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plugin.py
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plugin.py
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#!/usr/bin/env python3
# -*- coding: utf-8 -*-
#
# Implementation of Zigbee for Domoticz plugin.
#
# This file is part of Zigbee for Domoticz plugin. https://github.com/zigbeefordomoticz/Domoticz-Zigbee
# (C) 2015-2024
#
# Initial authors: zaraki673 & pipiche38
#
# SPDX-License-Identifier: GPL-3.0 license
"""
<plugin key="Zigate" name="Zigbee for domoticz plugin (zigpy enabled)" author="pipiche38" version="7.1">
<description>
<h1> Plugin Zigbee for domoticz</h1><br/>
<br/><h2> Informations</h2><br/>
<ul style="list-style-type:square">
<li>&Documentations : &<a href="https://github.com/pipiche38/Domoticz-Zigate-Wiki/blob/master/en-eng/Home.md">English wiki</a>|<a href="https://github.com/pipiche38/Domoticz-Zigate-Wiki/blob/master/fr-fr/Home.md">Wiki Français</a></li>
<li>&Forums : &<a href="https://www.domoticz.com/forum/viewforum.php?f=68">English (www.domoticz.com)</a>|<a href="https://easydomoticz.com/forum/viewforum.php?f=28">Français (www.easydomoticz.com)</a></li>
<li>&List of supported devices : &<a href="https://zigbee.blakadder.com/z4d.html">www.zigbee.blakadder.com</a></li>
</ul>
<br/><h2>Parameters</h2>
</description>
<params>
<param field="Mode1" label="Coordinator Model" width="200px" required="true" default="None">
<description><br/><h3>Zigbee Coordinator definition</h3><br/>Select the Zigbee radio Coordinator version : ZiGate (V1), ZiGate+ (V2), Texas Instrument ZNP, Silicon Labs EZSP or ConBee/RasBee</description>
<options>
<option label="ZiGate" value="V1"/>
<option label="ZiGate+" value="V2"/>
<option label="Texas Instruments ZNP (via zigpy)" value="ZigpyZNP"/>
<option label="Silicon Labs EZSP (via zigpy)" value="ZigpyEZSP"/>
<option label="Conbee/Rasbee I, II, III (via zigpy)" value="ZigpydeCONZ"/>
</options>
</param>
<param field="Mode2" label="Coordinator Type" width="75px" required="true" default="None">
<description><br/>Select the Radio Coordinator connection type : USB, DIN, Pi, TCPIP (Wifi, Ethernet) or Socket. In case of Socket use the IP to put the remote ip</description>
<options>
<option label="USB" value="USB" />
<option label="DIN" value="DIN" />
<option label="PI" value="PI" />
<option label="TCPIP" value="Wifi"/>
<option label="Socket" value="Socket"/>
<option label="None" value="None"/>
</options>
</param>
<param field="SerialPort" label="Serial Port" width="200px" required="true" default="/dev/ttyUSB0" >
<description><br/>Set the serial port where the Radio Coordinator is connected (/dev/ttyUSB0 for example)</description>
</param>
<param field="Address" label="IP" width="150px" required="true" default="0.0.0.0">
<description><br/>Set the Radio Coordinator IP adresse (0.0.0.0 if not applicable)</description>
</param>
<param field="Port" label="Port" width="75px" required="true" default="9999">
<description><br/>Set the Radio Coordinator Port (9999 by default)</description>
</param>
<param field="Mode5" label="API base url <br/>(http://username:[email protected]:port)" width="250px" default="http://127.0.0.1:8080" required="true" >
<description>
<br/><h3>Domoticz Json/API base ( http://127.0.0.1:8080 should be the default)</h3>In case Domoticz listen to an other port change 8080 by what ever is the port,
and if you have setup an authentication please add the username:password</description>
</param>
<param field="Mode4" label="WebUI port" width="150px" required="true" default="9440" >
<description><br/><h3>Plugin definition</h3><br/>Set the plugin Dashboard port (9440 by default, None to disable)<br/>
In case you would like to restrict the interface and to secure the access to the dashboard , you can also add use the format IP:PORT ( 127.0.0.1:9440)<br/>
To access the plugin WebUI, replace your DomoticZ port (8080 by default) in your web adress by your WebUI port (9440 by default).</description>
</param>
<param field="Mode3" label="Initialize Coordinator" width="75px" required="true" default="False" >
<description><br/><h3>Coordinator initialization</h3>Required step only with a new Coordinator or if you want to create a new Zigbee network.<br/>
This can be usefull if you want to use a specific Extended PanId requires for Wiser (legacy) devices.
