALTH_OPCODE_ATTENTION_STATUS                = Opcode(0x8007)
    _HEALTH_OPCODE_PERIOD_STATUS                   = Opcode(0x8037)
	
    def __init__(self,prov_db):
        self.opcodes = [
            (self._HEALTH_OPCODE_PERIOD_STATUS, self.__health_period_status)]
        self.prov_db = prov_db
        self.previous_command = None
        # FIXME: Hack to retain the virtual label UUID until we get an ack.
        self._tmp_address = None
        super(HealthServerClient, self).__init__(self.opcodes)
		
    def health_period_status_get(self):
        self.send(self._HEALTH_OPCODE_PERIOD_GET)
		
    def __health_period_status(self, opcode, message):
        m_handler,FPDivisor,res,steps,p_test,num_test,test_id,company_id,fault,c_fault,att_handle= struct.unpack(
		"<HBBBBBBHHHB", message.data)
        self.logger.info("Present value is %d fault is %x  c_fault is %d att_hand is %d",company_id, fault,c_fault,att_handle)

 

then went I run the interactive_pyaci.py the result as below 

Did I use the wrong approach? or something missing in the process.