Be aware : this will reset the Coordinator and all paired devices will be lost. After that, you'll have to re-pair each devices.<br/>
This is not removing any data from DomoticZ nor the plugin database.</description>
<options>
<option label="True" value="True"/>
<option label="False" value="False" default="true" />
</options>
</param>
<param field="Mode6" label="Debugging" width="150px" default="None" required="true">
<description><br/><h3>Plugin debug</h3>This debugging option has been moved to the WebUI > Tools > Debug<br/></description>
<options>
<option label="None" value="0" default="true" />
<option label="Python Only" value="2"/>
<option label="Basic Debugging" value="62"/>
<option label="Basic+Messages" value="126"/>
<option label="Connections Only" value="16"/>
<option label="Connections+Queue" value="144"/>
<option label="All" value="-1"/>
</options>
</param>
</params>
</plugin>
"""
#import DomoticzEx as Domoticz
import Domoticz
try:
#from DomoticzEx import Devices, Images, Parameters, Settings
from Domoticz import Devices, Images, Parameters, Settings
except ImportError:
pass
import gc
import json
import os
import os.path
import pathlib
import sys
import threading
import time
import z4d_certified_devices
from Classes.AdminWidgets import AdminWidgets
from Classes.ConfigureReporting import ConfigureReporting
from Classes.DomoticzDB import (DomoticzDB_DeviceStatus, DomoticzDB_Hardware,
DomoticzDB_Preferences)
from Classes.GroupMgtv2.GroupManagement import GroupsManagement
from Classes.IAS import IAS_Zone_Management
from Classes.LoggingManagement import LoggingManagement
from Classes.NetworkEnergy import NetworkEnergy
from Classes.NetworkMap import NetworkMap
from Classes.OTA import OTAManagement
from Classes.PluginConf import PluginConf
from Classes.TransportStats import TransportStatistics
from Classes.WebServer.WebServer import WebServer
from Classes.ZigpyTopology import ZigpyTopology
from Modules.basicOutputs import (ZigatePermitToJoin, leaveRequest,
setExtendedPANID, setTimeServer,
start_Zigate, zigateBlueLed)
from Modules.casaia import restart_plugin_reset_ModuleIRCode
from Modules.checkingUpdate import (check_plugin_version_against_dns,
is_internet_available,
is_plugin_update_available,
is_zigate_firmware_available)
from Modules.command import domoticz_command
from Modules.database import (LoadDeviceList, WriteDeviceList,
checkDevices2LOD, checkListOfDevice2Devices,
import_local_device_conf)
from Modules.domoticzAbstractLayer import (domo_read_Name,
find_legacy_DeviceID_from_unit,
how_many_legacy_slot_available,
is_domoticz_extended,
load_list_of_domoticz_widget)
from Modules.heartbeat import processListOfDevices
from Modules.input import zigbee_receive_message
from Modules.matomo_request import (matomo_coordinator_initialisation,
matomo_plugin_analytics_infos,
matomo_plugin_restart,
matomo_plugin_shutdown,
matomo_plugin_started)
from Modules.paramDevice import initialize_device_settings
from Modules.piZigate import switchPiZigate_mode
from Modules.pluginHelpers import (check_firmware_level,
check_python_modules_version,
check_requirements, decodeConnection,
get_domoticz_version,
list_all_modules_loaded, networksize_update,
update_DB_device_status_to_reinit)
from Modules.profalux import profalux_fake_deviceModel
from Modules.readZclClusters import load_zcl_cluster
from Modules.restartPlugin import restartPluginViaDomoticzJsonApi
from Modules.schneider_wiser import wiser_thermostat_monitoring_heating_demand
from Modules.tools import (build_list_of_device_model,
chk_and_update_IEEE_NWKID, lookupForIEEE,
night_shift_jobs, removeDeviceInList)
from Modules.txPower import set_TxPower
from Modules.zigateCommands import (zigate_erase_eeprom,
zigate_get_firmware_version,
zigate_get_list_active_devices,
zigate_get_nwk_state, zigate_get_time,
zigate_remove_device,
zigate_set_certificate, zigate_set_mode)
from Modules.zigateConsts import CERTIFICATION, HEARTBEAT, MAX_FOR_ZIGATE_BUZY
from Modules.zigpyBackup import handle_zigpy_backup
from Zigbee.zdpCommands import zdp_get_permit_joint_status
VERSION_FILENAME = ".hidden/VERSION"
TEMPO_NETWORK = 2 # Start HB totrigget Network Status
TIMEDOUT_START = 10 # Timeoud for the all startup
TIMEDOUT_FIRMWARE = 5 # HB before request Firmware again
TEMPO_START_ZIGATE = 1 # Nb HB before requesting a Start_Zigate
STARTUP_TIMEOUT_DELAY_FOR_WARNING = 60
STARTUP_TIMEOUT_DELAY_FOR_STOP = 120
ZNP_STARTUP_TIMEOUT_DELAY_FOR_WARNING = 110
ZNP_STARTUP_TIMEOUT_DELAY_FOR_STOP = 160
class BasePlugin:
enabled = False
def __init__(self):
self.internet_available = None
self.ListOfDevices = (
{}
) # {DevicesAddresse : { status : status_de_detection, data : {ep list ou autres en fonctions du status}}, DevicesAddresse : ...}
self.DiscoveryDevices = {} # Used to collect pairing information
self.IEEE2NWK = {}
self.ControllerData = {}
self.DeviceConf = {} # Store DeviceConf.txt, all known devices configuration
self.ModelManufMapping = {}
self.readZclClusters = {}
self.ListOfDomoticzWidget = {}
# Objects from Classe
self.configureReporting = None
self.ControllerLink= None
self.groupmgt = None
self.networkmap = None
self.zigpy_topology = None
self.networkenergy = None
self.domoticzdb_DeviceStatus = None # Object allowing direct access to Domoticz DB DeviceSatus
self.domoticzdb_Hardware = None # Object allowing direct access to Domoticz DB Hardware
self.domoticzdb_Preferences = None # Object allowing direct access to Domoticz DB Preferences
self.adminWidgets = None # Manage AdminWidgets object
self.pluginconf = None # PlugConf object / all configuration parameters
self.OTA = None
self.statistics = None
self.iaszonemgt = None # Object to manage IAS Zone
self.webserver = None
self.transport = None # USB or Wifi
self.log = None
self.zigpy_backup = None
# self._ReqRcv = bytearray()
self.UnknownDevices = [] # List of unknown Device NwkId
self.permitTojoin = {"Duration": 0, "Starttime": 0}
self.CommiSSionning = (
False # This flag is raised when a Device Annocement is receive, in order to give priority to commissioning
)
self.busy = (
False # This flag is raised when a Device Annocement is receive, in order to give priority to commissioning
)
self.homedirectory = None
self.HardwareID = None
self.Key = None
self.DomoticzVersion = None
self.StartupFolder = None
self.DeviceListName = None
self.pluginParameters = None
self.PluginHealth = {}
self.Ping = {}
self.Ping["Nb Ticks"] = self.Ping["Status"] = self.Ping["TimeStamp"] = None
self.connectionState = None
self.HBcount = 0
self.HeartbeatCount = 0
self.internalHB = 0
self.currentChannel = None # Curent Channel. Set in Decode8009/Decode8024
self.ControllerIEEE = None # Zigate IEEE. Set in CDecode8009/Decode8024
self.ControllerNWKID = None # Zigate NWKID. Set in CDecode8009/Decode8024
self.ZiGateModel = None # V1 or V2
self.FirmwareVersion = None
self.FirmwareMajorVersion = None
self.FirmwareBranch = None
self.mainpowerSQN = None # Tracking main Powered SQN
# self.ForceCreationDevice = None #
self.VersionNewFashion = None
self.DomoticzBuild = None
self.DomoticzMajor = None
self.DomoticzMinor = None
self.WebUsername = None
self.WebPassword = None
self.PluzzyFirmware = False
self.pluginVersion = {}
self.z4d_certified_devices_version = None
self.loggingFileHandle = None
self.level = 0
self.PDM = None
self.PDMready = False
self.InitPhase3 = False
self.InitPhase2 = False
self.InitPhase1 = False
self.ErasePDMDone = False
self.ErasePDMinProgress = False
self.startZigateNeeded = False
self.SchneiderZone = None # Manage Zone for Wiser Thermostat and HACT
self.CasaiaPAC = None # To manage Casa IA PAC configuration
self.internalError = 0 # Use to count the number of repeat 0x8000 error
self.MajDomoDevice_timing_cnt = (
self.MajDomoDevice_timing_cumul
) = self.MajDomoDevice_timing_avrg = self.MajDomoDevice_timing_max = 0
self.ReadCluster_timing_cnt = (
self.ReadCluster_timing_cumul
) = self.ReadCluster_timing_avrg = self.ReadCluster_timing_max = 0
self.ZigateRead_timing_cnt = (
self.ZigateRead_timing_cumul
) = self.ZigateRead_timing_avrg = self.ZigateRead_timing_max = 0
# Zigpy
self.zigbee_communication = None # "zigpy" or "native"
#self.pythonModuleVersion = {}
self.device_settings = {}
initialize_device_settings(self)
def onStart(self):
Domoticz.Status( "Welcome to Zigbee for Domoticz (Z4D) plugin.")
# Print PYTHONPATH if set
pythonpath = os.getenv('PYTHONPATH')
if pythonpath:
Domoticz.Status(f"PYTHONPATH is set to: {pythonpath}")
else:
Domoticz.Status("PYTHONPATH is not set")
_current_python_version_major = sys.version_info.major
_current_python_version_minor = sys.version_info.minor
Domoticz.Status( "Z4D requires python3.9 or above and you are running %s.%s" %(
_current_python_version_major, _current_python_version_minor))
assert sys.version_info >= (3, 9) # nosec
if Parameters["Mode1"] == "V1" and Parameters["Mode2"] in ( "USB", "DIN", "PI", "Wifi", ):
self.transport = Parameters["Mode2"]
self.zigbee_communication = "native"
elif Parameters["Mode1"] == "V2" and Parameters["Mode2"] in ( "USB", "DIN", "PI", "Wifi", ):
self.transport = "V2-" + Parameters["Mode2"]
self.zigbee_communication = "native"
elif Parameters["Mode2"] == "None":
self.zigbee_communication = "native"
self.transport = "None"
elif Parameters["Mode1"] in ( "ZigpyZiGate", "ZigpyZNP", "ZigpydeCONZ", "ZigpyEZSP"):
self.transport = Parameters["Mode1"]
self.zigbee_communication = "zigpy"
else:
Domoticz.Error(
"Please cross-check the plugin starting parameters Mode1: %s Mode2: %s and make sure you have restarted Domoticz after updating the plugin"
% (Parameters["Mode1"] == "V1", Parameters["Mode2"])
)
self.onStop()
return
if (
Parameters["Mode5"] == ""
or ( "http://" not in Parameters["Mode5"].lower() and "https://" not in Parameters["Mode5"].lower() )
):
Domoticz.Error("Please cross-check the Domoticz Hardware setting for the plugin instance. >%s< You must set the API base URL" %Parameters["Mode5"])
self.onStop()
# Set plugin heartbeat to 1s
Domoticz.Heartbeat(1)
# Copy the Domoticz.Parameters to a variable accessible in the all objetc
self.pluginParameters = dict(Parameters)
# Open VERSION file in .hidden
version_filename = pathlib.Path(Parameters["HomeFolder"]) / VERSION_FILENAME
with open( version_filename, "rt") as versionfile:
try:
_pluginversion = json.load(versionfile)
except Exception as e:
Domoticz.Error("Error when opening: %s -- %s" % (Parameters["HomeFolder"] + VERSION_FILENAME, e))
self.onStop()
return
self.z4d_certified_devices_version = z4d_certified_devices.__version__
self.pluginParameters["PluginBranch"] = _pluginversion["branch"]
self.pluginParameters["PluginVersion"] = _pluginversion["version"]
self.pluginParameters["CertifiedDbVersion"] = z4d_certified_devices.__version__
self.pluginParameters["TimeStamp"] = 0
self.pluginParameters["available"] = None
self.pluginParameters["available-firmMajor"] = None
self.pluginParameters["available-firmMinor"] = None
self.pluginParameters["FirmwareVersion"] = None
self.pluginParameters["FirmwareUpdate"] = None
self.pluginParameters["PluginUpdate"] = None
self.busy = True
self.DomoticzVersion = Parameters["DomoticzVersion"]
self.homedirectory = Parameters["HomeFolder"]
self.HardwareID = Parameters["HardwareID"]
self.Key = Parameters["Key"]
if not get_domoticz_version( self, Parameters["DomoticzVersion"] ):
return
# Import PluginConf.txt
Domoticz.Log("Z4D loading PluginConf")
self.pluginconf = PluginConf(
self.zigbee_communication, self.VersionNewFashion, self.DomoticzMajor, self.DomoticzMinor, Parameters["HomeFolder"], self.HardwareID
)
self.pluginconf.pluginConf["useDomoticzDatabase"] = False
self.pluginconf.pluginConf["storeDomoticzDatabase"] = False
if self.internet_available is None:
self.internet_available = is_internet_available()
if self.internet_available:
if check_requirements( Parameters[ "HomeFolder"] ):
# Check_requirements() return True if requirements not meet.
self.onStop()
return
# Create Domoticz Sub menu
if "DomoticzCustomMenu" in self.pluginconf.pluginConf and self.pluginconf.pluginConf["DomoticzCustomMenu"] :
install_Z4D_to_domoticz_custom_ui( )
# Create the adminStatusWidget if needed
self.PluginHealth["Flag"] = 4
self.PluginHealth["Txt"] = "Startup"
if self.log is None:
self.log = LoggingManagement(
self.pluginconf,
self.PluginHealth,
self.HardwareID,
self.ListOfDevices,
self.permitTojoin,
)
self.log.loggingUpdatePluginVersion(
str(self.pluginParameters["PluginBranch"] + "-" + self.pluginParameters["PluginVersion"])
)
self.log.openLogFile()
# We can use from now the self.log.logging()
self.log.logging( "Plugin", "Status", "Z4D starting with %s-%s" % (
self.pluginParameters["PluginBranch"], self.pluginParameters["PluginVersion"]), )
if ( _current_python_version_major , _current_python_version_minor) <= ( 3, 7):
self.log.logging( "Plugin", "Error", "** Please do consider upgrading to a more recent python3 version %s.%s is not supported anymore **" %(
_current_python_version_major , _current_python_version_minor))
# Debuging information
debuging_information(self, "Debug")
if not self.pluginconf.pluginConf[ "PluginAnalytics" ]:
self.pluginconf.pluginConf[ "PluginAnalytics" ] = -1
self.StartupFolder = Parameters["StartupFolder"]
self.domoticzdb_DeviceStatus = DomoticzDB_DeviceStatus(
Parameters["Mode5"],
self.pluginconf,
self.HardwareID,
self.log,
self.DomoticzBuild,
self.DomoticzMajor,
self.DomoticzMinor,
)
self.log.logging("Plugin", "Debug", " - Hardware table")
self.domoticzdb_Hardware = DomoticzDB_Hardware(
Parameters["Mode5"],
self.pluginconf,
self.HardwareID,
self.log,
self.pluginParameters ,
self.DomoticzBuild,
self.DomoticzMajor,
self.DomoticzMinor,
)
if (
self.zigbee_communication
and self.zigbee_communication == "zigpy"
and ( self.pluginconf.pluginConf["forceZigpy_noasyncio"] or self.domoticzdb_Hardware.multiinstances_z4d_plugin_instance())
):
# https://github.com/python/cpython/issues/91375
self.log.logging("Plugin", "Status", "Z4D Multi-instances detected. Enable workaround")
sys.modules["_asyncio"] = None
if "LogLevel" not in self.pluginParameters:
log_level = self.domoticzdb_Hardware.get_loglevel_value()
if log_level:
self.pluginParameters["LogLevel"] = log_level
self.log.logging("Plugin", "Debug", "LogLevel: %s" % self.pluginParameters["LogLevel"])
self.log.logging("Plugin", "Debug", " - Preferences table")
self.domoticzdb_Preferences = DomoticzDB_Preferences(
Parameters["Mode5"],
self.pluginconf,
self.log,
self.DomoticzBuild,
self.DomoticzMajor,
self.DomoticzMinor,
)
self.WebUsername, self.WebPassword = self.domoticzdb_Preferences.retreiveWebUserNamePassword()
self.adminWidgets = AdminWidgets( self.log , self.pluginconf, self.pluginParameters, self.ListOfDomoticzWidget, Devices, self.ListOfDevices, self.HardwareID, self.IEEE2NWK)
self.adminWidgets.updateStatusWidget(Devices, "Starting up")
self.DeviceListName = "DeviceList-" + str(Parameters["HardwareID"]) + ".txt"
self.log.logging("Plugin", "Log", "Z4D Database found: %s" % self.DeviceListName)
z4d_certified_devices_pathname = os.path.dirname( z4d_certified_devices.__file__ ) + "/"
self.log.logging("Plugin", "Log", "Z4D Certified devices database %s" %z4d_certified_devices_pathname)
# Import Zcl Cluster definitions
load_zcl_cluster(self)
# Import Certified Device Configuration
import_local_device_conf(self)
z4d_certified_devices.z4d_import_device_configuration(self, z4d_certified_devices_pathname )
# if type(self.DeviceConf) is not dict:
if not isinstance(self.DeviceConf, dict):
self.log.logging("Plugin", "Error", "DeviceConf initialisation failure!!! %s" % type(self.DeviceConf))
self.onStop()
return
# Initialize List of Domoticz Widgets
load_list_of_domoticz_widget(self, Devices)
# Import DeviceList.txt Filename is : DeviceListName
self.log.logging("Plugin", "Status", "Z4D loading database")
if LoadDeviceList(self) == "Failed":
self.log.logging("Plugin", "Error", "Something wennt wrong during the import of Load of Devices ...")
self.log.logging(
"Plugin",
"Error",
"Please cross-check your log ... You must be on V3 of the DeviceList and all DeviceID in Domoticz converted to IEEE",
)
self.onStop()
return
# Log ListOfDevices dictionary
self.log.logging("Plugin", "Debug", "ListOfDevices:")
for key, value in self.ListOfDevices.items():
self.log.logging("Plugin", "Debug", f" {key}: {value}")
# Log IEEE2NWK dictionary
self.log.logging("Plugin", "Debug", "IEEE2NWK:")
for key, value in self.IEEE2NWK.items():
self.log.logging("Plugin", "Debug", f" {key}: {value}")
# Check proper match against Domoticz Devices
checkListOfDevice2Devices(self, Devices)
checkDevices2LOD(self, Devices)
for x in self.ListOfDevices:
# Fixing Profalux Model is required
if "Model" in self.ListOfDevices[x] and self.ListOfDevices[x]["Model"] in ( "", {} ):
profalux_fake_deviceModel(self, x)
self.log.logging("Plugin", "Debug", "ListOfDevices after checkListOfDevice2Devices: " + str(self.ListOfDevices))
self.log.logging("Plugin", "Debug", "IEEE2NWK after checkListOfDevice2Devices : " + str(self.IEEE2NWK))
# Create Statistics object
self.statistics = TransportStatistics(self.pluginconf, self.log, self.zigbee_communication)
# Connect to Coordinator only when all initialisation are properly done.
self.log.logging("Plugin", "Status", "Z4D configured to use transport mode: %s" % self.transport)
if len(self.ListOfDevices) > 10:
# Don't do Energy Scan if too many objects, as Energy scan don't make the difference between real traffic and noise
self.pluginconf.pluginConf["EnergyScanAtStatup"] = 0
start_zigbee_transport(self )
if self.transport not in ("ZigpyZNP", "ZigpydeCONZ", "ZigpyEZSP", "ZigpyZiGate", "None" ):
self.log.logging("Plugin", "Debug", "Establish Zigate connection")
self.ControllerLink.open_cie_connection()
# IAS Zone Management
if self.iaszonemgt is None:
# Create IAS Zone object
# Domoticz.Log("Init IAS_Zone_management ZigateComm: %s" %self.ControllerLink)
self.iaszonemgt = IAS_Zone_Management(self.pluginconf, self.ControllerLink, self.ListOfDevices, self.IEEE2NWK, self.DeviceConf, self.log, self.zigbee_communication, self.readZclClusters, self.FirmwareVersion)
# Starting WebServer
if self.webserver is None:
if Parameters["Mode4"].isdigit() or ':' in Parameters["Mode4"]:
start_web_server(self, Parameters["Mode4"], Parameters["HomeFolder"])
else:
self.log.logging( "Plugin", "Error", "WebServer disabled du to Parameter Mode4 set to %s" % Parameters["Mode4"] )
if is_domoticz_extended():
framework_status = "Extended Framework"
else:
framework_status = "legacy Framework"
free_slots = how_many_legacy_slot_available(Devices)
usage_percentage = round(((255 - free_slots) / 255) * 100, 1)
self.log.logging("Plugin", "Status", f"Z4D Widgets usage is at {usage_percentage}% ({free_slots} units free)")
self.log.logging("Plugin", "Status", f"Z4D started with {framework_status}")
self.busy = False
def onStop(self):
"""
Performs cleanup actions when the plugin is stopped.
Stops various plugin functionalities and saves plugin database.
Returns:
None
"""
Domoticz.Log("onStop()")
if self.internet_available and self.pluginconf.pluginConf["MatomoOptIn"]:
matomo_plugin_shutdown(self)
matomo_plugin_analytics_infos(self)
# Flush ListOfDevices
if self.log:
self.log.logging("Plugin", "Log", "Flushing plugin database onto disk")
WriteDeviceList(self, 0) # write immediatly
# Uninstall Z4D custom UI from Domoticz
uninstall_Z4D_to_domoticz_custom_ui()
# Log imported modules if configured
if self.pluginconf and self.pluginconf.pluginConf["ListImportedModules"]:
list_all_modules_loaded(self)
# Log onStop event
if self.pluginconf and self.log:
self.log.logging("Plugin", "Log", "onStop called")
# Close CIE connection and shutdown transport thread
if self.pluginconf and self.ControllerLink:
self.ControllerLink.thread_transport_shutdown()
self.ControllerLink.close_cie_connection()
# Stop WebServer
if self.pluginconf and self.webserver:
self.webserver.onStop()
# Save plugin database
if self.PDMready and self.pluginconf:
WriteDeviceList(self, 0)
# Print and save statistics if configured
if self.PDMready and self.pluginconf and self.statistics:
self.statistics.printSummary()
self.statistics.writeReport()
# Close logging management
if self.pluginconf and self.log:
self.log.logging("Plugin", "Log", "Closing Logging Management")
self.log.closeLogFile()
# Log running threads that need to be shutdown
for thread in threading.enumerate():
if thread.name != threading.current_thread().name:
Domoticz.Log("'" + thread.name + "' is running, it must be shutdown otherwise Domoticz will abort on plugin exit.")
# Update plugin health status
self.PluginHealth["Flag"] = 3
self.PluginHealth["Txt"] = "No Communication"
if self.adminWidgets:
self.adminWidgets.updateStatusWidget(Devices, "No Communication")
def onDeviceRemoved(self, Unit):
# def onDeviceRemoved(self, DeviceID, Unit):
if not self.ControllerIEEE:
self.log.logging( "Plugin", "Error", "onDeviceRemoved - too early, coordinator and plugin initialisation not completed", )
if self.log:
self.log.logging("Plugin", "Debug", "onDeviceRemoved called")
if not is_domoticz_extended():
DeviceID = find_legacy_DeviceID_from_unit(self, Devices, Unit)
device_name = domo_read_Name( self, Devices, DeviceID, Unit, )
# Let's check if this is End Node, or Group related.
if DeviceID in self.IEEE2NWK:
NwkId = self.IEEE2NWK[DeviceID]
self.log.logging("Plugin", "Status", f"Removing Device {DeviceID} {device_name} in progress")
fullyremoved = removeDeviceInList(self, Devices, DeviceID, Unit)
# We might have to remove also the Device from Groups
if fullyremoved:
if self.groupmgt:
self.groupmgt.RemoveNwkIdFromAllGroups(NwkId)
# sending a Leave Request to device, so the device will send a leave
leaveRequest(self, ShortAddr=NwkId, IEEE=DeviceID)
# for a remove in case device didn't send the leave
zigate_remove_device(self, str(self.ControllerIEEE), str(DeviceID) )
self.log.logging( "Plugin", "Status", f"Request device {device_name} -> {DeviceID} to be removed from coordinator" )
self.log.logging("Plugin", "Debug", f"ListOfDevices :After REMOVE {self.ListOfDevices}")
load_list_of_domoticz_widget(self, Devices)
return
if self.groupmgt and DeviceID in self.groupmgt.ListOfGroups:
self.log.logging("Plugin", "Status", f"Request device {DeviceID} to be remove from Group(s)")
self.groupmgt.FullRemoveOfGroup(Unit, DeviceID)
def onConnect(self, Connection, Status, Description):
self.log.logging( "Plugin", "Debug", "onConnect %s called with status: %s and Desc: %s" % (Connection, Status, Description) )
decodedConnection = decodeConnection(str(Connection))
if "Protocol" in decodedConnection and decodedConnection["Protocol"] in ( "HTTP", "HTTPS", ): # We assumed that is the Web Server
if self.webserver:
self.webserver.onConnect(Connection, Status, Description)
return
self.busy = True
if Status != 0:
_onConnect_status_error(self, Status, Description)
return
self.log.logging("Plugin", "Debug", "Connected successfully")
if self.connectionState is None:
self.PluginHealth["Flag"] = 2
self.PluginHealth["Txt"] = "Starting Up"
self.adminWidgets.updateStatusWidget(Devices, "Starting the plugin up")
elif self.connectionState == 0:
self.log.logging("Plugin", "Status", "Z4D reconnected after failure")
self.PluginHealth["Flag"] = 2
self.PluginHealth["Txt"] = "Reconnecting after failure"
self.connectionState = 1
self.Ping["Status"] = None
self.Ping["TimeStamp"] = None
self.Ping["Permit"] = None
self.Ping["Nb Ticks"] = 1
return True
def onMessage(self, Connection, Data):
# self.log.logging( 'Plugin', 'Debug', "onMessage called on Connection " + " Data = '" +str(Data) + "'")
if self.webserver and isinstance(Data, dict):
self.webserver.onMessage(Connection, Data)
return
if len(Data) == 0:
self.log.logging("Plugin", "Error", "onMessage - empty message received on %s" % Connection)
self.Ping["Nb Ticks"] = 0
self.connectionState = 1
self.ControllerLink.on_message(Data)
def processFrame(self, Data):
if not self.VersionNewFashion:
return
self.connectionState = 1
# start_time = int(time.time() *1000)
zigbee_receive_message(self, Devices, Data)
# stop_time = int(time.time() *1000)
# Domoticz.Log("### Completion: %s is %s ms" %(Data, ( stop_time - start_time)))
def zigpy_chk_upd_device(self, ieee, nwkid ):
chk_and_update_IEEE_NWKID(self, nwkid, ieee)
def zigpy_get_device(self, ieee=None, nwkid=None):
# allow to inter-connect zigpy world and plugin
self.log.logging("TransportZigpy", "Debug", "zigpy_get_device( %s, %s)" %( ieee, nwkid))
sieee = ieee
snwkid = nwkid
if nwkid and nwkid not in self.ListOfDevices and ieee and ieee in self.IEEE2NWK:
# Most likely we have a new Nwkid, let see if we can reconnect
lookupForIEEE(self, nwkid, reconnect=True)
if nwkid and nwkid in self.ListOfDevices and 'IEEE' in self.ListOfDevices[ nwkid ]:
ieee = self.ListOfDevices[ nwkid ]['IEEE']
elif ieee and ieee in self.IEEE2NWK:
nwkid = self.IEEE2NWK[ ieee ]
else:
self.log.logging("TransportZigpy", "Debug", "zigpy_get_device( %s(%s), %s(%s)) NOT FOUND" %( sieee, type(sieee), snwkid, type(snwkid) ))
return None
self.log.logging("TransportZigpy", "Debug", "zigpy_get_device( %s, %s returns %04x %016x" %( sieee, snwkid, int(nwkid,16), int(ieee,16) ))
return int(nwkid,16) ,int(ieee,16)
def zigpy_backup_available(self, backups):
handle_zigpy_backup(self, backups)
def restart_plugin(self):
""" This is used as a call back function for zigpy connection_lost handling"""
error_message = "Connection lost with coordinator, restarting plugin"
self.log.logging("Plugin", "Error", error_message)
self.adminWidgets.updateNotificationWidget(Devices, error_message)
if self.internet_available and self.pluginconf.pluginConf["MatomoOptIn"]:
matomo_plugin_restart(self)
restartPluginViaDomoticzJsonApi(self, stop=False, url_base_api=Parameters["Mode5"])
#def onCommand(self, DeviceID, Unit, Command, Level, Color):
def onCommand(self, Unit, Command, Level, Color):
if ( self.ControllerLink is None or not self.VersionNewFashion or self.pluginconf is None or not self.log ):
self.log.logging( "Command", "Log", "onCommand - Not yet ready, plugin not fully started, we drop the command")
return
self.log.logging( "Command", "Debug", "onCommand - unit: %s, command: %s, level: %s, color: %s" % (Unit, Command, Level, Color) )
if not is_domoticz_extended():
DeviceID = find_legacy_DeviceID_from_unit(self, Devices, Unit)
# Let's check if this is End Node, or Group related.
if DeviceID in self.IEEE2NWK:
# Command belongs to a end node
domoticz_command(self, Devices, DeviceID, Unit, self.IEEE2NWK[ DeviceID], Command, Level, Color)
elif self.groupmgt and DeviceID in self.groupmgt.ListOfGroups:
# Command belongs to a Zigate group
self.log.logging( "Command", "Log", "Command: %s/%s/%s to Group: %s" % (Command, Level, Color, DeviceID), )
self.groupmgt.processCommand(Unit, DeviceID, Command, Level, Color)
elif DeviceID.find("Zigate-01-") != -1:
self.log.logging("Command", "Debug", "onCommand - Command adminWidget: %s " % Command)
self.adminWidgets.handleCommand(self, Command)
else:
self.log.logging( "Command", "Error", "onCommand - Unknown device or GrpMgr not enabled %s, unit %s , id %s" % (domo_read_Name( self, Devices, DeviceID, Unit, ), Unit, DeviceID), )
def onDisconnect(self, Connection):
self.log.logging("Plugin", "Debug", "onDisconnect: %s" % Connection)
decodedConnection = decodeConnection(str(Connection))
if "Protocol" in decodedConnection and decodedConnection["Protocol"] in (
"HTTP",
"HTTPS",
): # We assumed that is the Web Server
if self.webserver:
self.webserver.onDisconnect(Connection)
return
self.connectionState = 0
self.PluginHealth["Flag"] = 0
self.PluginHealth["Txt"] = "Shutdown"
self.adminWidgets.updateStatusWidget(Devices, "Plugin stop")
self.log.logging("Plugin", "Status", "onDisconnect called")
def onHeartbeat(self):
if not self.VersionNewFashion or self.pluginconf is None or self.log is None:
# Not yet ready
return
self.internalHB += 1
if self.PDMready:
if (self.internalHB % HEARTBEAT) != 0:
return
self.HeartbeatCount += 1
# Quiet a bad hack. In order to get the needs for ZigateRestart
# from WebServer
if "startZigateNeeded" in self.ControllerData and self.ControllerData["startZigateNeeded"]:
self.startZigateNeeded = self.HeartbeatCount
del self.ControllerData["startZigateNeeded"]
# Starting PDM on Host firmware version, we have to wait that Zigate is fully initialized ( PDM loaded into memory from Host).
# We wait for self.zigateReady which is set to True in th pdmZigate module
if not _coordinator_ready(self):
return
if self.transport != "None":
self.log.logging(
"Plugin",
"Debug",
"onHeartbeat - busy = %s, Health: %s, startZigateNeeded: %s/%s, InitPhase1: %s InitPhase2: %s, InitPhase3: %s PDM_LOCK: %s ErasePDMinProgress: %s ErasePDMDone: %s"
% ( self.busy, self.PluginHealth, self.startZigateNeeded, self.HeartbeatCount, self.InitPhase1, self.InitPhase2, self.InitPhase3, self.ControllerLink.pdm_lock_status(), self.ErasePDMinProgress, self.ErasePDMDone, ),
)
if not _post_readiness_startup_completed( self ):
return
if self.transport != "None" and not self.InitPhase3:
zigateInit_Phase3(self)
return
# Checking Version
if self.internet_available:
_check_plugin_version( self )
if self.pluginconf.pluginConf["MatomoOptIn"] and self.HeartbeatCount % ( (9 * 3600) // HEARTBEAT) == 0:
matomo_plugin_analytics_infos(self)
if self.transport == "None":
return
# Memorize the size of Devices. This is will allow to trigger a backup of live data to file, if the size change.
prevLenDevices = len(Devices)
# Manage all entries in ListOfDevices (existing and up-coming devices)
processListOfDevices(self, Devices)
# Check and Update Heating demand for Wiser if applicable (this will be check in the call)
wiser_thermostat_monitoring_heating_demand(self, Devices)
# Group Management
if self.groupmgt:
self.groupmgt.hearbeat_group_mgt()
# Write the ListOfDevice every 15 minutes or immediatly if we have remove or added a Device
if len(Devices) == prevLenDevices:
WriteDeviceList(self, ( (15 * 60) // HEARTBEAT) )
else:
self.log.logging("Plugin", "Debug", "Devices size has changed , let's write ListOfDevices on disk")
WriteDeviceList(self, 0) # write immediatly
networksize_update(self)
_trigger_coordinator_backup( self )
if self.CommiSSionning:
self.PluginHealth["Flag"] = 2
self.PluginHealth["Txt"] = "Enrollment in Progress"
self.adminWidgets.updateStatusWidget(Devices, "Enrollment")
# Maintain trend statistics
self.statistics._Load = self.ControllerLink.loadTransmit()
self.statistics.addPointforTrendStats(self.HeartbeatCount)
return
# OTA upgrade
if self.OTA:
self.OTA.heartbeat()
# Check PermitToJoin
_check_permit_to_joint_status(self)
if self.HeartbeatCount % (3600 // HEARTBEAT) == 0:
self.log.loggingCleaningErrorHistory()
zigate_get_time(self)
#sendZigateCmd(self, "0017", "")
if self.zigbee_communication == "zigpy" and self.pluginconf.pluginConf["ZigpyTopologyReport"] and self.zigpy_topology and self.HeartbeatCount % (60 // HEARTBEAT) == 0:
retreive_zigpy_topology_data(self)
self.busy = _check_if_busy(self)
return True
def _onConnect_status_error(self, Status, Description):
self.log.logging("Plugin", "Error", "Failed to connect (" + str(Status) + ")")
self.log.logging("Plugin", "Debug", "Failed to connect (" + str(Status) + ") with error: " + Description)
self.connectionState = 0
self.ControllerLink.re_conn()
self.PluginHealth["Flag"] = 3
self.PluginHealth["Txt"] = "No Communication"
self.adminWidgets.updateStatusWidget(Devices, "No Communication")
def retreive_zigpy_topology_data(self):
# Determine sync period based on existing data
if self.zigpy_topology is None:
return
if self.zigpy_topology.is_zigpy_topology_in_progress():
# Scan in progress
self.zigpy_topology.new_scan_detected = True
return
is_manual_scan = self.ListOfDevices["0000"].get("ZigpyTopologyRequested", False)
if self.zigpy_topology.new_scan_detected and ( self.pluginconf.pluginConf["ZigpyTopologyReportAutoBackup"] or is_manual_scan):
# Scan is completed. Time for a backup
self.zigpy_topology.save_topology_report()
self.zigpy_topology.new_scan_detected = False
self.ListOfDevices["0000"]["ZigpyTopologyRequested"] = False
return
# coordinator_data = self.ListOfDevices.get("0000", {})
# if "ZigpyNeighbors" in coordinator_data and "ZigpyRoutes" in coordinator_data:
# return
# self.zigpy_topology.copy_zigpy_infos_to_plugin()
# coordinator_data = self.ListOfDevices.get("0000", {})
# if "ZigpyNeighbors" not in coordinator_data and "ZigpyRoutes" not in coordinator_data:
# self.log.logging("Plugin", "Log", "onHeartbeat request zigpy topology scan as not data available")
# self.ControllerLink.sendData("ZIGPY-TOPOLOGY-SCAN", {})